CAM001

Column	Version 1	Version 2
11	2.0	02
19	11	11.0
21		G/S
23	WG
24	29.8	2.98e-05
28	0.044	4.4e-08
29	73.8	7.38e-05
30	0.0073	7.3e-09
31	0.00048	4.8e-10
34	655.0	6.55e-06
36	655.2	6.552e-06
43	Rcorr is calculated from R with [4He/20Ne]; [Ar,Kr,Xe] = [40Ar,84Kr,132Xe]	Rcorr is calculated from R with [4He/20Ne]
44	3.98	3.98e-06
46	5600.0	0.0056
47	649000.0	0.649
48	346000.0	0.346

CAM002

Column	Version 1	Version 2
11	2.0	02
19	5	5.0
21		G/S
23	WG
24	29.6	2.96e-05
28	0.11	1.1e-07
29	252.3	0.0002523
30	0.0253	2.53e-08
31	0.00142	1.42e-09
34	1010.0	1.01e-05
36	1011.0	1.011e-05
43	Rcorr is calculated from R with [4He/20Ne]; [Ar,Kr,Xe] = [40Ar,84Kr,132Xe]	Rcorr is calculated from R with [4He/20Ne]
44	1.13	1.13e-06
46	10200.0	0.0102
47	990000.0	0.99
48	0.0

CAM003

Column	Version 1	Version 2
11	2.0	02
19	7	7.0
21		G/S
23	WG
24	12.1	1.21e-05
28	0.025	2.5e-08
29	33.1	3.31e-05
30	0.0029	2.9e-09
31	0.0002	2e-10
34	936.0	9.36e-06
36	936.5	9.365e-06
43	Rcorr is calculated from R with [4He/20Ne]; [Ar,Kr,Xe] = [40Ar,84Kr,132Xe]	Rcorr is calculated from R with [4He/20Ne]
44	0.53	5.3e-07
46	2500.0	0.0025
47	997000.0	0.997
48	800.0	0.0008

CAM004

Column	Version 1	Version 2
11	2.0	02
19	6	6.0
21		G/S
23	WG
24		4.8e-08
28	0.046	4.6e-08
29	33.0	3.3e-05
30	0.0031	3.1e-09
31	0.0002	2e-10
34	303.0	3.03e-06
36	369.1	3.691e-06
43	Rcorr is calculated from R with [4He/20Ne]; [Ar,Kr,Xe] = [40Ar,84Kr,132Xe]	Rcorr is calculated from R with [4He/20Ne]
44	1.13	1.13e-06
46	5200.0	0.0052
47	995000.0	0.995
48	0.0

CAM005

Column	Version 1	Version 2
11	2.0	02
19	8	8.0
21		G
23	G
24	12.9	1.29e-05
28	0.061	6.1e-08
29	61.5	6.15e-05
30	0.0059	5.9e-09
31	0.00039	3.9e-10
34	971.0	9.71e-06
36	972.2	9.722e-06
40	0.0283	0.0283
43	Rcorr is calculated from R with [4He/20Ne]; [Ar,Kr,Xe] = [40Ar,84Kr,132Xe]	Rcorr is calculated from R with [4He/20Ne]
44	0.0
46	230000.0	0.23
47	770000.0	0.77
48	400.0	0.0004

ETH001

Column	Version 1	Version 2
2		14.242
4		14.0
5		14.5
7		40.3
9		40.0
10		18.0
11	1.0	01
13	Tendaho graben	Danakil Depression
14	Airobera fumaroles	Dallol 1
15	<
16	19960000.0
21		G
23		bubling hot pool
24		2.075e-07
32	10.8
33		11.0
36	1512.0	1.529e-05
38		25.6
42		328.0
43	Rcorr=(R/Ra)me*140	Ra=1.39E-06
45		5e-07
46		0.001188
47		0.982
48		0.0007676
53	Scarsi and Craig, 1996	Darrah et al., 2013

ETH002

Column	Version 1	Version 2
2		14.242
4		14.0
5		14.5
7		40.3
9		40.0
10		18.0
11	1.0	01
13	Ethiopian Rift Valley	Danakil Depression
14	Borama fumaroles (Corbetti Caldera)	Dallol 2
15	<
16	19960000.0
21		G
23		bubling hot pool
24		1.18e-05
32	15.0
33		11.7
36	2100.0	1.6263e-05
38		304.5
42		315.0
43	Rcorr=(R/Ra)me*140	Ra=1.39E-06
44		0.000111
45		9.7e-07
46		0.0019
47		0.977
48		1.35e-08
49		0.0208
53	Scarsi and Craig, 1996	Darrah et al., 2013

ETH003

Column	Version 1	Version 2
2		14.242
4		14.0
5		14.5
7		40.3
9		40.0
10		18.0
11	1.0	01
13	Ethiopian Rift Valley	Danakil Depression
14	Graha Quhe geothermal area (east of Lake Awasa)	Dallol 4
15	<
16	19960000.0
21		G
23		bubling hot pool
24		3.35e-06
32	10.8
33		11.9
36	1512.0	1.6541e-05
38		137.2
42		304.0
43	Rcorr=(R/Ra)me*140	Ra=1.39E-06
44		3.38e-06
45		0.000277
46		0.00162
47		0.994
48		0.00404
49		0.000309
53	Scarsi and Craig, 1996	Darrah et al., 2013

ETH004

Column	Version 1	Version 2
2		14.242
4		14.0
5		14.5
7		40.3
9		40.0
10		18.0
11	1.0	01
13	Ethiopian Rift Valley	Danakil Depression
14	Lake Chitu hot spring	Dallol 10
15	<
16	19960000.0
21		G
23		bubling hot pool
24		1.76e-05
32	15.1
33		11.9
36	2114.0	1.6541e-05
38		381.7
42		330.0
43	Rcorr=(R/Ra)me*140	Ra=1.39E-06
44		0.000218
45		2.5e-07
46		0.00199
47		0.974
48		4.47e-08
49		0.0234
53	Scarsi and Craig, 1996	Darrah et al., 2013

ETH005

Column	Version 1	Version 2
2	7.357	14.242
4	7.0	14.0
5	21.42	14.5
7	38.452	40.3
9	38.0	40.0
10	27.12	18.0
11	1.0	01
13	Ethiopian Rift Valley	Danakil Depression
14	Lake Shalla, hot spring	Dallol 11
15	<
16	19960000.0
21		G
23		bubling hot pool
24		2.2e-05
32	14.8
33		11.4
36	2072.0	1.5846e-05
38		684.5
42		331.0
43	Rcorr=(R/Ra)me*140	Ra=1.39E-06
44		0.000104
45		1.32e-06
46		0.0017
47		0.977
48		5.13e-08
49		0.0215
53	Scarsi and Craig, 1996	Darrah et al., 2013

KEN001

Column	Version 1	Version 2
2	0.166
4	0.0
5	9.96
7	35.966
9	35.0
10	57.96
11	2.0	02
14	Arus (K251)	Bala, west of Rift
19		K52, K53
21	F	G/F
22	95.0	72.0
24		0.0029
26		3.65e-07
29		0.00309
30		1.2768e-07
31		8.30901e-09
32	4.5
33		1.5
34	630.0
36	631.7	2.1e-06
37	71.0	72.0
42		846.0
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06: the ratio of He/Ne in the respecive column does not correspond to the concentration ratio
44		0.0021
45		0.001
46		0.0986
47		0.896
48		0.0028
50		-26.8
51		-2.0

KEN002

Column	Version 1	Version 2
11	2.0	02
14	Barrier	Barrier, KK1
19	KK1	K235
21	F	G/F
24		1.2e-05
25	12.0
32	3.3
33		3.3
34	462.0
36	569.3	4.62e-06
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06
44	80.0	8e-05
45	18000.0	0.018
46	648000.0	0.648
47	171000.0	0.171
48	440.0	0.00044
49	200.0	0.0002

KEN003

Column	Version 1	Version 2
11	2.0	02
19		K68
21	S	W/S
25	0.45	4.5e-07
32	3.8
33		3.8
34	532.0
36	541.1	5.32e-06
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06

KEN004

Column	Version 1	Version 2
11	2.0	02
14	E. Of Rift (Carbacid Co)	Carbacid Co, east of Rift
19		K237
21	C	G/H
24		3.2e-06
25	3.2
32	2.1
33		2.1
34	294.0
36	294.5	2.94e-06
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06
44	10.0	1e-05
45	1000.0	0.001
46	3500.0	0.0035
47	984000.0	0.984
48	12400.0	0.0124

KEN005

Column	Version 1	Version 2
5	-37.98	-37.98
11	2.0	02
14	Ebburu	Ebburu, EF2
19	EF2	K119
21	F	G/F
24		1.2e-05
25	12.0
26		3e-08
27	0.3
29		3.5e-05
30		4.275e-09
31		2.9579e-10
32	6.3
33		6.3
34	882.0
36	889.8	8.82e-06
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06: the ratio of He/Ne in the respecive column does not correspond to the concentration ratio
44	17000.0	0.017
45	31000.0	0.031
46	117000.0	0.117
47	789000.0	0.789
48	46000.0	0.046

KEN006

Column	Version 1	Version 2
5	-37.98	-37.98
11	2.0	02
14	Ebburu	Ebburu, EW1
19	EW1	K261, K502
21	G	G/H
32	6.7
33		6.7
34	938.0
36	947.2	9.38e-06
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06
44	900.0	0.0009
45	1000.0	0.001
46	3400.0	0.0034
47	974000.0	0.974
48	9900.0	0.0099
49	11800.0	0.0118

KEN007

Column	Version 1	Version 2
11	2.0	02
14	Emuruangogolak	Emuruangogolak, EM20
19	EM9	K232
21	F	G/F
22	95.0	96.0
24		1.5e-05
25	2.7
32	4.2
33		6.0
34	588.0
36	737.3	8.4e-06
37	1.0	3.0
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06
44	10.0	2e-05
45	134000.0	0.079
46	570000.0	0.325
47	288000.0	0.58
48	6400.0	0.0051
49	1500.0	0.011
50	-20.7	-22.5
51	-4.7	-4.0

KEN008

Column	Version 1	Version 2
11	2.0	02
14	Emuruangogolak	Emuruangogolak, EM9
19	EM20	K228
21	F	G/F
22	96.0	95.0
24		2.7e-06
25	15.0
32	6.0
33		4.2
34	840.0
36	903.6	5.88e-06
37	3.0	1.0
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06
44	20.0	1e-05
45	79000.0	0.134
46	325000.0	0.57
47	580000.0	0.288
48	5100.0	0.0064
49	11000.0	0.0015
50	-22.5	-20.7
51	-4.0	-4.7

KEN009

Column	Version 1	Version 2
11	2.0	02
19		K91
21	B	W/H
25	0.11	1.1e-07
32	1.3
33		1.3
34	182.0
36	188.0	1.82e-06
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06

KEN010

Column	Version 1	Version 2
11	2.0	02
19		K48
21	S	W/S
25	7.0	7e-06
32	3.9
33		3.9
34	546.0
36	681.3	5.46e-06
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06

KEN011

Column	Version 1	Version 2
11	2.0	02
19		K35
21	S	W/S
25	0.12	1.2e-07
27	1.43	1.43e-07
32	3.0
33		3.0
34	420.0
36	513.3	4.2e-06
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06: the ratio of He/Ne in the respecive column does not correspond to the concentration ratio

KEN012

Column	Version 1	Version 2
11	2.0	02
14	Kijabe RVA(K26)	Kijabe RVA
19		K26
21	B	W/H
25	0.54000097	5.4000097e-07
27		1.64e-07
32	0.9
33		0.9
34	126.0
36	125.9	1.26e-06
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06: the ratio of He/Ne in the respecive column does not correspond to the concentration ratio

KEN013

Column	Version 1	Version 2
11	2.0	02
14	Kokwe-Korosi 01	Kokwe-Korosi 01, KR12
19	OK1	K154
21	F	G/F
24		1.8e-05
25	3.1
32	4.9
33		3.9
34	686.0
36	689.9	5.46e-06
37	35.0	2.0
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06
44	7900.0	1e-05
45	1000.0	0.103
46	98000.0	0.466
47	888000.0	0.427
48	3200.0	0.0021
49	2300.0	0.0015
50	-18.3
51	-3.5	-4.3

KEN014

Column	Version 1	Version 2
11	2.0	02
14	Kokwe-Korosi 01	Kokwe-Korosi 01, KR19
19	KR12	K157
21	F	G/F
24		7.4e-05
25	18.0
32	3.9
33		2.5
34	546.0
36	604.0	3.5e-06
37	2.0	7.0
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06
44	10.0	1e-05
45	103000.0	0.0005
46	466000.0	0.01
47	427000.0	0.974
48	2100.0	0.013
49	1500.0	0.0005
50		-23.4
51	-4.3	-3.9

KEN015

Column	Version 1	Version 2
11	2.0	02
14	Kokwe-Korosi 01	Kokwe-Korosi 01, KR23
19	KR19	K179
21	F	G/F
24		3e-05
25	74.0
32	2.5
33		1.6
34	350.0
36	357.8	2.24e-06
37	7.0	1.0
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06
44	10.0	0.004
45	500.0	0.182
46	10000.0	0.651
47	974000.0	0.163
48	13000.0	0.00015
49	500.0	0.0001
50	-23.4	-19.7
51	-3.9	-6.2

KEN016

Column	Version 1	Version 2
11	2.0	02
14	Kokwe-Korosi 01	Kokwe-Korosi 01, KR34
19	KR23	K162
21	F	G/F
22	96.0	92.0
24		4.6e-05
25	30.0
32	1.6
33		3.2
34	224.0
36	252.0	4.48e-06
37	1.0	5.0
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06
44	4000.0	6e-05
45	182000.0	0.028
46	651000.0	0.117
47	163000.0	0.85
48	150.0	0.0044
49	100.0	0.0001
50	-19.7	-29.6
51	-6.2	-4.6

KEN017

Column	Version 1	Version 2
11	2.0	02
14	Kokwe-Korosi 01	Kokwe-Korosi 01, OK1
19	KR34	K152
21	F	G/F
22	92.0	96.0
24		3.1e-06
25	46.0
32	3.2
33		4.9
34	448.0
36	464.2	6.86e-06
37	5.0	35.0
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06
44	60.0	0.0079
45	28000.0	0.001
46	117000.0	0.098
47	850000.0	0.888
48	4400.0	0.0032
49	100.0	0.0023
50	-29.6	-18.3
51	-4.6	-3.5

KEN018

Column	Version 1	Version 2
11	2.0	02
14	Logopi	Logipi
19		K190
21	S	W/S
25	0.43	4.3e-07
32	6.5
33		6.5
34	910.0
36	918.9	9.1e-06
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06

KEN019

Column	Version 1	Version 2
5	-54.9	-54.9
11	2.0	02
14	Longonot	Longonot, F-23
19	F23	K128
21	F	G/F
24		3e-05
25	30.0
26		2.84e-06
27	28.4
29		0.0012
30		7.98e-08
31		3.897455e-09
32	6.7
33		6.7
34	938.0
36	940.2	9.38e-06
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06: the ratio of He/Ne in the respecive column does not correspond to the concentration ratio
44	17000.0	0.017
45	40000.0	0.04
46	162000.0	0.162
47	774000.0	0.774
48	7500.0	0.0075
49	100.0	0.0001

KEN020

Column	Version 1	Version 2
2	2.091	0.166
4	2.0	0.0
5	5.46	9.96
7	36.514	35.966
9	36.0	35.0
10	30.84	57.96
11	2.0	02
14	Namarunu	Menengai-Bogoria, Arus
19		K257, K251
21	S	G/F
22	66.0	95.0
25	0.65
32	7.1
33		4.5
34	994.0
36	1050.9	6.3e-06
37	4.0	71.0
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06

KEN021

Column	Version 1	Version 2
2	-0.886	2.091
4	0.0	2.0
5	-53.16	5.46
7	36.27	36.514
10	16.2	30.84
11	2.0	02
14	Olkaria	Namarunu, Elboitong
19	OW2	K236
21	G	W/S
22		66.0
25	27.0	6.5e-07
32	5.7
33		7.1
34	798.0
36	803.0	9.94e-06
37	33.0	4.0
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06

KEN022

Column	Version 1	Version 2
5	-53.16	-53.16
11	2.0	02
14	Olkaria	Olkaria/Domes, F15
19	OW26	K127
21	G	G/F
22		92.0
24		5.2e-07
25	23.0
26		6.18e-06
29		0.00309
30		2.0292e-07
31		8.79303e-09
32	5.8
33		2.9
34	812.0
36	816.6	4.06e-06
37	37.0	92.0
42		291.3
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06: the ratio of He/Ne in the respecive column does not correspond to the concentration ratio
44		1e-05
45		0.18
46		0.645
47		0.174
48		0.0013
49		0.0001
51		-3.0

KEN023

Column	Version 1	Version 2
5	-53.16	-53.16
11	2.0	02
14	Olkaria	Olkaria/Domes, OW16
19	OW16	K113
21	G	G/H
32	5.8
33		5.8
34	812.0
36	908.0	8.12e-06
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06

KEN024

Column	Version 1	Version 2
5	-53.16	-53.16
11	2.0	02
14	Olkaria	Olkaria/Domes, OW2
19	W	K111
21	F	G/H
22	92.0
24		2.7e-05
25	4.1
27	0.21
32	5.6
33		5.7
34	784.0
36	786.2	7.98e-06
37	75.0	33.0
42	261.4
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06

KEN025

Column	Version 1	Version 2
5	-53.16	-53.16
11	2.0	02
14	Olkaria/Domes	Olkaria/Domes, OW26
19	F15	K112
21	F	G/H
22	92.0
24		2.3e-05
25	0.52
27	61.8
32	2.9
33		5.8
34	406.0
36	406.7	8.12e-06
37	92.0	37.0
42	291.3
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06
44	10.0
45	180000.0
46	645000.0
47	174000.0
48	1300.0
49	100.0
51	-3.0

KEN026

Column	Version 1	Version 2
2	0.919	-0.886
5	55.14	-53.16
7	36.191	36.27
10	11.46	16.2
11	2.0	02
14	Paka	Olkaria/Domes, W
19	PK1	K123
21	F	G/F
22	96.0	92.0
24		4.1e-06
25	32.0
26		2.1e-08
29		2.6e-05
30		3.021e-09
31		2.6879e-10
32	7.9
33		5.6
34	1106.0
36	1244.0	7.84e-06
37	2.0	75.0
42		261.4
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06: the ratio of He/Ne in the respecive column does not correspond to the concentration ratio
44	10.0
45	34000.0
46	113000.0
47	831000.0
48	15000.0
49	7400.0
50	-24.9
51	-2.9

KEN027

Column	Version 1	Version 2
11	2.0	02
14	Paka	Paka, PK1
19	PK4	K163
21	F	G/F
22	95.0	96.0
24		3.2e-05
25	34.0
32	6.2
33		7.9
34	868.0
36	876.8	1.106e-05
37	21.0	2.0
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06
44	41000.0	1e-05
45	6100.0	0.034
46	21000.0	0.113
47	917000.0	0.831
48	13000.0	0.015
49	1900.0	0.0074
50	-27.8	-24.9
51	-3.4	-2.9

KEN028

Column	Version 1	Version 2
11	2.0	02
14	Paka	Paka, PK4
19	PK7	K166, K167
21	F	G/F
22	94.0	95.0
24		3.4e-05
25	83.0
32	3.6
33		6.2
34	504.0
36	517.5	8.68e-06
37	7.0	21.0
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06
44	9200.0	0.041
45	6100.0	0.0061
46	302000.0	0.021
47	670000.0	0.917
48	8500.0	0.013
49	3800.0	0.0019
50	-22.2	-27.8
51	-2.7	-3.4

KEN029

Column	Version 1	Version 2
2		0.919
4		0.0
5		55.14
7		36.191
9		36.0
10		11.46
11	2.0	02
14	Saswa	Paka, PK7
19	F3	K168
21	F	G/F
22	93.0	94.0
24		8.3e-05
25	7.3
27	74.9
32	1.6
33		3.6
34	224.0
36	224.2	5.04e-06
37	93.0	7.0
42	293.1
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06
44	10.0	0.0092
45	185000.0	0.0061
46	713000.0	0.302
47	102000.0	0.67
48	3.0	0.0085
49	100.0	0.0038
50		-22.2
51		-2.7

KEN030

Column	Version 1	Version 2
2	1.169
4	1.0
5	10.14
7	36.175
9	36.0
10	10.5
11	2.0	02
14	Silali	Saswa, F3
19	SL7	K126
21	F	G/F
22	95.0	93.0
24		7.3e-06
25	21.0
26		7.49e-06
29		0.00345
30		2.4567e-07
31		9.78796e-09
32	7.5
33		1.6
34	1050.0
36	1057.6	2.24e-06
37	30.0	93.0
42		293.1
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06: the ratio of He/Ne in the respecive column does not correspond to the concentration ratio
44	8700.0	1e-05
45	900.0	0.185
46	3400.0	0.713
47	977000.0	0.102
48	2500.0	3e-06
49	7000.0	0.0001
50	-23.0
51	-3.8

KEN031

Column	Version 1	Version 2
2	1.169	1.25
5	10.14	15.0
7	36.175	36.1
10	10.5	6.0
11	2.0	02
14	Silali	Silali (Lorusio)
19	SL14	K45
21	F	G/S
22	96.0	81.0
24		1.7e-05
25	29.0
32	8.0
33		5.0
34	1120.0
36	1128.0	7e-06
37	31.0	15.0
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06
44	6500.0	0.0079
45	500.0	0.023
46	2900.0	0.133
47	982000.0	0.836
48	2500.0	0.0011
49	6000.0
50	-24.3	-28.3
51	-3.7	-2.6

KEN032

Column	Version 1	Version 2
5	10.14	10.14
11	2.0	02
14	Silali	Silali, SL14
19	SL22	K221
21	F	G/F
22	92.0	96.0
24		2.9e-05
25	28.0
32	7.9
33		8.0
34	1106.0
36	1112.9	1.12e-05
37	35.0	31.0
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06
44	10.0	0.0065
45	59000.0	0.0005
46	244000.0	0.0029
47	694000.0	0.982
48	1700.0	0.0025
49	800.0	0.006
50	-21.7	-24.3
51	-3.6	-3.7

KEN033

Column	Version 1	Version 2
2	1.25	1.169
5	15.0	10.14
7	36.1	36.175
10	6.0	10.5
11	2.0	02
14	Silali (Lorusio)	Silali, SL22
19		K225
21	S	G/F
22	81.0	92.0
24		2.8e-05
25	17.0
32	5.0
33		7.9
34	700.0
36	709.5	1.106e-05
37	15.0	35.0
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06
44	7900.0	1e-05
45	23000.0	0.059
46	133000.0	0.244
47	836000.0	0.694
48	1100.0	0.0017
49		0.0008
50	-28.3	-21.7
51	-2.6	-3.6

KEN034

Column	Version 1	Version 2
2	-0.51667	1.169
4	0.0	1.0
5	-31.0002	10.14
7	36.167	36.175
10	10.02	10.5
11	2.0	02
14	Soysambu	Silali, SL7
19	DEL	K219
21	B	G/F
22	32.0	95.0
24		2.1e-05
25	2.9
27	0.87
32	6.5
33		7.5
34	910.0
36	916.1	1.05e-05
37	32.0	30.0
42	297.0
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06
44		0.0087
45		0.0009
46		0.0034
47		0.977
48		0.0025
49		0.007
50		-23.0
51		-3.8
52		[O2]=[O2+Ar]

KEN035

Column	Version 1	Version 2
2		-0.51667
4		0.0
5		-31.0002
7		36.167
9		36.0
10		10.02
11	2.0	02
14	SV3	Soysambu, DEL
19		K124
21	S	W/H
22	68.0	32.0
25	1.2	2.9e-06
27		8.7e-08
32	4.6
33		6.5
34	644.0
36	651.1	9.1e-06
37	18.0	32.0
42		297.0
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06: the ratio of He/Ne in the respecive column does not correspond to the concentration ratio

KEN036

Column	Version 1	Version 2
11	2.0	02
14	W. Of Rift (Bala)	SV3
19		K185
21	F	W/S
22	72.0	68.0
25	2900.0	1.2e-06
27	3.65
32	1.5
33		4.6
34	210.0
36	210.2	6.44e-06
37	72.0	18.0
42	846.0
43	Rcorr is calculated from (R/Ra)me140 with [He/Ne]; [He]= [He10-6],[Ne]=[Ne10-7],[Ar10-4],[Kr10-8],[Xe10-8]=[cm3(STP)/gH2O]	Ra=1.40E-06
44	2100.0
45	1000.0
46	98600.0
47	896000.0
48	2800.0
50	-26.8
51	-2.0
52	[O2]=[O2+Ar]

CAN001

Column	Version 1	Version 2
1	~
2	53.0	52.8
3	~
4	53.0	52.0
5	0.0	48.0
6	~
8	~
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
24	600.0	0.0006
28		4.8811872e-08
29	251.708448	0.000251708448
30		1.60155621813e-08
31	0.00148914	1.48914568412e-09
34	34.2	3.42e-07
36	34.2	3.42e-07
40	3.36	0.0336
43	[Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [84Kr], [132Xe] are calculated from the fractionation factors presented in Table 4 in Hiyagon & Kennedy (1992)
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN002

Column	Version 1	Version 2
1	~
2	54.4666666667	52.7
3	~
4	54.0	52.0
5	28.0	42.0
6	~
7	-109.816666667	-110.183333333
8	~
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
23	Clearwater Formation; Lower Cretaceous; distance from Precambrian 1005 m	Clear water Formation; Lower Cretaceous; distance from Precambrian 1005 m
24	35.0	3.5e-05
28		3.240581136e-07
29	178.761976	0.000178761976
30		1.26900167283e-08
31	0.00201549612487	5.40336511482e-10
34	14.1	1.41e-07
36	13.8	1.38e-07
40	2.94	0.0294
43	[Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [84Kr], [132Xe] are calculated from the fractionation factors presented in Table 4 in Hiyagon & Kennedy (1992)
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN003

Column	Version 1	Version 2
1	~
2	51.4666666667	51.3
3	~
5	28.0	18.0
6	~
7	-111.283333333	-112.8
8	~
10	-43.0	-48.0
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
24	280.0	0.00028
28		6.19235478e-08
29	240.42119	0.00024042119
30		1.88240763138e-08
31	0.00843639529746	2.27005368087e-09
34	31.4	3.14e-07
36	31.4	3.14e-07
40	3.11	0.0311
43	[Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [84Kr], [132Xe] are calculated from the fractionation factors presented in Table 4 in Hiyagon & Kennedy (1992)
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN004

Column	Version 1	Version 2
1	~
2		54.9
3	~
4		54.0
5		54.0
6	~
7		-121.0
8	~
9		-121.0
10		0.0
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
24	3400.0	0.0034
28		2.36301408e-08
29	696.862872	0.000696862872
30		5.41021573685e-09
31	0.001825523836	4.89631100938e-10
34	1.39	1.39e-08
36	1.4	1.4e-08
40	7.8	0.078
43	[Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [84Kr], [132Xe] are calculated from the fractionation factors presented in Table 4 in Hiyagon & Kennedy (1992)
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN005

Column	Version 1	Version 2
1	~
3	~
6	~
7	-120.0	-123.0
8	~
9	-120.0	-123.0
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
24	630.0	0.00063
28		1.33119792e-07
29	176.949084	0.000176949084
30		1.53785795945e-08
31	0.00514397965384	1.38609680278e-09
34	1.64	1.64e-08
36	1.6	1.6e-08
40	3.02	0.0302
43	[Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [84Kr], [132Xe] are calculated from the fractionation factors presented in Table 4 in Hiyagon & Kennedy (1992)
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN006

Column	Version 1	Version 2
1	~
2		56.3
3	~
4		56.0
5		18.0
6	~
7		-113.0
8	~
9		-113.0
10		0.0
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
24	120.0	0.00012
28		1.442582844e-06
29	872.28404	0.00087228404
30		6.23746584952e-08
31	0.00860074389106	2.31040952891e-09
34	4.94	4.94e-08
36	4.5	4.5e-08
40	2.91	0.0291
43	[Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [84Kr], [132Xe] are calculated from the fractionation factors presented in Table 4 in Hiyagon & Kennedy (1992)
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN007

Column	Version 1	Version 2
1	~
2		52.7
3	~
4		52.0
5		42.0
6	~
7		-116.0
8	~
9		-116.0
10		0.0
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
24	88.0	8.8e-05
28		5.8389696e-09
29	38.1340804	3.81340804e-05
30		1.65243210005e-09
31	0.000644506952976	1.73664169682e-10
34	16.7	1.67e-07
36	16.7	1.67e-07
40	3.51	0.0351
43	[Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [84Kr], [132Xe] are calculated from the fractionation factors presented in Table 4 in Hiyagon & Kennedy (1992)
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN008

Column	Version 1	Version 2
1	~
2		51.3
3	~
4		51.0
5		18.0
6	~
7		-112.8
8	~
9		-112.0
10		-48.0
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
24	170.0	0.00017
28		7.7554422e-09
29	53.948774	5.3948774e-05
30		3.09391542138e-09
31	0.00137694152143	3.69792102008e-10
34	31.4	3.14e-07
36	31.4	3.14e-07
40	3.8	0.038
43	[Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [84Kr], [132Xe] are calculated from the fractionation factors presented in Table 4 in Hiyagon & Kennedy (1992)
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN009

Column	Version 1	Version 2
1	~
2		54.5
3	~
4		54.0
5		30.0
6	~
7		-116.8
8	~
9		-116.0
10		-48.0
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
24	1400.0	0.0014
28		1.38019776e-07
29	295.3232	0.0002953232
30		8.14014110865e-09
31	0.00172987008368	4.64613453445e-10
34	1.55	1.55e-08
36	1.5	1.5e-08
40	3.22	0.0322
43	[Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [84Kr], [132Xe] are calculated from the fractionation factors presented in Table 4 in Hiyagon & Kennedy (1992)
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN010

Column	Version 1	Version 2
1	~
2		53.3
3	~
4		53.0
5		18.0
6	~
7		-113.8
8	~
9		-113.0
10		-48.0
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
24	420.0	0.00042
28		2.51133792e-08
29	150.44813	0.00015044813
30		8.08636985133e-09
31	0.00247441192106	6.65797035369e-10
34	20.4	2.04e-07
36	20.4	2.04e-07
40	3.74	0.0374
43	[Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [84Kr], [132Xe] are calculated from the fractionation factors presented in Table 4 in Hiyagon & Kennedy (1992)
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN011

Column	Version 1	Version 2
1	~
2		54.9
3	~
4		54.0
5		54.0
6	~
7		-117.2
8	~
9		-117.0
10		-12.0
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
24	5000.0	0.005
28		3.66742656e-08
29	998.749536	0.000998749536
30		7.14744097345e-09
31	0.00252740840034	6.7785911541e-10
34	1.46	1.46e-08
36	1.5	1.5e-08
40	8.06	0.0806
43	[Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [84Kr], [132Xe] are calculated from the fractionation factors presented in Table 4 in Hiyagon & Kennedy (1992)
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN012

Column	Version 1	Version 2
1	~
2		51.6
3	~
4		51.0
5		36.0
6	~
7		-115.3
8	~
9		-115.0
10		-18.0
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
24	510.0	0.00051
28		1.67109426e-08
29	162.633559	0.000162633559
30		5.5963470122e-09
31	0.00250763336125	6.72423733663e-10
34	43.5	4.35e-07
36	43.5	4.35e-07
40	3.97	0.0397
43	[Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [84Kr], [132Xe] are calculated from the fractionation factors presented in Table 4 in Hiyagon & Kennedy (1992)
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN013

Column	Version 1	Version 2
1	~
2		50.3
3	~
4		50.0
5		18.0
6	~
7		-110.8
8	~
9		-110.0
10		-48.0
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
24	1000.0	0.001
28		4.921454538e-07
29	276.95745	0.00027695745
30		1.49690907887e-08
31	0.00217888070656	5.84787510153e-10
34	21.8	2.18e-07
36	21.8	2.18e-07
40	3.04	0.0304
43	[Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [84Kr], [132Xe] are calculated from the fractionation factors presented in Table 4 in Hiyagon & Kennedy (1992)
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN014

Column	Version 1	Version 2
1	~
2		50.8
3	~
4		50.0
5		48.0
6	~
7		-114.0
8	~
9		-114.0
10		0.0
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
24	130.0	0.00013
28		4.1652e-09
29	38.249735	3.8249735e-05
30		1.31325955386e-09
31	0.000662377773956	1.77766766041e-10
34	54.2	5.42e-07
36	54.2	5.42e-07
40	3.85	0.0385
43	[Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [84Kr], [132Xe] are calculated from the fractionation factors presented in Table 4 in Hiyagon & Kennedy (1992)
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN015

Column	Version 1	Version 2
1	~
2		53.2
3	~
4		53.0
5		12.0
6	~
7		-115.8
8	~
9		-115.0
10		-48.0
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
24	5.3	5.3e-06
28		5.488849296e-06
29	2412.35064	0.00241235064
30		1.32029117982e-07
31	0.0153733995339	4.12791183637e-09
34	68.9	6.89e-07
35	<=	≤
36	68.9	6.89e-07
39	9.965	10.03
40	2.925	0.02925
41	0.1846	0.1849
43	Ne and Ar isotope data averaged from two separate runs; [Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [84Kr], [132Xe] are calculated from the fractionation factors presented in Table 4 in Hiyagon & Kennedy (1992)
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN016

Column	Version 1	Version 2
1	~
2		54.0
3	~
4		54.0
5		0.0
6	~
7		-116.3
8	~
9		-116.0
10		-18.0
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
24	1100.0	0.0011
28		1.082979768e-08
29	195.8300539	0.0001958300539
30		1.92087476161e-09
31	0.000814273955428	2.18673597984e-10
34	1.41	1.41e-08
36	1.4	1.4e-08
40	7.02	0.0702
43	[Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [84Kr], [132Xe] are calculated from the fractionation factors presented in Table 4 in Hiyagon & Kennedy (1992)
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN017

Column	Version 1	Version 2
1	~
2		53.9
3	~
4		53.0
5		54.0
6	~
7		-113.0
8	~
9		-113.0
10		0.0
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
24	410.0	0.00041
28		3.08948904e-08
29	159.315624	0.000159315624
30		8.74816994146e-09
31	0.00397238922835	1.0668239681e-09
34	15.4	1.54e-07
36	15.4	1.54e-07
40	3.62	0.0362
43	[Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [84Kr], [132Xe] are calculated from the fractionation factors presented in Table 4 in Hiyagon & Kennedy (1992)
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN018

Column	Version 1	Version 2
1	~
2		54.9
3	~
4		54.0
5		54.0
6	~
7		-117.2
8	~
9		-117.0
10		-12.0
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
24	1800.0	0.0018
28		2.9234898e-08
29	826.07754	0.00082607754
30		8.03466671929e-09
31	0.00300357246958	8.06372387949e-10
34	1.37	1.37e-08
36	1.4	1.4e-08
40	8.43	0.0843
43	[Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [84Kr], [132Xe] are calculated from the fractionation factors presented in Table 4 in Hiyagon & Kennedy (1992)
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN019

Column	Version 1	Version 2
2	50.67389	50.6
5	40.4334	36.0
7	-114.27861	-114.2
10	-16.7166	-12.0
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
24	110.0	0.00011
28		1.090957728e-08
29	47.2703046	4.72703046e-05
30		4.0096812961e-09
31	0.00194365016374	5.22332740161e-10
34	15.0	1.5e-07
36	15.0	1.5e-07
40	3.27	0.0327
43	[Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [84Kr], [132Xe] are calculated from the fractionation factors presented in Table 4 in Hiyagon & Kennedy (1992)
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN020

Column	Version 1	Version 2
2		56.2
4		56.0
5		12.0
7		-115.2
9		-115.0
10		-12.0
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
23	Elk Point Group, Keg River Formation; MiddleDevonian; distance from Precambrian 74 m	Elk Point Group, Keg River Formation; Middle Devonian; distance from Precambrian 74 m
24	11000.0	0.011
28		1.453374984e-07
29	1401.93532	0.00140193532
30		1.78231036774e-08
31	0.00426061961383	1.14485520195e-09
34	3.08	3.08e-08
36	3.1	3.1e-08
40	5.43	0.0543
43	[3He/4He]true < [3He/4He]indicated; [Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [40Ar], [132Xe] are calculated from fractionation factors presented in [Hiyagon & Kennedy, 1992]
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN021

Column	Version 1	Version 2
2		50.8
4		50.0
5		48.0
7		-113.3
9		-113.0
10		-18.0
11	2.0	02,04
12	CANADA	CANADA, Alberta
13	Alberta	Alberta Basin
24	670.0	0.00067
28		2.11413003e-07
29	280.771937	0.000280771937
30		1.23446398063e-08
31	0.00240877520822	6.4740608617e-10
34	43.5	4.35e-07
36	43.5	4.35e-07
40	3.06	0.0306
43	[Ne], [Ar], [Xe], [22Ne/36Ar], [84Kr/36Ar], and [132Xe/36Ar] calculated from data cited in [Hiyagon & Kennedy, 1992]	[20Ne], [84Kr], [132Xe] are calculated from the fractionation factors presented in Table 4 in Hiyagon & Kennedy (1992)
53	Hiyagon & Kennedy, 1992	Hiyagon & Kennedy, 1992; Newell et al., 2005

CAN022

Column	Version 1	Version 2
2	50.15	46.0
4	50.0	46.0
5	9.0	0.0
7	-94.1166666667	-77.7
9	-95.0	-77.0
10	-53.0	-42.0
11	1.0	01,04
12	CANADA	CANADA, Ontario
13	Canadian Precambrian Shield, Superior province	Canadian Shield
14	Pinawa, Manitoba, hole WN1	Chalk River Nuclear Lab
17	133.0
21	W/H
24	2280.0
26	0.196
33		0.015
34	2.33
36	2.3	2.1e-08
37	11632.6530612
53	Bottomley et al., 1984	Bottomley et al., 1984; Newell et al., 2005

CAN023

Column	Version 1	Version 2
2	50.15	50.2
5	9.0	12.0
7	-94.1166666667	-95.9
10	-53.0	-54.0
11	1.0	01,04
12	CANADA	CANADA, Manitoba
13	Canadian Precambrian Shield, Superior province	Canadian Shield
14	Pinawa, Manitoba, hole WN2	WhiteShell Nuclear Research Establishment
17	100.0
21	W/H
24	230.0
33		0.011
34	1.43
35	<=
36	1.43	1.54e-08
53	Bottomley et al., 1984	Bottomley et al., 1984; Newell et al., 2005

CAN024

Column	Version 1	Version 2
7	-94.1166666667	-95.8833333333
11	1.0	01
12	CANADA	CANADA, Manitoba
13	Canadian Precambrian Shield, Superior province	Canadian Shield, Superior province
14	Pinawa, Manitoba, hole WN3	Pinawa, Manitoba, hole WN1
17	37.0	133.0
20	1.0
24	54.7
25		0.00024
26	0.619
27		1.96e-07
34	1.12	2.33e-08
36	0.7	2.3e-08
37	88.3683360258	1224.48979592
39		9.76371802382
43		He/Ne ratios = [He]/[Ne]

CAN025

Column	Version 1	Version 2
7	-94.1166666667	-95.8833333333
11	1.0	01
12	CANADA	CANADA, Manitoba
13	Canadian Precambrian Shield, Superior province	Canadian Shield, Superior province
14	Pinawa, Manitoba, hole WN3	Pinawa, Manitoba, hole WN2
17	37.0	100.0
20	2.0
24	187.0
25		0.00023
26	0.33
34	0.73	1.43e-08
35		≤
36	0.7	1.43e-08
37	566.666666667

CAN026

Column	Version 1	Version 2
7	-94.1166666667	-95.8833333333
11	1.0	01
12	CANADA	CANADA, Manitoba
13	Canadian Precambrian Shield, Superior province	Canadian Shield, Superior province
17	90.0	37.0
24	113.0
25		5.47e-05
26	0.401
27		6.19e-07
34	0.98	1.12e-08
36	0.8	7.7e-09
37	281.795511222	88.3683360258
43		He/Ne ratios = [He]/[Ne]

CAN027

Column	Version 1	Version 2
7	-94.1166666667	-95.8833333333
11	1.0	01
12	CANADA	CANADA, Manitoba
13	Canadian Precambrian Shield, Superior province	Canadian Shield, Superior province
17	90.0	37.0
24	1460.0
25		0.000187
26	0.3
27		3.3e-07
34	1.08	7.3e-09
36	1.1	7e-09
37	4866.66666667	566.666666667
39		9.80199960792
40		0.0292099588316
43		He/Ne ratios = [He]/[Ne]

CAN028

Column	Version 1	Version 2
7	-94.1166666667	-95.8833333333
11	1.0	01
12	CANADA	CANADA, Manitoba
13	Canadian Precambrian Shield, Superior province	Canadian Shield, Superior province
14	Pinawa, Manitoba, hole WN4	Pinawa, Manitoba, hole WN3
17	468.0	90.0
24	290.0
25		0.000113
26	0.059
27		4.01e-07
34	1.55	9.8e-09
36	1.5	8e-09
37	4915.25423729	281.795511222
43		He/Ne ratios = [He]/[Ne]

CAN029

Column	Version 1	Version 2
7	-94.1166666667	-95.8833333333
11	1.0	01
12	CANADA	CANADA, Manitoba
13	Canadian Precambrian Shield, Superior province	Canadian Shield, Superior province
14	Pinawa, Manitoba, hole WN4	Pinawa, Manitoba, hole WN3
17	468.0	90.0
24	5410.0
25		0.00146
26	0.0717
27		3e-07
34	1.66	1.08e-08
36	1.7	1.1e-08
37	75453.2775453	4866.66666667
43		He/Ne ratios = [He]/[Ne]

CAN030

Column	Version 1	Version 2
7	-94.1166666667	-95.8833333333
11	1.0	01
12	CANADA	CANADA, Manitoba
13	Canadian Precambrian Shield, Superior province	Canadian Shield, Superior province
20	3.0	1.0
24	40600.0
25		0.00029
26	0.37
27		5.9e-08
34	2.6	1.55e-08
36	2.6	1.5e-08
37	109729.72973	4915.25423729
39		9.42507068803
40		0.0326107445806
43	[3He/4He]true < [3He/4He]indicated	He/Ne ratios = [He]/[Ne]

CAN031

Column	Version 1	Version 2
7	-94.1166666667	-95.8833333333
11	1.0	01
12	CANADA	CANADA, Manitoba
13	Canadian Precambrian Shield, Superior province	Canadian Shield, Superior province
17	80.0	468.0
20		2.0
24	6570.0
25		0.00541
26	0.352
27		7.17e-08
34	1.89	1.66e-08
36	1.9	1.66e-08
37	18664.7727273	75453.2775453
39		8.93
40		0.0684931506849
43		He/Ne ratios = [He]/[Ne]

CAN032

Column	Version 1	Version 2
7	-94.1166666667	-95.8833333333
11	1.0	01
12	CANADA	CANADA, Manitoba
13	Canadian Precambrian Shield, Superior province	Canadian Shield, Superior province
17	800.0	468.0
20		3.0
24	15000.0
25		0.0406
26	0.266
27		3.7e-07
34	0.86	2.6e-08
36	0.9	2.6e-08
37	56390.9774436	109729.72973
39		8.85
40		0.075
43		[3He/4He]true < [3He/4He]indicated

CAN033

Column	Version 1	Version 2
7	-94.1166666667	-95.8833333333
11	1.0	01
12	CANADA	CANADA, Manitoba
13	Canadian Precambrian Shield, Superior province	Canadian Shield, Superior province
14	Pinawa, Manitoba, hole WN8	Pinawa, Manitoba, hole WN4
17	318.0	80.0
18	4.0
24	130000.0
25		0.00657
27		3.52e-07
34	0.63	1.89e-08
35	<=
36	0.63	1.9e-08
37		18664.7727273
39		9.61
40		0.0376
43		He/Ne ratios = [He]/[Ne]

CAN034

Column	Version 1	Version 2
7	-94.1166666667	-95.8833333333
11	1.0	01
12	CANADA	CANADA, Manitoba
13	Canadian Precambrian Shield, Superior province	Canadian Shield, Superior province
14	Pinawa, Manitoba, hole WNP1	Pinawa, Manitoba, hole WN4
17	18.0	800.0
24	136.0
25		0.015
26	0.289
27		2.66e-07
34	1.9	8.6e-09
36	1.8	8.6e-09
37	470.588235294	56390.9774436
39		8.81678716276
40		0.0705
43		He/Ne ratios = [He]/[Ne]

CAN035

Column	Version 1	Version 2
2	50.575	50.15
5	34.5	9.0
7	-122.533333333	-95.8833333333
9	-123.0	-95.0
10	-28.0	-53.0
11	3.0	01
12	CANADA	CANADA, Manitoba
13	Western Canadian continental margin	Canadian Shield, Superior province
14	Meager Creek Hotsprings (EMR-1)	Pinawa, Manitoba, hole WN8
17		318.0
18		4.0
21		W/H
22	58.4
25	289.0	0.13
32	6.01
34		6.3e-09
35		≤
36	841.4	6.3e-09
43	Rcorr=(R/Ra)me*140
45	225000.0
46	647000.0
47	128000.0
48	300.0
53	Clarc & Phillips, 2000	Bottomley et al., 1984

CAN036

Column	Version 1	Version 2
2	50.575	50.15
5	34.5	9.0
7	-122.533333333	-95.8833333333
9	-123.0	-95.0
10	-28.0	-53.0
11	3.0	01
12	CANADA	CANADA, Manitoba
13	Western Canadian continental margin	Canadian Shield, Superior province
14	Meager Creek Hotsprings (MCH)	Pinawa, Manitoba, hole WNP1
17		18.0
21		W/H
22	50.1
25	8.67	0.0001367
27		2.89e-07
32	6.54
34		1.9e-08
36	915.6	1.8e-08
37		473.010380623
39		9.8
40		0.0292529694709
43	Rcorr=(R/Ra)me*140	He/Ne ratios = [He]/[Ne]
45	87000.0
46	527000.0
47	386000.0
48	400.0
53	Clarc & Phillips, 2000	Bottomley et al., 1984

CAN037

Column	Version 1	Version 2
1		~
2	50.575	46.483
3		~
4	50.0	46.0
5	34.5	29.0
6		~
7	-122.533333333	-72.916
8		~
9	-123.0	-72.0
10	-28.0	-55.0
11	3.0	05
12	CANADA	CANADA, Quebec
13	Western Canadian continental margin	St-Lawrence Lowland
14	Meager Creek Hotsprings (PCH)	Husky-Bruyere Sainte Angele, well #1
19		HB1 07-1B
22	59.8
25	224.0	1.8e-06
32	6.35	0.095
33		0.095
36	889.0	1.3167e-07
39		10.12
40		0.0311
43	Rcorr=(R/Ra)me*140	Ra=1.38E-06
48	0.0
53	Clarc & Phillips, 2000	Pinti et al., 2011

CAN038

Column	Version 1	Version 2
1		~
2	50.243333	46.483
3		~
4	50.0	46.0
5	14.59998	29.0
6		~
7	-117.80028	-72.916
8		~
9	-117.0	-72.0
10	-48.0168	-55.0
11	3.0	05
12	CANADA	CANADA, Quebec
13	Western Canadian continental margin	St-Lawrence Lowland
14	Selkirk Range Hotsprings (Halcyon)	Husky-Bruyere Sainte Angele, well #2
19		HB1 07-3B
22	50.5
25	391.0	2.74e-06
32	0.06	0.111
33		0.111
36	8.4	1.53846e-07
39		10.07
40		0.0343
43	Rcorr=(R/Ra)me*140	Ra=1.38E-06
45	25000.0
46	973000.0
48	0.0
53	Clarc & Phillips, 2000	Pinti et al., 2011

CAN039

Column	Version 1	Version 2
1		~
2	50.243333	46.816
3		~
4	50.0	46.0
5	14.59998	49.0
6		~
7	-117.80028	-72.466
8		~
9	-117.0	-72.0
10	-48.0168	-28.0
11	3.0	05
12	CANADA	CANADA, Quebec
13	Western Canadian continental margin	St-Lawrence Lowland
14	Selkirk Range Hotsprings (Nakusp)	Junes Batiscan, well #1
19		JBa1 07-3B
22	57.7
25	37.1	1.98e-06
32	0.06	0.085
33		0.085
36	8.4	1.1781e-07
39		9.85
40		0.0294
43	Rcorr=(R/Ra)me*140	Ra=1.38E-06
45	160000.0
46	840000.0
53	Clarc & Phillips, 2000	Pinti et al., 2011

CAN040

Column	Version 1	Version 2
1		~
2	50.243333	46.6
3		~
4	50.0	46.0
5	14.59998	36.0
6		~
7	-117.80028	-72.783
8		~
9	-117.0	-72.0
10	-48.0168	-47.0
11	3.0	05
12	CANADA	CANADA, Quebec
13	Western Canadian continental margin	St-Lawrence Lowland
14	Selkirk Range Hotsprings (St.Leon)	Junes Becancour, well #4
19		JBe4 07-2C
22	48.3
25	113.0	1.68e-06
32	0.1	0.071
33		0.071
36	14.0	9.8406e-08
39		10.18
40		0.034
43	Rcorr=(R/Ra)me*140	Ra=1.38E-06
45	82000.0
46	917000.0
53	Clarc & Phillips, 2000	Pinti et al., 2011

CAN041

Column	Version 1	Version 2
1		~
2	49.3666667	46.566
3		~
4	49.0	46.0
5	22.000002	34.0
6		~
7	-125.7375	-72.783
8		~
9	-126.0	-72.0
10	-15.75	-47.0
11	3.0	05
12	CANADA	CANADA, Quebec
13	Western Canadian continental margin	St-Lawrence Lowland
14	West Coast, Hotsprings Cove (HSC-a)	Soquip-Petrofina Becancour, well #1
19		SP1 07-2B
22	50.3
25	30.0	1.13e-06
32	0.27	0.1
33		0.1
36	37.8	1.386e-07
39		10.08
40		0.0314
43	Rcorr=(R/Ra)me*140	Ra=1.38E-06
45	200.0
46	997000.0
48	2500.0
53	Clarc & Phillips, 2000	Pinti et al., 2011

CAN042

Column	Version 1	Version 2
1		~
2	49.3666667	46.566
3		~
4	49.0	46.0
5	22.000002	34.0
6		~
7	-125.7375	-72.783
8		~
9	-126.0	-72.0
10	-15.75	-47.0
11	3.0	05
12	CANADA	CANADA, Quebec
13	Western Canadian continental margin	St-Lawrence Lowland
14	West Coast, Hotsprings Cove (HSC-b)	Soquip-Petrofina Becancour, well #1
19		SP1 07-2C
25	26.4	1.64e-06
32	0.27	0.079
33		0.079
36	37.8	1.09494e-07
39		10.2
40		0.032
43	Rcorr=(R/Ra)me*140	Ra=1.38E-06
53	Clarc & Phillips, 2000	Pinti et al., 2011

MEX001

Column	Version 1	Version 2
2	32.25	31.85
4	32.0	31.0
5	15.0	51.0
7	-115.0	-116.45
9	-115.0	-116.0
10	0.0	-27.0
11	9.0	04
13	Baja California	Baja California Norte Est.
14	Cerro Prieto geothermal system, mudpot 21	Agua Caliente Spr., Baja Cal.
16	19770900.0
17	0.0
22	96.3	45.0
29		0.0113
32	6.08	0.31
34	851.2
36	855.1	4.3e-07
37	45.92
43	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287	[Ar]=[Ar+Kr+Xe]
44	8000.0
45	0.0
46	6142.85714286
47	952380.952381
48	31857.1428571
52	[CO2]=[Acid Gases]
53	Welhan et al., 1978	Vidal et al., 1982

MEX002

Column	Version 1	Version 2
2	32.25	31.85
4	32.0	31.0
5	15.0	51.0
7	-115.0	-116.45
9	-115.0	-116.0
10	0.0	-27.0
11	9.0	05,06
13	Baja California	Baja California Norte Est.
14	Cerro Prieto geothermal system, spring 22	Agua Caliente Spr., Baja Cal. (de Ensenada)
16	19770900.0	19870000.0
17	0.0
19		8704.0
22	60.5	44.0
24		0.000584
26		1.7e-05
29		0.0122
32	6.24
34	873.6
36	875.4	3.8e-07
37	100.45
38		35.0
39		9.77
40		0.0293
42		299.0
43	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287; [He/Ne]true > [He/Ne]indicated
44	46894.7368421	7e-05
45	0.0	0.0064
46	14565.7894737	0.912
47	822368.421053
48	115815.789474	0.00048
52	[CO2]=[Acid Gases]
53	Welhan et al., 1978	Polyak et al., 1991; Prasolov et al., 1999

MEX003

Column	Version 1	Version 2
2	32.25	31.65
4	32.0	31.0
5	15.0	39.0
7	-115.0	-116.966666667
9	-115.0	-116.0
10	0.0	-58.0
11	9.0	04,11
13	Baja California	Baja California Norte Est.
14	Cerro Prieto geothermal system, spring 31	Punta Banda Spr.
16	19770400.0	19790000.0
17	0.0
22	83.3	108.0
23		Reservoir temperature: 200 C
24		0.000764178498986
29		0.0035
32	5.07
33		0.54
34	709.8
36	744.9	7.5e-07
37	4.305	229.6
43	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287	[Ar]=[Ar+Kr+Xe]
44	46639.7134084
45	0.0
46	16264.8180888	0.549620689655
47	930492.23039	0.0202839756592
48	5706.58788499	0.426176470588
52	[CO2]=[Acid Gases]	[CO2]=[CO2+H2S]
53	Welhan et al., 1978	Vidal et al., 1982; Welhan et al., 1988

MEX004

Column	Version 1	Version 2
2	32.25	31.7833333333
4	32.0	31.0
5	15.0	47.0
7	-115.0	-116.316666667
9	-115.0	-116.0
10	0.0	-19.0
11	9.0	05,06
13	Baja California	Baja California Norte Est.
14	Cerro Prieto geothermal system, spring 31	San Antonio Spr.
16	19770900.0	19870000.0
17	0.0
19		8706.0
21	W/S	G/S
22	94.0	57.0
23	0.0083 cc dissolved gas / g H2O [Welhan et al., 1978]
24		0.00179
26		1.3e-05
29		0.0128
32	2.36
34	330.4
35	>=
36	330.4	4.8e-07
37	0.6888
38		135.0
39		9.77
40		0.0293
42		304.0
43	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287
44	755.555555556
45	0.0	0.0028
46	422666.666667	0.896
47	555555.555556
48	11244.4444444	0.0036
52	[CO2]=[Acid Gases]
53	Welhan et al., 1978	Polyak et al., 1991; Prasolov et al., 1999

MEX005

Column	Version 1	Version 2
2	32.25	31.8166666667
4	32.0	31.0
5	15.0	49.0
7	-115.0	-116.416666667
9	-115.0	-116.0
10	0.0	-25.0
11	9.0	05,06
13	Baja California	Baja California Norte Est.
14	Cerro Prieto geothermal system, spring 44	San Carlos Spr.
16	19770900.0	19870000.0
17	0.0
19		8703.0
20	a
22	34.8	44.0
29		0.01295
32	5.87
34	821.8
36	824.0	2.8e-07
37	77.49
38		31.0
39		9.78
40		0.0293
42		304.0
43	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287
44	3654.98652291
45	0.0	0.0035
46	16244.3845463	0.9
47	898472.596586
48	81120.3953279	0.0008
52	[CO2]=[Acid Gases]
53	Welhan et al., 1978	Polyak et al., 1991; Prasolov et al., 1999

MEX006

Column	Version 1	Version 2
2	32.25	31.9
4	32.0	31.0
5	15.0	54.0
7	-115.0	-116.083333333
9	-115.0	-116.0
10	0.0	-5.0
11	9.0	05,06
13	Baja California	Baja California Norte Est.
14	Cerro Prieto geothermal system, spring 44	San Valente Spr.
16	19770900.0	19870000.0
17	0.0
19		8705.0
20	b
22	28.5	35.0
24		0.00115
26		1.8e-05
29		0.0125
32	5.82
34	814.8
36	818.5	2.1e-07
37	45.92
38		63.0
39		9.72
40		0.0291
42		304.0
43	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287
44	713.151333832
45	24097.0082274	0.0299
46	150137.122912	0.888
47	249314.38544
48	572022.438295	0.00038
52	[CO2]=[Acid Gases]
53	Welhan et al., 1978	Polyak et al., 1991; Prasolov et al., 1999

MEX007

Column	Version 1	Version 2
2	32.25	31.6166666667
4	32.0	31.0
5	15.0	37.0
7	-115.0	-116.45
9	-115.0	-116.0
10	0.0	-27.0
11	9.0	05,06
13	Baja California	Baja California Norte Est.
14	Cerro Prieto geothermal system, spring 5	Uruapan Spr.
16	19770400.0	19870000.0
17	0.0
19	5-a	8702.0
22	36.7	58.0
24		0.000779
26		1.5e-05
29		0.0134
32	6.23
34	872.2
36	873.5	8e-07
37	143.5
38		51.0
39		9.87
40		0.0293
42		301.0
43	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287
44	1097.47382576
45	473.729708962	0.0018
46	6553.26097397	0.888
47	960522.524253
48	31108.2508885	0.0016
52	[CO2]=[Acid Gases]
53	Welhan et al., 1978	Polyak et al., 1991; Prasolov et al., 1999

MEX008

Column	Version 1	Version 2
2	32.25	31.6166666667
4	32.0	31.0
5	15.0	37.0
7	-115.0	-116.45
9	-115.0	-116.0
10	0.0	-27.0
11	9.0	04
13	Baja California	Baja California Norte Est.
14	Cerro Prieto geothermal system, spring 5	Uruapan Spr.
16	19770900.0
17	0.0
19	5-b
20	1.0
22	37.0	65.0
29		0.0125
32	5.93
34	830.2
36	831.1	8.2e-07
37	200.9
43	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287	[Ar]=[Ar+Kr+Xe]
44	1172.15551744
45	14.1223556318
46	7578.99752239
47	952925.481227
48	38083.2856871
52	[CO2]=[Acid Gases]
53	Welhan et al., 1978	Vidal et al., 1982

MEX009

Column	Version 1	Version 2
2	32.25	32.1
5	15.0	6.0
7	-115.0	-116.466666667
9	-115.0	-116.0
10	0.0	-28.0
11	9.0	05,06
13	Baja California	Baja California Norte Est.
14	Cerro Prieto geothermal system, spring 5	Valle de Guadalupe Spr.
16	19770900.0	19870000.0
17	0.0
19	5-b	8701.0
20	2.0
22	29.5	52.0
29		0.01235
32	5.98
34	837.2
36	838.5	6.9e-07
37	134.89
38		168.0
39		9.78
40		0.0292
42		304.0
43	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287
44	1091.30351864	4e-05
45	83.5892056832	0.0022
46	22290.4548489	0.9
47	953561.552398
48	22429.7701917	0.0029
52	[CO2]=[Acid Gases]
53	Welhan et al., 1978	Polyak et al., 1991; Prasolov et al., 1999

MEX010

Column	Version 1	Version 2
2	32.25	23.45
4	32.0	23.0
5	15.0	27.0
7	-115.0	-109.767
9	-115.0	-109.0
10	0.0	-46.0
11	1,3,6	05,06
13	Baja California	Baja California Sur Est.
14	Cerro Prieto geothermal system, unnamed spring near spring 31	El Chorro Spr. (AC de Santiago)
16	19790000.0	19890000.0
17	0.0
19	7902.0	8900.0
22	84.0	42.0
24	17.8
26	0.85
29	874.0	0.013
30	0.18
31	0.028
36	710.0	2e-07
38	26.0	6.9
39	10.11
40	2.92
42	303.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	[Ar]=[Ar+Kr+Xe]
44	62500.0
45	0.0	0.012
46	89000.0	0.988
47	779000.0	0.0004
48	69100.0	8.26e-05
52	[CO2]=[CO2+H2S]
53	Polyak et al., 1982; Kononov et al., 1988; Prasolov et al., 1998	Polyak et al., 1991; Prasolov et al., 1999

MEX011

Column	Version 1	Version 2
2	32.25	32.4
5	15.0	24.0
7	-115.0	-115.3
10	0.0	-18.0
11	9,10	09
13	Baja California	BCN Est., Mexicali Trough
14	Cerro Prieto geothermal system, well M-11	Cerro Prieto GT system, mudpot 21
16		19770900.0
21	G/H	G/S
22	153.0	96.3
23	2 cc dry gas / g total fluid [Mazor & Truesdell, 1981]
24	16.7	7.8e-06
25	33.0
26	0.088
27	0.172
29	93.0	0.000148
30	0.037
32	6.31	6.08
34	883.4	8.512e-06
36	885.1	8.551e-06
37	109.06	45.92
39	10.2
40	2.439
41	0.188323917137
42	321.9
43	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287; see Kr isotope ratios in [Mazor & Truesdell, 1981]; He, Ne, Ar, Kr abundances taken from [Mazor & Truesdell, 1981]	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287
44	24217.9132041	0.008
45	0.0
46	6567.95937211	0.00614285714286
47	923361.034164	0.952380952381
48	45676.823638	0.0318571428571
53	Welhan et al., 1978; Mazor and Truesdell, 1981	Welhan et al., 1978

MEX012

Column	Version 1	Version 2
2	32.25	32.4
5	15.0	24.0
7	-115.0	-115.3
10	0.0	-18.0
11	9,10	09
13	Baja California	BCN Est., Mexicali Trough
14	Cerro Prieto geothermal system, well M-14	Cerro Prieto GT system, spring 22
16		19770900.0
21	G/H	G/S
22	153.0	60.5
23	2.3 cc dry gas / g total fluid [Mazor & Truesdell, 1981]
24	16.0	4.85e-05
25	36.0
26	0.074
27	0.168
29	134.0	0.0002948
30	0.033
32	6.32	6.24
34	884.8	8.736e-06
36	885.3	8.754e-06
37	373.1	100.45
39	10.3
41	0.17825311943
42	300.0
43	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287; see Kr isotope ratios in [Mazor & Truesdell, 1981]; He, Ne, Ar, Kr abundances taken from [Mazor & Truesdell, 1981]	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287; [He/Ne]true > [He/Ne]indicated
44	36087.5912409	0.0468947368421
45	35.0364963504
46	6490.51094891	0.0145657894737
47	912408.759124	0.822368421053
48	44934.3065693	0.115815789474
53	Welhan et al., 1978; Mazor and Truesdell, 1981	Welhan et al., 1978

MEX013

Column	Version 1	Version 2
2	32.25	32.4
5	15.0	24.0
7	-115.0	-115.3
10	0.0	-18.0
11	9,10	09
13	Baja California	BCN Est., Mexicali Trough
14	Cerro Prieto geothermal system, well M-20	Cerro Prieto GT system, spring 31
16		19770400.0
19		a
20	gas only
21	G/H	G/S
22	151.0	83.3
23	2.8 cc dry gas / g total fluid [Mazor & Truesdell, 1981]
24	9.8	1.9e-06
25	28.0
26	0.062
27	0.175
29	107.0	0.0003774
30	0.028
32	6.2	5.07
34	868.0	7.098e-06
36	869.1	7.449e-06
37	163.59	4.305
39	11.1
41	0.187969924812
42	301.0
43	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287; see Kr isotope ratios in [Mazor & Truesdell, 1981]; He, Ne, Ar, Kr abundances taken from [Mazor & Truesdell, 1981]	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287
44	35816.8362627	0.0466397134084
45	0.0
46	5170.21276596	0.0162648180888
47	925069.380204	0.93049223039
48	33793.7095282	0.00570658788499
53	Welhan et al., 1978; Mazor and Truesdell, 1981	Welhan et al., 1978

MEX014

Column	Version 1	Version 2
2	32.25	32.4
5	15.0	24.0
7	-115.0	-115.3
10	0.0	-18.0
11	9.0	09
13	Baja California	BCN Est., Mexicali Trough
14	Cerro Prieto geothermal system, well M-20	Cerro Prieto GT system, spring 31
16		19770900.0
19		b
20	steam+gas
21	M/H	G/S
22	151.0	94.0
23	9.61 cc dissolved gas / g H2O [Welhan et al., 1978]
24		5.8e-06
29		0.0087555
32	6.3	2.36
34	882.0	3.304e-06
35		≥
36	884.2	3.304e-06
37	86.1	0.6888
44	32208.606174	0.000755555555556
45	0.0
46	4963.61085126	0.422666666667
47	935453.695042	0.555555555556
48	27238.5406922	0.0112444444444

MEX015

Column	Version 1	Version 2
2	32.25	32.4
5	15.0	24.0
7	-115.0	-115.3
10	0.0	-18.0
11	9,10	09
13	Baja California	BCN Est., Mexicali Trough
14	Cerro Prieto geothermal system, well M-29	Cerro Prieto GT system, spring 44
16		19770900.0
20		a
21	G/H	G/S
22	155.0	34.8
23	0.7 cc dry gas / g total fluid [Mazor & Truesdell, 1981]
24	25.2	1.78e-05
25	17.5
26	0.154
27	0.107
29	229.0	0.0003837
30	0.072
32	6.28	5.87
34	879.2	8.218e-06
36	880.9	8.24e-06
37	106.19	77.49
39	10.4
41	0.19120458891
42	284.2
43	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287; see Kr isotope ratios in [Mazor & Truesdell, 1981]; He, Ne, Ar, Kr abundances taken from [Mazor & Truesdell, 1981]	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287
44	23604.8014774	0.00365498652291
45	0.0
46	7817.17451524	0.0162443845463
47	923361.034164	0.898472596586
48	45063.7119114	0.0811203953279
53	Welhan et al., 1978; Mazor and Truesdell, 1981	Welhan et al., 1978

MEX016

Column	Version 1	Version 2
2	32.25	32.4
5	15.0	24.0
7	-115.0	-115.3
10	0.0	-18.0
11	9,10	09
13	Baja California	BCN Est., Mexicali Trough
14	Cerro Prieto geothermal system, well M-31	Cerro Prieto GT system, spring 44
16		19770900.0
20	steam+gas	b
21	M/H	G/S
22	155.0	28.5
23	2.5 cc dry gas / g total fluid [Mazor & Truesdell, 1981]; 6.3 cc dissolved gas / g H2O [Welhan et al., 1978]
24	16.2	0.0002335
25	39.8
26	0.086
27	0.211
29	136.0	0.0031304
30	0.035
32	6.06	5.82
34	848.4	8.148e-06
36	856.2	8.185e-06
37	22.96	45.92
39	10.2
41	0.18691588785
42	289.6
43	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287; [He/Ne]true > [He/Ne]indicated; see Kr isotope ratios in [Mazor & Truesdell, 1981]; He, Ne, Ar, Kr abundances taken from [Mazor & Truesdell, 1981]	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287
44	45363.6363636	0.000713151333832
45	0.0	0.0240970082274
46	5518.18181818	0.150137122912
47	909090.909091	0.24931438544
48	39818.1818182	0.572022438295
53	Welhan et al., 1978; Mazor and Truesdell, 1981	Welhan et al., 1978

MEX017

Column	Version 1	Version 2
2	32.25	32.4
5	15.0	24.0
7	-115.0	-115.3
10	0.0	-18.0
11	9,10	09
13	Baja California	BCN Est., Mexicali Trough
14	Cerro Prieto geothermal system, well M-5	Cerro Prieto GT system, spring 5
16		19770400.0
19		5-a
21	G/H	G/S
22	149.0	36.7
23	1.5 cc dry gas / g total fluid [Mazor & Truesdell, 1981]
24	0.66	1.94e-05
25	1.0
26	0.0073
27	0.011
29	33.0	0.0001592
32	6.33	6.23
34	886.2	8.722e-06
36	887.1	8.735e-06
37	215.25	143.5
39	11.6
41	0.185528756957
42	291.4
43	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287; He, Ne, Ar, Kr abundances taken from [Mazor & Truesdell, 1981]	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287
44	36090.9090909	0.00109747382576
45	0.0	0.000473729708962
46	6036.36363636	0.00655326097397
47	909090.909091	0.960522524253
48	48636.3636364	0.0311082508885
53	Welhan et al., 1978; Mazor and Truesdell, 1981	Welhan et al., 1978

MEX018

Column	Version 1	Version 2
2	32.25	32.4
5	15.0	24.0
7	-115.0	-115.3
10	0.0	-18.0
11	9,10	09
13	Baja California	BCN Est., Mexicali Trough
14	Cerro Prieto geothermal system, well M-8	Cerro Prieto GT system, spring 5
16		19770900.0
19		5-a
20		1.0
21	G/H	G/S
22	154.0	37.0
23	3.6 cc dry gas / g total fluid [Mazor & Truesdell, 1981]
24	0.57	1.18e-05
25	2.0
26	0.0003
27	0.001
29		0.0001732
32	6.28	5.93
34	879.2	8.302e-06
36	880.2	8.311e-06
37	183.68	200.9
43	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287; He, Ne, Ar, Kr abundances taken from [Mazor & Truesdell, 1981]	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287
44	36281.4258912	0.00117215551744
45	0.0	1.41223556318e-05
46	2389.86866792	0.00757899752239
47	938086.30394	0.952925481227
48	23155.7223265	0.0380832856871
53	Welhan et al., 1978; Mazor and Truesdell, 1981	Welhan et al., 1978

MEX019

Column	Version 1	Version 2
2	32.25	32.4
5	15.0	24.0
7	-115.0	-115.3
10	0.0	-18.0
11	11.0	09
13	Baja California	BCN Est., Mexicali Trough
14	Cerro Prieto geothermal system, well M-8	Cerro Prieto GT system, spring 5
16	19780000.0	19770900.0
19		5-b
20		2.0
21	G/H	G/S
22	340.0	29.5
23	Reservoir temperature
24	5.6099036099	9.5e-06
29	55.549045549	0.000515
32		5.98
33	6.32
34		8.372e-06
36	884.8	8.385e-06
37	86.1	134.89
43		[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287
44	32229.4462294	0.00109130351864
45		8.35892056832e-05
46	2122.96352296	0.0222904548489
47	945000.945001	0.953561552398
48	20569.6465696	0.0224297701917
52	[CO2]=[CO2+H2S]	[CO2]=[Acid Gases]
53	Welhan et al., 1988	Welhan et al., 1978

MEX020

Column	Version 1	Version 2
2		32.4
4		32.0
5		24.0
7		-115.3
9		-115.0
10		-18.0
11	11.0	01,03,06
13	Baja California	BCN Est., Mexicali Trough
14	Guaymas Basin, submarine hydrothermal vents, 1981	Cerro Prieto GT system, unnamed spring near spring 31
16	19810000.0	19790000.0
19		7902.0
21	G/sea	G/S
22	315.0	84.0
24	5.68322981366	1.78e-05
26		8.5e-07
29	541.801242236	0.000874
30		1.8e-07
31		2.8e-08
33	6.95
34		7e-06
36	973.0	7.1e-06
38		26.0
39		10.11
40		0.0292
42		303.0
44	119726.708075	0.0625
46	27923.6024845	0.089
47	621118.012422	0.779
48	230739.130435	0.0691
53	Welhan et al., 1988	Polyak et al., 1982; Kononov et al., 1988; Prasolov et al., 1999

MEX021

Column	Version 1	Version 2
2	31.65	32.4
4	31.0	32.0
5	39.0	24.0
7	-116.966666667	-115.3
9	-116.0	-115.0
10	-58.0	-18.0
11	4,11	09,10
13	Baja California	BCN Est., Mexicali Trough
14	Punta Banda Spr.	Cerro Prieto GT system, well M-11
16	19790000.0
17	0.0
21	G/S	G/H
22	108.0	153.0
23	Reservoir temperature: 200 C
24	764.178498986	1.94e-05
29	3500.0	0.0001318
32		6.31
34		8.834e-06
36	75.0	8.851e-06
37	229.6	109.06
39		10.2
40		0.02439
41		0.188323917137
42		321.9
43	[Ar]=[Ar+Kr+Xe]	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287; see Kr isotope ratios in [Mazor & Truesdell, 1981]; He, Ne, Ar, Kr abundances taken from [Mazor & Truesdell, 1981]
44	0.0	0.0242179132041
46	549620.689655	0.00656795937211
47	20283.9756592	0.923361034164
48	426176.470588	0.045676823638
52	[CO2]=[CO2+H2S]	[CO2]=[Acid Gases]
53	Vidal et al., 1982; Welhan et al., 1988	Welhan et al., 1978; Mazor and Truesdell, 1981

MEX022

Column	Version 1	Version 2
2		32.4
4		32.0
5		24.0
7		-115.3
9		-115.0
10		-18.0
11	15.0	09,10
13	Jalisco Block	BCN Est., Mexicali Trough
14	Amatlan de Canas	Cerro Prieto GT system, well M-14
21	D	G/H
22	72.0	153.0
24		1.65e-05
29		0.0001226
32	1.1	6.32
34	154.0	8.848e-06
36	155.6	8.853e-06
37	2.4	373.1
39		10.3
41		0.17825311943
42		300.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287; see Kr isotope ratios in [Mazor & Truesdell, 1981]; He, Ne, Ar, Kr abundances taken from [Mazor & Truesdell, 1981]
44		0.0360875912409
45		3.50364963504e-05
46		0.00649051094891
47		0.912408759124
48		0.0449343065693
51	-8.2
52		[CO2]=[Acid Gases]
53	Taran et al., 2002	Welhan et al., 1978; Mazor and Truesdell, 1981

MEX023

Column	Version 1	Version 2
2	20.3333333333	32.4
4	20.0	32.0
5	20.0	24.0
7	-103.583333333	-115.3
9	-103.0	-115.0
10	-35.0	-18.0
11	15.0	09,10
13	Jalisco Block	BCN Est., Mexicali Trough
14	Barreno	Cerro Prieto GT system, well M-20
21	B	G/H
22	32.0	151.0
23	Lat &Long from Ref 2
24	6.2	1.08e-05
29		0.0001004
32	5.1	6.2
34	714.0	8.68e-06
36	791.6	8.691e-06
37	2.1	163.59
39		11.1
41		0.187969924812
42		301.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287; see Kr isotope ratios in [Mazor & Truesdell, 1981]; He, Ne, Ar, Kr abundances taken from [Mazor & Truesdell, 1981]
44		0.0358168362627
46		0.00517021276596
47		0.925069380204
48		0.0337937095282
52		[CO2]=[Acid Gases]
53	Taran et al., 2002	Welhan et al., 1978; Mazor and Truesdell, 1981

MEX024

Column	Version 1	Version 2
2	20.3333333333	32.4
4	20.0	32.0
5	20.0	24.0
7	-103.583333333	-115.3
9	-103.0	-115.0
10	-35.0	-18.0
11	2,3,6	09
13	Jalisco Block	BCN Est., Mexicali Trough
14	Barreno El Rancho Spr.	Cerro Prieto GT system, well M-20
16	19820000.0
17	0.0
19	8208.0
21	G/S	M/H
22	32.0	151.0
23		steam+gas
24	6.2	9.4e-06
26	3.1
29	2720.0	9.81e-05
30	0.47
31	0.041
32		6.3
34		8.82e-06
36	710.0	8.842e-06
37		86.1
38	2.1
39	9.84
40	2.95
42	301.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287
44	4000.0	0.032208606174
45	8000.0
46	10000.0	0.00496361085126
47	8000.0	0.935453695042
48	970000.0	0.0272385406922
52	[CO2]=[CO2+H2S]	[CO2]=[Acid Gases]
53	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1998	Welhan et al., 1978

MEX025

Column	Version 1	Version 2
2	21.1166666667	32.4
4	21.0	32.0
5	7.0	24.0
7	-104.5	-115.3
9	-104.0	-115.0
10	-30.0	-18.0
11	15.0	09,10
13	Jalisco Block	BCN Est., Mexicali Trough
14	Ceboruco	Cerro Prieto GT system, well M-29
21	F	G/H
22	83.0	155.0
23	Lat &Long from Ref 2
24	7.3	1.95e-05
29		0.000151
32	7.5	6.28
34	1050.0	8.792e-06
36	1700.0	8.809e-06
37	0.6	106.19
39		10.4
41		0.19120458891
42		284.2
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287; see Kr isotope ratios in [Mazor & Truesdell, 1981]; He, Ne, Ar, Kr abundances taken from [Mazor & Truesdell, 1981]
44		0.0236048014774
46		0.00781717451524
47	204000.0	0.923361034164
48	10.0	0.0450637119114
51	-4.1
52		[CO2]=[Acid Gases]
53	Taran et al., 2002	Welhan et al., 1978; Mazor and Truesdell, 1981

MEX026

Column	Version 1	Version 2
2	21.1166666667	32.4
4	21.0	32.0
5	7.0	24.0
7	-104.5	-115.3
9	-104.0	-115.0
10	-30.0	-18.0
11	12.0	09,10
13	Jalisco Block	BCN Est., Mexicali Trough
14	Ceboruco	Cerro Prieto GT system, well M-31
16	20000101.0
21		M/H
22		155.0
23	Lat &Long from Ref 2	steam+gas
24	7.3	2.12e-05
29	7100.0	0.0001209
32	7.52	6.06
34	1052.8	8.484e-06
36	1056.7	8.562e-06
37	59.0	22.96
39		10.2
41		0.18691588785
42		289.6
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]; N2/Ar=94	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287; [He/Ne]true > [He/Ne]indicated; see Kr isotope ratios in [Mazor & Truesdell, 1981]; He, Ne, Ar, Kr abundances taken from [Mazor & Truesdell, 1981]
44	240.0	0.0453636363636
45	152000.0
46	650000.0	0.00551818181818
47	204000.0	0.909090909091
48		0.0398181818182
51	-4.1
52		[CO2]=[Acid Gases]
53	Taran, 2001	Welhan et al., 1978; Mazor and Truesdell, 1981

MEX027

Column	Version 1	Version 2
2	21.1166666667	32.4
4	21.0	32.0
5	7.0	24.0
7	-104.5	-115.3
9	-104.0	-115.0
10	-30.0	-18.0
11	2,3,6	09,10
13	Jalisco Block	BCN Est., Mexicali Trough
14	Ceboruco volcano, spring	Cerro Prieto GT system, well M-5
16	19820000.0
17	0.0
19	8212.0
21	G/S	G/H
22	87.0	149.0
24	11.0	2.045e-05
26	13.0
29	7850.0	0.0001182
30	0.94
31	0.07
32		6.33
34		8.862e-06
36	620.0	8.871e-06
37		215.25
38	0.89
39	9.79	11.6
40	2.88
41		0.185528756957
42	305.0	291.4
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287; He, Ne, Ar, Kr abundances taken from [Mazor & Truesdell, 1981]
44	3000.0	0.0360909090909
45	126000.0
46	641000.0	0.00603636363636
47	196000.0	0.909090909091
48	14000.0	0.0486363636364
49	20000.0
52		[CO2]=[Acid Gases]
53	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1998	Welhan et al., 1978; Mazor and Truesdell, 1981

MEX028

Column	Version 1	Version 2
2	19.6666666667	32.4
4	19.0	32.0
5	40.0	24.0
7	-103.666666667	-115.3
9	-103.0	-115.0
10	-40.0	-18.0
11	15.0	09,10
13	Jalisco Block	BCN Est., Mexicali Trough
14	Chilatan	Cerro Prieto GT system, well M-8
21	B	G/H
22	62.0	154.0
23	Lat &Long from Ref 2
24	395.0	6.3e-06
29		6.25e-05
32	1.5	6.28
34	210.0	8.792e-06
36	210.2	8.802e-06
37	85.0	183.68
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287; He, Ne, Ar, Kr abundances taken from [Mazor & Truesdell, 1981]
44		0.0362814258912
46		0.00238986866792
47		0.93808630394
48		0.0231557223265
52		[CO2]=[Acid Gases]
53	Taran et al., 2002	Welhan et al., 1978; Mazor and Truesdell, 1981

MEX029

Column	Version 1	Version 2
2	19.6666666667	32.4
4	19.0	32.0
5	40.0	24.0
7	-103.666666667	-115.3
9	-103.0	-115.0
10	-40.0	-18.0
11	3,6	11,17
13	Jalisco Block	BCN Est., Mexicali Trough
14	Chilatan Spr.	Cerro Prieto GT system, well M-8
16	19830000.0	19780000.0
17	0.0
19	8312.0
21	G/S	G/H
22	61.7	340.0
24	395.0	5.6099036099e-06
26	5.1
29	7200.0	5.5549045549e-05
30	1.22
31	0.12
33		6.32
36	215.0	8.848e-06
37		86.1
38	85.0
39	9.81
40	2.91
42	310.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Welhan et al., 1978], asuming [He/Ne]air=0.287;
44	0.0	0.0322294462294
45	0.0
46	991000.0	0.00212296352296
47	3200.0	0.945000945001
48	5700.0	0.0205696465696
49	0.0
52		[CO2]=[CO2+H2S]
53	Kononov et al., 1988; Prasolov et al., 1998	Welhan et al., 1988; Newell et al., 2005

MEX030

Column	Version 1	Version 2
11	12,15	11.0
13	Jalisco Block	Californian Gulf
14	Cuautitlan	Guaymas Basin, submarine hydrothermal vents
16	20000101.0	19810000.0
21	B	G/sea
22	36.0	315.0
24	143.0	9.1e-06
29	4500.0	0.000541801242236
32	0.86
33		6.95
34	120.4
36	120.1	9.73e-06
37	18.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]; N2/Ar=206
44		0.119726708075
45	13700.0
46	979000.0	0.0279236024845
47	960.0	0.621118012422
48	2600.0	0.230739130435
51	-16.6
52		[CO2]=[CO2+H2S]
53	Taran, 2001	Welhan et al., 1988

MEX031

Column	Version 1	Version 2
2	20.7166666667	17.3166666667
4	20.0	17.0
5	43.0	19.0
7	-105.1	-93.1833333333
9	-105.0	-93.0
10	-6.0	-11.0
11	12,15	08
13	Jalisco Block	Chiapas Est.
14	Desembocada	Agua Caliente Spr., Chiapas
16	20000101.0	19970100.0
19		AC1
21	B	G/S
22	40.0	71.0
24	289.0	1.51e-05
26		3.4e-07
29	2900.0	0.000426
32	4.5	5.1
34	630.0	7.14e-06
36	632.2	7.179e-06
37	57.0
38		44.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]; N2/Ar=334
44		7.6e-07
45	2800.0
46	979000.0	0.01694
47	70.0	0.9821
48	6100.0	0.000489
51	-17.8	-10.5
53	Taran, 2001	Taran et al., 1998.

MEX032

Column	Version 1	Version 2
2		17.3333333333
4		17.0
5		20.0
7		-93.2
9		-93.0
10		-12.0
11	15.0	08
13	Jalisco Block	Chiapas Est.
14	El Molote	El Chichon volcano, crater fumarole
16		19950500.0
19		F-1
20		a
21	B	M/F
22	90.0	101.0
24	282.0	1.5e-06
29		6.9e-06
32	3.2	7.3
34	448.0	1.022e-05
36	451.1	1.0221e-05
37	25.0
38		2560.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]
44		0.006566
46		0.002336
47	1000.0	0.90025
48	200.0	2.39898989899e-05
49		0.0189797979798
51		-8.1
52		[H2S]=[H2S+SO2+HCl+HF]
53	Taran et al., 2002	Taran et al., 1998.

MEX033

Column	Version 1	Version 2
2		17.3333333333
4		17.0
5		20.0
7		-93.2
9		-93.0
10		-12.0
11	15.0	08
13	Jalisco Block	Chiapas Est.
14	El Tuito	El Chichon volcano, crater fumarole
16		19950500.0
19		F-1
20		b
21	D	M/F
22	34.0	101.0
24	122.0	1.3e-06
29		3.4e-06
32	2.01	7.1
34	281.4	9.94e-06
36	477.8	9.942e-06
37	0.43
38		1160.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]
44		0.007037
46		0.001407
47	3000.0	0.93354
48		7.03674745895e-06
49		0.0153635652854
51	-19.6
52		[H2S]=[H2S+SO2+HCl+HF]
53	Taran et al., 2002	Taran et al., 1998.

MEX034

Column	Version 1	Version 2
2		19.2
4		19.0
5		12.0
7		-103.633333333
9		-103.0
10		-38.0
11	15.0	02,03,06
13	Jalisco Block	Colima Est.,
14	Ervores	Agua Caliente Spr., Colima
16		19820000.0
19		8210.0
21	B	G/S
22	0.9	32.0
24	107.0	0.000102
26		4.2e-06
29		0.00934
30		1.19e-06
31		2.5e-07
32	1.3
34	182.0
36	182.1	5.6e-06
37	112.0
38		26.5
39		9.8
40		0.0293
42		306.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]
44		0.012
45		0.134
46		0.758
47		0.066
48		0.02
49		0.01
53	Taran et al., 2002	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1999

MEX035

Column	Version 1	Version 2
2		19.18
4		19.0
5		10.8
7		-103.63
9		-103.0
10		-37.8
11	15.0	16.0
13	Jalisco Block	Colima Est.,
14	Guamuchil	Agua Caliente Spr., Colima
19		11.0
21	B
22	37.0	31.0
24	957.0	0.000195
29		0.009
32	0.68
33		4.59
34	95.2
36	95.0	6.426e-06
37	48.0
38		25.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]	Rcorr=(R/Ra)corr*140
45		0.002
46		0.84
47	12000.0	0.149
48	20.0	0.00015
51	-12.1	-5.2
53	Taran et al., 2002	Taran et al, 2013

MEX036

Column	Version 1	Version 2
1		~
2		19.0
3		~
4		19.0
5		0.0
6		~
7		-103.6
8		~
9		-103.0
10		-36.0
11	15.0	14,15
13	Jalisco Block	Colima Est., Colima Rift
14	Jamurca	La Tuna
19		1.0
21	B	G/S
22	47.0	46.0
24	880.0	0.000516
29		0.0008
32	2.6	2.43
34	364.0	3.402e-06
36	364.9	3.403e-06
37	63.0
38		660.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]; N2/Ar=2230
44		1e-05
45		0.0028
46		0.993
47	21000.0	0.0008
48	92000.0	0.0003
51	-6.2	-18.0
52		d13C(CO2)=d13C(TDIC)
53	Taran et al., 2002	Taran et al., 2002b, 2002c

MEX037

Column	Version 1	Version 2
2		19.15
4		19.0
5		9.0
7		-104.266666667
9		-104.0
10		-16.0
11	15.0	03,06
13	Jalisco Block	Colima Est., Colima Rift
14	Juichitlan	Punta del Aqua Spr.
16		19830000.0
19		8313.0
21	B	G/S
22	39.0	32.0
24	1575.0	7.1e-05
26		2.1e-05
29		0.0112
32	1.1
34	154.0
36	154.0	1.04e-06
37	88.0
38		3.7
39		9.74
40		0.0292
42		308.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]
47	23000.0
48	400.0
51	-4.8
53	Taran et al., 2002	Kononov et al., 1988; Prasolov et al., 1999

MEX038

Column	Version 1	Version 2
2		24.1
4		24.0
5		6.0
7		-104.55
9		-104.0
10		-33.0
11	15.0	03,06
13	Jalisco Block	Durango Est., SM Occidentale
14	La Concha	San Juan de Dios Spr.
16		19830000.0
19		8319.0
21	D	G/S
22	35.0	42.0
24	15.0	0.000313
26		3.9e-06
29		0.0099
30		1.2e-06
31		1.5e-07
32	0.72
34	100.8
36	87.7	1.57e-06
37	1.0
38		88.0
39		9.83
40		0.029
42		303.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]
45		0.005
46		0.994
47	129000.0	0.0005
48		0.0004
51	-11.3
53	Taran et al., 2002	Kononov et al., 1988; Prasolov et al., 1999

MEX039

Column	Version 1	Version 2
2		21.0666666667
4		21.0
5		4.0
7		-101.483333333
9		-101.0
10		-29.0
11	15.0	01,03,06
13	Jalisco Block	Guanajuato Est.
14	La Plomosa	Comanjilla Spr.
16		19790000.0
19		7908.0
21	D	G/S
22	37.0	90.0
24	29.0	0.000251
26		1.3e-06
29		0.00857
30		2e-06
31		3e-07
32	1.4
34	196.0
36	221.5	8.5e-07
37	0.8
38		214.0
39		9.85
40		0.029
42		297.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]
44		0.0014
46		0.252
47		0.707
48		0.042
51	-19.0
52		[CO2]=[CO2+H2S]
53	Taran et al., 2002	Polyak et al., 1982; Kononov et al., 1988; Prasolov et al., 1999

MEX040

Column	Version 1	Version 2
2		20.5
4		20.0
5		30.0
7		-100.55
9		-100.0
10		-33.0
11	15.0	01,03,06
13	Jalisco Block	Guanajuato Est.
14	La Primavera	San Bartolome Spr.
16		19790000.0
19		7909.0
21	W	G/S
22	260.0	70.0
24	16.0	0.00111
26		6.9e-06
29		0.00997
30		1.9e-06
31		2.2e-07
32	6.2
34	868.0
36	869.0	2.3e-06
37	176.0
38		178.0
39		9.85
40		0.0289
42		295.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]
44		0.0002
45		0.028
46		0.62
47	850000.0	0.225
48	5000.0	0.127
51	-3.9
52		[CO2]=[CO2+H2S]
53	Taran et al., 2002	Polyak et al., 1982; Kononov et al., 1988; Prasolov et al., 1999

MEX041

Column	Version 1	Version 2
2	20.8991666667	18.5
4	20.0	18.0
5	53.95	30.0
7	-103.361	-99.8166666667
9	-103.0	-99.0
10	-21.66	-49.0
11	12.0	03,06
13	Jalisco Block	Guerero Est., SM del Sur
14	La Soledad	Ixcateopan Spr.
16	20000201.0	19830000.0
19		8303.0
21	B	G/S
22	100.0
24	5.8	3.2e-05
26		1.1e-05
29	6700.0	0.0073
30		9.3e-07
31		7.5e-08
32	1.4
34	196.0
36	254.3	1.41e-06
37	0.49
38		3.12
39		9.87
40		0.0293
42		297.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]; N2/Ar=46
44	3.0	3e-05
45	83000.0
46	309000.0	0.524
47	585000.0	0.079
48	23.0	0.397
51	-5.5
52		[CO2]=[CO2+H2S]
53	Taran, 2001	Kononov et al., 1988; Prasolov et al., 1999

MEX042

Column	Version 1	Version 2
2		16.8333333333
4		16.0
5		50.0
7		-99.6333333333
9		-99.0
10		-38.0
11	12,15	02,03,06
13	Jalisco Block	Guerero Est., SM del Sur, Pacific margin
14	La Tuna	Agua Caliente de Amatillo Spr.
16	20000101.0	19820000.0
19		8217.0
21	B	G/S
22	46.0	38.5
24	516.0	0.000327
26		1.7e-05
29	440.0	0.00855
30		1.22e-06
31		8.2e-08
32	2.4
34	336.0
36	336.1	6.2e-07
37	659.0
42		311.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]; N2/Ar=2230
44		0.005
45	2800.0	0.02
46	992700.0	0.955
47	810.0	0.006
48	270.0	0.008
49		0.006
51	-18.0
53	Taran, 2001	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1999

MEX043

Column	Version 1	Version 2
2		16.85
4		16.0
5		51.0
7		-99.53
9		-99.0
10		-31.8
11	14.0	16.0
13	Jalisco Block	Guerero Est., SM del Sur, Pacific margin
14	La Tuna	El Tamarindo
22	46.0	42.0
24	516.0	0.000212
29	800.0	0.0111
32	2.43	0.21
34	340.2
36	340.3	2.94e-07
37	660.0
38		12.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]; N2/Ar=1418	Rcorr=(R/Ra)corr*140
44	10.0
45	2800.0	0.0026
46	993000.0	0.985
47	800.0	0.0001
48	300.0	0.0014
51	-18.0
52	d C(CO2)=d TDIC
53	Taran et al., 2002	Taran et al, 2013

MEX044

Column	Version 1	Version 2
2	19.7728333333	16.85
4	19.0	16.0
5	46.37	51.0
7	-103.126666667	-99.53
9	-103.0	-99.0
10	-7.6	-31.8
11	12,15	02,03,06
13	Jalisco Block	Guerero Est., SM del Sur, Pacific margin
14	Las Jaras	El Tamarindo Spr.
16	20000201.0	19820000.0
19		8216.0
21	B	G/S
22	58.4	43.0
24	448.0	0.000277
26		1.5e-05
29	1700.0	0.0123
30		1.46e-06
31		1e-07
32	1.95
34	273.0
36	273.2	5e-07
37	153.0
38		21.0
39		9.79
40		0.0293
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]; N2/Ar=258
44		0.005
45	6600.0	0.01
46	463000.0	0.975
47	520000.0	0.002
48	3000.0	0.002
49		0.006
51	-7.7
53	Taran, 2001	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1999

MEX045

Column	Version 1	Version 2
2		16.7813888889
4		16.0
5		46.8833333333
7		-99.6269444444
9		-99.0
10		-37.6166666667
11	12,15	12.0
13	Jalisco Block	Guerero Est., SM del Sur, Pacific margin, Acapulco
14	Las Palmas	Borbollon
16	20000101.0	20011001.0
21	B
22	53.0	44.0
24	138.0	0.000143
29	8400.0
32	0.99	0.31
34	138.6	4.34e-07
36	138.6	4.26e-07
37	9.3
38		31.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]; N2/Ar=115	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]
45	3000.0
46	978000.0	0.5
47	60.0
48	12200.0	0.5
51	-14.7

MEX046

Column	Version 1	Version 2
2		16.76
4		16.0
5		45.6
7		-99.49
9		-99.0
10		-29.4
11	15.0	12.0
13	Jalisco Block	Guerero Est., SM del Sur, Pacific margin, Acapulco
14	Los Mezquitos	Cocoyul
16		20011001.0
21	D
22	79.0	46.0
24		0.000234
32	1.23	0.16
34	172.2	2.24e-07
36	180.5	2.1e-07
37	1.22
38		21.0
46		0.85
48		0.12
53	Taran et al., 2002	Taran, 2001

MEX047

Column	Version 1	Version 2
2		16.76
4		16.0
5		45.6
7		-99.49
9		-99.0
10		-29.4
11	12.0	16.0
13	Jalisco Block	Guerero Est., SM del Sur, Pacific margin, Acapulco
14	Los Sauses	Cocoyul
16	20000101.0
21	B
22	52.0	42.0
24	162.0	0.00051
29	3400.0	0.0102
32	1.91
33		0.16
34	267.4
36	2686.0	2.24e-07
37	27.0
38		35.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]; N2/Ar=271	Rcorr=(R/Ra)corr*140
45	11500.0
46	963000.0	0.873
47	200.0	4e-05
48	18800.0	0.116
50		-26.0
51	-12.9
53	Taran, 2001	Taran et al, 2013

MEX048

Column	Version 1	Version 2
2		16.85
4		16.0
5		51.0
7		-99.53
9		-99.0
10		-31.8
11	15.0	12.0
13	Jalisco Block	Guerero Est., SM del Sur, Pacific margin, Acapulco
14	Nuevo Ixtlan	El Tamarindo
16		20011001.0
21	D
22	50.0	42.0
24	57.0	0.000203
32	0.86	0.21
34	120.4	2.94e-07
36	106.4	2.88e-07
37	0.6
38		48.0
46		0.99
47	13000.0
48	2500.0
51	-10.1
53	Taran et al., 2002	Taran, 2001

MEX049

Column	Version 1	Version 2
2		20.1
4		20.0
5		6.0
7		-99.1243
9		-99.0
10		-7.5
11	15.0	02,03,06
13	Jalisco Block	Hidalgo Est., TMVB
14	Puente deb Agua	Ajacuba Spr.
16		19820000.0
19		8201.0
21	B	G/S
22	32.0	43.0
24	7.3	0.000117
26		2.4e-06
29		0.00312
30		4.8e-07
31		3.9e-08
32	0.75
34	105.0
36	102.5	4.1e-06
37	3.7
38		48.0
39		9.8
40		0.029
42		301.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]
44		0.018
45		0.016
46		0.132
47	204000.0	0.716
48	10.0	0.01
49		0.108
53	Taran et al., 2002	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1999

MEX050

Column	Version 1	Version 2
2		20.9166666667
4		20.0
5		55.0
7		-98.5833333333
9		-98.0
10		-35.0
11	12,14,15	03,06
13	Jalisco Block	Hidalgo Est., TMVB
14	Punta de Mita	Calnali (Atempa) Spr.
16	20010101.0	19830000.0
19		8309.0
21	B	G/S
22	89.0	36.0
24	196.0	0.00077
26		1.29e-05
29	2800.0	0.00895
30		1.23e-06
31		1.07e-07
32	0.4
34	56.0
36	55.4	4.8e-06
37	38.0
38		66.0
39		9.82
40		0.0291
42		304.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]; N2/Ar=317
44	500.0	0.00011
45	58000.0
46	887000.0	0.707
47	5600.0	0.228
48	64000.0	0.065
50	-46.0
51	-21.4
52		[CO2]=[CO2+H2S]
53	Taran, 2001	Kononov et al., 1988; Prasolov et al., 1999

MEX051

Column	Version 1	Version 2
2		19.6666666667
4		19.0
5		40.0
7		-103.666666667
9		-103.0
10		-40.0
11	14.0	03,06
14	Purificacion	Chilatan Spr.
16	19800000.0	19830000.0
19		8312.0
21		G/S
22	78.0	61.7
24	211.0	0.000395
26		5.1e-06
29	400.0	0.0072
30		1.22e-06
31		1.2e-07
32	0.66
34	92.4
36	92.4	2.15e-06
37	450.0
38		85.0
39		9.81
40		0.0291
42		310.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]; N2/Ar=1352
44	36.0
46	541000.0	0.991
47	2100.0	0.0032
48	458000.0	0.0057
50	-49.0
51	-32.0
52	d C(CO2)=d TDIC
53	Taran et al., 2002	Kononov et al., 1988; Prasolov et al., 1999

MEX052

Column	Version 1	Version 2
2		19.44
4		19.0
5		26.4
7		-104.375
9		-104.0
10		-22.5
11	12,15	16.0
14	Purificacion	Cuautitlan
16	20000101.0
19		2.0
21	B	G/S
22	77.0	36.0
24	211.0	0.000143
29	260.0	0.0052
32	0.66	0.86
34	92.4	1.1954e-06
36	92.4	1.192e-06
37	454.0
38		18.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]; N2/Ar=1929	Rcorr=(R/Ra)corr*140
44	40.0
45	2000.0	0.013
46	509000.0	0.979
47	1500.0	0.001
48	487000.0	0.0026
50	-45.0	-38.0
51	-22.5	-16.6
53	Taran, 2001	Taran et al, 2013

MEX053

Column	Version 1	Version 2
2		20.72
4		20.0
5		43.2
7		-105.13
9		-105.0
10		-7.8
11	12,15	16.0
14	Purificacion 1	Desembocada
16	20000201.0
19		5.0
21	B	G/S
22	46.0	44.0
24	214.0	0.000289
29	100.0	0.0029
32	0.62	4.5
34	86.8	6.255e-06
36	86.7	6.281e-06
37	122.0
38		57.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]; N2/Ar=6044	Rcorr=(R/Ra)corr*140
44	50.0
45	1500.0	0.0028
46	610000.0	0.979
47	1200.0	0.0001
48	413000.0	0.0061
50		-34.0
51	-12.8	-17.8
53	Taran, 2001	Taran et al, 2013

MEX054

Column	Version 1	Version 2
2	20.05	20.37
5	3.0	22.2
7	-101.45	-105.44
9	-101.0	-105.0
10	-27.0	-26.4
11	2,3,6	16.0
14	Puruandiro Spr.	El Tuito
16	19820000.0
17	0.0
19	8205.0	4.0
21	G/S	W/S
22	83.0	34.0
24	900.0
25		6.4e-05
26	9.6
29	11400.0	0.0196
30	2.1
31	0.23
32		2.3
34		3.197e-06
36	400.0	3.2e-06
38	104.0	4.6
39	9.8
40	2.89
42	299.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	Rcorr=(R/Ra)corr*139
44	11000.0
45	2600.0	0.032
46	756000.0	0.943
47	156000.0	0.0005
48	9300.0	0.0002
49	31000.0
53	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1998	Taran et al, 2013

MEX055

Column	Version 1	Version 2
1		~
2		20.0
3		~
4		20.0
5		0.0
6		~
7		-104.3
8		~
9		-104.0
10		-18.0
14	R.Higueras	Guamuchil
19		22.0
21	D	G/S
22	60.0	37.0
24	118.0	0.000957
32	4.7	0.68
34	658.0	9.452e-07
36	674.7	9.42e-07
37	8.0
38		48.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]
47	267000.0	0.012
48	500.0	2e-05
51	-4.6	-12.1
53	Taran et al., 2002	Taran et al., 2002c

MEX056

Column	Version 1	Version 2
1		~
2		20.9
3		~
4		20.0
5		54.0
6		~
7		-104.566666667
8		~
9		-104.0
10		-34.0
11	15.0	15
14	San Juan de Arriba	Jamurca
19		23.0
21	B	G/S
22	80.0	47.0
24	335.0	0.00088
32	2.2	2.6
34	308.0	3.614e-06
36	309.8	3.625e-06
37	24.0
38		63.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]
47	500.0	0.021
48	19000.0	0.092
51		-6.2
53	Taran et al., 2002	Taran et al., 2002c

MEX057

Column	Version 1	Version 2
1		~
2	24.1	20.0
3		~
4	24.0	20.0
5	6.0	0.0
6		~
7	-104.55	-104.5
8		~
10	-33.0	-30.0
11	3,6	16
14	San Juan de Dios Spr.	Juichitlan
16	19830000.0
17	0.0
19	8319.0	21.0
22	42.0	39.0
24	313.0	0.001575
26	3.9
29	9900.0
30	1.2
31	0.15
32		1.1
34		1.529e-06
36	157.0	1.529e-06
39	9.83
40	2.9
42	303.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]
44	0.0
45	5000.0
46	994000.0
47	500.0	0.023
48	400.0	0.0004
49	0.0
51		-4.8
53	Kononov et al., 1988; Prasolov et al., 1998	Taran et al., 2002c

MEX058

Column	Version 1	Version 2
1		~
2	20.3333333333	19.4
3		~
4	20.0	19.0
5	20.0	24.0
6		~
7	-103.583333333	-104.35
8		~
9	-103.0	-104.0
10	-35.0	-21.0
14	San Marcos	La Concha
19		11.0
21	B	W/S
22	83.0	35.0
23	Lat &Long from Ref 2
24	392.0
25		1.5e-05
32	3.0	0.72
34	420.0	1.0008e-06
36	420.4	8.34e-07
37	176.0
38		1.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]
47		0.129
51		-11.3
53	Taran et al., 2002	Taran et al., 2002c

MEX059

Column	Version 1	Version 2
1		~
2	20.3333333333	19.95
3		~
4	20.0	19.0
5	20.0	57.0
6		~
7	-103.583333333	-103.3
8		~
10	-35.0	-18.0
11	2,3,6	15.0
14	San Marcos, well Norte-1	La Plomosa
16	19820000.0
19	8209.0	14.0
21	G/H	W/S
22	89.0	37.0
24	392.0
25		2.9e-05
26	1.9
29	4080.0
30	1.0
31	0.12
32		1.4
34		1.946e-06
36	420.0	2.2796e-06
38	176.0	0.8
39	9.83
40	2.92
42	300.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]
45	16000.0
46	56000.0
47	450000.0
48	384000.0
49	90000.0
51		-19.0
53	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1998	Taran et al., 2002c

MEX060

Column	Version 1	Version 2
1		~
2	19.3333333333	19.9
3		~
5	20.0	54.0
6		~
7	-93.35	-103.3
8		~
9	-93.0	-103.0
10	-21.0	-18.0
11	15.0	15
14	Santa Cruz	Las Jaras
19		13.0
21	D	G/S
22	34.0	58.0
23	Lat &Long from Ref 2
24	32.0	0.000448
29		0.0017
32	4.2	1.95
34	588.0	2.7105e-06
36	599.5	2.713e-06
37	10.0
38		153.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]; N2/Ar=258
45		0.0066
46		0.463
47	650000.0	0.52
48	12000.0	0.003
51	-5.4	-7.7
53	Taran et al., 2002	Taran et al., 2002c

MEX061

Column	Version 1	Version 2
2	19.3333333333	20.81
4	19.0	20.0
5	20.0	48.6
7	-93.35	-105.13
9	-93.0	-105.0
10	-21.0	-7.8
11	2,3,6	16
14	Santa Cruz El Porvenir Spr.	Las Palmas
16	19820000.0
17	0.0
19	8217.0	6.0
22	21.0	53.0
24	0.4	0.000138
26	0.6
29	577.0	0.0084
30	0.11
31	0.017
32		0.99
34		1.3761e-06
36	770.0	1.376e-06
38	0.74	9.3
39	9.85
40	2.96
42	302.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]; N2/Ar=115
44	3000.0
45	4000.0	0.003
46	4000.0	0.978
47	838000.0	6e-05
48	1000.0	0.0122
49	148000.0
51		-14.7
53	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1998	Taran et al, 2013

MEX062

Column	Version 1	Version 2
1		~
2	19.9666666667	20.7
3		~
4	19.0	20.0
5	58.0	42.0
6		~
7	-104.416666667	-104.166666667
8		~
10	-25.0	-10.0
14	Tacotan	Los Mezquitos
19		25.0
21	B	W/S
22	48.0	79.0
23	Lat &Long from Ref 3
24	644.0
32	0.66	1.23
34	92.4	1.7097e-06
36	92.2	1.814e-06
37	51.0
38		1.22
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]
53	Taran et al., 2002	Taran et al., 2002c

MEX063

Column	Version 1	Version 2
2	19.9666666667	21.6333333333
4	19.0	21.0
5	58.0	38.0
7	-104.416666667	-102.366666667
9	-104.0	-102.0
10	-25.0	-22.0
11	3,6	03,06
14	Tacotan (El Colomo) Spr.	Los Ojitos Spr.
17	0.0
19	8314.0	8321.0
22	48.3	36.4
24	644.0	0.000175
26	14.0	1.8e-05
29	13000.0	0.011
30	1.9	1.3e-06
31	0.16	1e-07
36	81.0	2.3e-06
38	50.8	10.5
40	2.92	0.029
42	302.0	303.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]
44	0.0
45	0.0	0.06
46	998000.0	0.891
47	1000.0	0.049
48	500.0	0.00024
49	0.0
52		[CO2]=[CO2+H2S]
53	Kononov et al., 1988; Prasolov et al., 1998	Kononov et al., 1988; Prasolov et al., 1999

MEX064

Column	Version 1	Version 2
2	20.8166666667	20.91
5	49.0	54.6
7	-105.45	-105.09
10	-27.0	-5.4
11	15.0	16.0
14	Tecomate	Los Sauces
21	B
22	53.0	52.0
23	Lat &Long from Ref 3
24	187.0	0.000162
29		0.0034
32	4.5	1.9
34	630.0
36	821.4	2.66e-06
37	0.89
38		27.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]	Rcorr=(R/Ra)corr*140
45		0.0115
46		0.963
47		0.0002
48		0.0188
51		-12.9
53	Taran et al., 2002	Taran et al, 2013

MEX065

Column	Version 1	Version 2
1		~
2	20.8166666667	21.1
3		~
4	20.0	21.0
5	49.0	6.0
6		~
7	-105.45	-105.0
8		~
10	-27.0	0.0
11	3,6	15.0
14	Tecomate Spr.	Nuevo Ixtlan
16	19830000.0
17	0.0
19	8315.0	8.0
21	G/S	W/S
22	52.7	50.0
24	187.0
25		5.7e-05
26	15.0
29	11600.0
30	1.6
31	0.15
32		0.86
34		1.1954e-06
36	92.0	1.0008e-06
38	14.2	0.6
39	9.76
40	2.87
42	298.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]
44	0.0
45	0.0
46	964000.0
47	12400.0	0.013
48	23000.0	0.0025
49	2000.0
51		-10.1
53	Kononov et al., 1988; Prasolov et al., 1998	Taran et al., 2002c

MEX066

Column	Version 1	Version 2
1		~
2	19.5166666667	19.16
3		~
5	31.0	9.6
6		~
7	-103.616666667	-104.27
8		~
9	-103.0	-104.0
10	-37.0	-16.2
14	Vol de Colima	Puente de Agua
19		9.0
21	B	G/S
24	102.0	7.3e-06
32	4.0	0.75
34	560.0	1.0425e-06
36	563.9	1.012e-06
37	27.0
38		3.7
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]
47	4000.0	0.204
48	4500.0	1e-05
51	-4.9
53	Taran et al., 2002	Taran et al., 2002c

MEX067

Column	Version 1	Version 2
2	19.5166666667	20.745
4	19.0	20.0
5	31.0	44.7
7	-103.616666667	-105.485
9	-103.0	-105.0
10	-37.0	-29.1
11	12.0	14,15,16
14	Vol de Colima	Punta Mita
16	20010801.0
19		27.0
21	F	G/S
22	840.0	89.0
24	44.0	0.000196
29		0.0028
32	6.21	0.4
34	869.4	5.56e-07
36	873.6	5.49e-07
37	44.0
38		38.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]; N2/Ar=317
44		0.0005
45		0.058
46		0.887
47		0.0056
48		0.064
50		-46.0
51		-21.4
53	Taran, 2011	Taran et al., 2002b, 2002c, 2013

MEX068

Column	Version 1	Version 2
2	19.5166666667	19.35
5	31.0	21.0
7	-103.616666667	-104.88
9	-103.0	-104.0
10	-37.0	-52.8
11	15.0	14.0
14	Vol de Colima	Purificacion
16		19800000.0
21	F
22	840.0	78.0
24	21.0	0.000211
29		0.0004
32	6.2	0.66
34	868.0	9.24e-07
36	872.2	9.24e-07
37	44.0
38		450.0
44		3.6e-05
46		0.541
47	430000.0	0.0021
48		0.458
50		-49.0
51	-5.2	-32.0
52		d13C(CO2)=d13C(TDIC)
53	Taran et al., 2002	Taran et al., 2002b

MEX069

Column	Version 1	Version 2
2	16.7813888889	19.35
4	16.0	19.0
5	46.8833333333	21.0
7	-99.6269444444	-104.88
9	-99.0	-104.0
10	-37.6166666667	-52.8
11	12.0	16.0
13	Sierra Madre del Sur, Acapulco	Jalisco Block
14	Borbollon	Purificacion
16	20011001.0
22	44.0	77.0
24	143.0	0.000911
29		0.0017
32	0.31
33		0.6
34	43.4
36	42.6	8.4e-07
37	31.0
38		454.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]	Rcorr=(R/Ra)corr*140
45		0.002
46	500000.0	0.509
47		0.0015
48	500000.0	0.528
50		-45.0
51		-23.0
53	Taran, 2001	Taran et al, 2013

MEX070

Column	Version 1	Version 2
2	16.7619444444	19.35
4	16.0	19.0
5	45.7166666667	21.0
7	-99.4863888889	-104.88
9	-99.0	-104.0
10	-29.1833333333	-52.8
11	12.0	15,16
13	Sierra Madre del Sur, Acapulco	Jalisco Block
14	Coyocul	Purificacion
16	20011001.0
19		3.0
21		G/S
22	46.0	77.0
24	234.0	0.000211
29		0.00026
32	0.16	0.66
34	22.4	9.174e-07
36	21.0	9.17e-07
37	21.0
38		454.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]; N2/Ar=1929
44		4e-05
45		0.002
46	850000.0	0.509
47		0.0015
48	120000.0	0.487
50		-45.0
51		-22.5
53	Taran, 2001	Taran et al, 2002c; Taran et al, 2013

MEX071

Column	Version 1	Version 2
2	16.8508333333	19.35
4	16.0	19.0
5	51.05	21.0
7	-99.5255555556	-104.88
9	-99.0	-104.0
10	-31.5333333333	-52.8
11	12.0	15,16
13	Sierra Madre del Sur, Acapulco	Jalisco Block
14	Tamarindo	Purificacion 1
16	20011001.0
19		12.0
21		G/S
22	42.0	46.0
24	203.0	0.000214
29		0.0001
32	0.21	0.62
34	29.4	8.618e-07
36	28.8	8.6e-07
37	48.0
38		122.0
43	Rcorr is calculated from (R/Ra)me*140 with [He/Ne]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]; N2/Ar=6044
44		5e-05
45		0.0015
46	990000.0	0.61
47		0.0012
48		0.413
51		-12.8
53	Taran, 2011	Taran et al, 2002c; Taran et al, 2013

MEX072

Column	Version 1	Version 2
2	18.7833333333	20.3333333333
4	18.0	20.0
5	47.0	20.0
7	-110.975	-103.583333333
9	-110.0	-103.0
10	-58.5	-35.0
11	13.0	02,03,06
13	Socorro Island	Jalisco Block
14	Everman volcano M4	San Marcos, well Norte-1
16		19820000.0
19		8209.0
21		G/H
22	42.0	89.0
24	52.0	0.000392
26	0.59	1.9e-06
29	500.0	0.00408
30		1e-06
31		1.2e-07
32	6.0
33	6.01
36	841.4	4.2e-06
38	86.65	176.0
39		9.83
40		0.0292
42	298.0	300.0
43	Rcorr=(R/Ra)corr*140	Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	141000.0
45		0.016
46	17700.0	0.056
47	804000.0	0.45
48	34900.0	0.384
49	2000.0	0.09
50	-21.0
51	-5.3
53	Taran et al., 2002	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1999

MEX073

Column	Version 1	Version 2
2	18.7833333333	19.9666666667
4	18.0	19.0
5	47.0	58.0
7	-110.975	-104.416666667
9	-110.0	-104.0
10	-58.5	-25.0
11	13.0	03,06
13	Socorro Island	Jalisco Block
14	Everman volcano SG1	Tacotan (El Colomo) Spr.
16		19830000.0
19		8314.0
21		G/S
22	99.0	48.3
24	73.0	0.000644
26	0.018	1.4e-05
29	19.0	0.013
30		1.9e-06
31		1.6e-07
32	6.0
33	6.0
36	840.0	8.1e-07
38	4008.0	50.8
39		9.8
40		0.0292
42	287.0	302.0
43	Rcorr=(R/Ra)corr*140
44	114000.0
46	1200.0	0.998
47	836000.0	0.001
48	36200.0	0.0005
49	12100.0
50	-19.0
51	-4.8
53	Taran et al., 2002	Kononov et al., 1988; Prasolov et al., 1999

MEX074

Column	Version 1	Version 2
2	18.7833333333	19.9666666667
4	18.0	19.0
5	47.0	58.0
7	-110.975	-104.416666667
9	-110.0	-104.0
10	-58.5	-25.0
11	13.0	06,15
13	Socorro Island	Jalisco Block
14	Everman volcano SG2	Tacotan (El Colomo) Spr.
19		31.0
21		G/S
22	99.0	48.0
24	29.0	0.000644
26	0.19
29	210.0
32	6.64	0.66
33	6.65
34		9.174e-07
36	931.0	9.15e-07
37		51.0
38	150.4
42	311.0
43	Rcorr=(R/Ra)corr*140	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]
44	101000.0
46	15400.0
47	845000.0
48	28900.0
49	9600.0
50	-18.0
51	-3.9
53	Taran et al., 2002	Prasolov et al., 1999; Taran et al., 2002c

MEX075

Column	Version 1	Version 2
1		~
2	16.8333333333	20.9
3		~
4	16.0	20.0
5	50.0	54.0
6		~
7	-99.6333333333	-105.2
8		~
9	-99.0	-105.0
10	-38.0	-12.0
11	2,3,6	03,06
13	Transmexican volcanic belt	Jalisco Block
14	Agua Caliente de Amatillo Spr.	Tecomate Spr.
16	19820000.0	19830000.0
17	0.0
19	8217.0	8315.0
22	38.5	52.7
24	327.0	0.000187
26	17.0	1.5e-05
29	8550.0	0.0116
30	1.22	1.6e-06
31	0.082	1.5e-07
36	62.0	9.2e-07
38		14.2
39		9.76
40		0.0287
42	311.0	298.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]
44	5000.0
45	20000.0
46	955000.0	0.964
47	6000.0	0.0124
48	8000.0	0.023
49	6000.0	0.002
53	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1998	Kononov et al., 1988; Prasolov et al., 1999

MEX076

Column	Version 1	Version 2
1		~
2	31.85	19.5166666667
3		~
4	31.0	19.0
5	51.0	31.0
6		~
7	-116.45	-103.616666667
8		~
9	-116.0	-103.0
10	-27.0	-37.0
11	5,6	12.0
13	Transmexican volcanic belt	Jalisco Block
14	Agua Caliente Spr., Baja Cal.	Vol de Colima
16	19870000.0	20010800.0
17	0.0
19	8704.0
21	G/S	F
22	44.0	840.0
24	584.0	4.4e-05
26	17.0
29	12200.0
32		6.21
34		8.694e-06
36	38.0	8.736e-06
38	35.0	44.0
39	9.77
40	2.93
42	299.0
43		Rcorr is calculated from (R/Ra)me*140 with [He/Ne]
44	70.0
45	6400.0
46	912000.0
48	480.0
53	Polyak et al., 1991; Prasolov et al., 1998	Taran, 2011

MEX077

Column	Version 1	Version 2
2	31.85	20.3333333333
4	31.0	20.0
5	51.0	20.0
7	-116.45	-103.583333333
9	-116.0	-103.0
10	-27.0	-35.0
11	4.0	03,06
13	Transmexican volcanic belt	Jalisco Block (Chapala Rift)
14	Agua Caliente Spr., Baja Cal.	Barreno El Rancho Spr.
16		19820000.0
17	0.0
19		8208.0
22	45.0	32.0
24		6.2e-06
26		3.1e-06
29	11300.0	0.00272
30		4.7e-07
31		4.1e-08
36	43.0	7.1e-06
38		2.1
39		9.84
40		0.0295
42		301.0
43	[Ar]=[Ar+Kr+Xe]
44		0.004
45		0.008
46		0.01
47		0.008
48		0.97
52		[CO2]=[CO2+H2S]
53	Vidal et al., 1982	Kononov et al., 1988; Prasolov et al., 1999

MEX078

Column	Version 1	Version 2
2	17.3166666667	20.7166666667
4	17.0	20.0
5	19.0	43.0
7	-93.1833333333	-103.55
9	-93.0	-103.0
10	-11.0	-33.0
11	8.0	15.0
13	Transmexican volcanic belt	Jalisco Block (Chapala Rift)
14	Agua Caliente Spr., Chiapas	La Primavera GT system
16	19970100.0
17	0.0
19	AC1	19.0
21	G/S	W
22	71.0	260.0
24	15.1	1.6e-05
26	0.43
29	426.0
32	5.1	6.2
34	714.0	8.618e-06
36	717.9	8.63e-06
38	44.0	176.0
43		Rcorr is calculated from (R/Ra)me*139 with [He/Ne]
44	0.76
46	16940.0
47	982100.0	0.85
48	489.0	0.005
51	-10.5	-3.9
53	Taran et al., in prep.	Taran et al., 2002c

MEX079

Column	Version 1	Version 2
2	19.2	20.3333333333
4	19.0	20.0
5	12.0	20.0
7	-103.633333333	-103.583333333
10	-38.0	-35.0
11	2,3,6	15.0
13	Transmexican volcanic belt	Jalisco Block (Chapala Rift)
14	Agua Caliente Spr., Colima	San Marcos
16	19820000.0
17	0.0
19	8210.0	18.0
22	32.0	83.0
24	102.0	0.000392
26	4.2
29	9340.0
30	1.19
31	0.25
32		3.0
34		4.17e-06
36	560.0	4.175e-06
38	26.5	176.0
39	9.8
40	2.93
42	306.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]
44	12000.0
45	134000.0
46	758000.0
47	66000.0
48	20000.0
49	10000.0
53	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1998	Taran et al., 2002c

MEX080

Column	Version 1	Version 2
2	18.7833333333	19.2
4	18.0	19.0
5	47.0	12.0
7	-98.9166666667	-103.633333333
9	-98.0	-103.0
10	-55.0	-38.0
11	2,3,6	06,15
13	Transmexican volcanic belt	Jalisco Block (Colima Rift)
14	Agua Hedionda Spr.	AC de Colima
16	19820000.0
17	0.0
19	8215.0	28.0
22	26.0	32.0
24	61.0	0.000102
26	9.6
29	7240.0
30	1.08
31	0.078
32		4.0
34		5.56e-06
36	350.0	5.607e-06
37		27.0
42	292.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]
44	3000.0
45	3000.0
46	513000.0
47	383000.0	0.004
48	20800.0	0.0045
49	77000.0
51		-4.9
53	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1998	Prasolov et al., 1999; Taran et al., 2002c

MEX081

Column	Version 1	Version 2
1		~
2	18.7833333333	19.5
3		~
4	18.0	19.0
5	47.0	30.0
6		~
7	-98.9166666667	-103.716666667
8		~
9	-98.0	-103.0
10	-55.0	-43.0
11	3,6	15.0
12	MEXICO
13	Transmexican volcanic belt	Jalisco Block (Colima Rift)
14	Agua Hedionda Spr.	Santa Cruz
16	19830000.0
17	0.0
19	8301.0	37.0
21	G/S	W/S
22		34.0
24	53.0
25		3.2e-05
26	14.0
29	7210.0
30	1.06
31	0.093
32		4.2
34		5.838e-06
36	365.0	5.976e-06
38	7.0	10.0
39	9.82
40	2.93
42	298.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]
47		0.65
48		0.0012
51		-5.4
53	Kononov et al., 1988; Prasolov et al., 1998	Taran et al., 2002c

MEX082

Column	Version 1	Version 2
1		~
2	30.1	19.5166666667
3		~
4	30.0	19.0
5	6.0	31.0
6		~
7	-99.1166666667	-103.616666667
8		~
9	-99.0	-103.0
10	-7.0	-37.0
11	2,3,6	15.0
13	Transmexican volcanic belt	Jalisco Block (Colima Rift)
14	Ajacuba Spr.	Vol de Colima
16	19820000.0
17	0.0
19	8201.0	35.0
21	G/S	G/F
22	43.0	840.0
24	117.0	2.1e-05
26	2.4
29	3120.0
30	0.48
31	0.039
32		6.2
34		8.618e-06
36	410.0	8.668e-06
38	48.0	44.0
39	9.8
40	2.9
42	301.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]
44	18000.0
45	16000.0
46	132000.0
47	716000.0	0.43
48	10000.0
49	108000.0
51		-5.2
53	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1998	Taran et al., 2002c

MEX083

Column	Version 1	Version 2
1		~
2	19.9	20.5833333333
3		~
4	19.0	20.0
5	54.0	35.0
6		~
7	-100.85	-103.9
8		~
9	-100.0	-103.0
10	-51.0	-54.0
11	1,3,6	15.0
12	MEXICO
13	Transmexican volcanic belt	Jalisco Block (Teric-Zacoalco Rift)
14	Araro Spr.	Amatlan de Canas
16	19790000.0
17	0.0
19	7905.0	26.0
21	G/S	W/S
22	71.0	72.0
24	103.0
26	4.9
29	3710.0
30	0.71
31	0.07
32		1.1
34		1.529e-06
36	630.0	1.549e-06
38	23.0	2.4
39	9.85
40	2.91
42	298.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]
44	0.0
45	28000.0
46	220000.0
47	747000.0
48	4700.0
51		-8.2
52	[CO2]=[CO2+H2S]
53	Polyak et al., 1982; Kononov et al., 1988; Prasolov et al., 1998	Taran et al., 2002c

MEX084

Column	Version 1	Version 2
2	23.55	20.8991666667
4	23.0	20.0
5	33.0	53.95
7	-103.266666667	-103.361
10	-16.0	-21.66
11	3,6	15.0
13	Transmexican volcanic belt	Jalisco Block (Teric-Zacoalco Rift)
14	Atotonilco Sain Alto Spr.	La Soledad
16	19830000.0
17	0.0
19	8320.0	20.0
22	36.0	100.0
24	63.0	5.8e-06
26	9.7
29	10300.0
32		1.5
34		2.08e-06
35		≥
36	33.0	2.08e-06
38	7.2	0.49
39	9.77
40	2.9
42	285.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]
44	0.0
45	24000.0
46	903000.0
47	72000.0	0.59
48	120.0	2e-05
49	14000.0
51		-2.3
53	Kononov et al., 1988; Prasolov et al., 1998	Taran et al., 2002c

MEX085

Column	Version 1	Version 2
1		~
2	20.9166666667	21.0
3		~
4	20.0	21.0
5	55.0	0.0
6		~
7	-98.5833333333	-103.7
8		~
9	-98.0	-103.0
10	-35.0	-42.0
11	3,6	15.0
13	Transmexican volcanic belt	Jalisco Block (Teric-Zacoalco Rift)
14	Calnali (Atempa) Spr.	R.Higueras
16	19830000.0
17	0.0
19	8309.0	10.0
21	G/S	W/S
22	36.0	60.0
24	770.0
25		0.000118
26	12.9
29	8950.0
30	1.23
31	0.107
32		4.7
34		6.533e-06
36	480.0	6.733e-06
38	66.0	8.0
39	9.82
40	2.91
42	304.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]
44	110.0
45	0.0
46	707000.0
47	228000.0	0.267
48	65000.0	0.0005
51		-4.6
52	[CO2]=[CO2+H2S]
53	Kononov et al., 1988; Prasolov et al., 1998	Taran et al., 2002c

MEX086

Column	Version 1	Version 2
1		~
2	21.0666666667	20.8
3		~
4	21.0	20.0
5	4.0	48.0
6		~
7	-101.483333333	-104.4
8		~
9	-101.0	-104.0
10	-29.0	-24.0
11	1,3,6	15.0
13	Transmexican volcanic belt	Jalisco Block (Teric-Zacoalco Rift)
14	Comanjilla Spr.	San Juan de Arriba
16	19790000.0
17	0.0
19	7908.0	24.0
22	90.0	80.0
24	251.0	0.000335
26	1.3
29	8570.0
30	2.0
31	0.3
32		2.2
34		3.058e-06
36	85.0	3.079e-06
38	214.0	24.0
39	9.85
40	2.9
42	297.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	Rcorr is calculated from (R/Ra)me*139 with [He/Ne]
44	1400.0
45	0.0
46	252000.0
47	707000.0	0.0005
48	42000.0	0.019
52	[CO2]=[CO2+H2S]
53	Polyak et al., 1982; Kononov et al., 1988; Prasolov et al., 1998	Taran et al., 2002c

MEX087

Column	Version 1	Version 2
2	21.45	20.5833333333
4	21.0	20.0
5	27.0	35.0
7	-99.6666666667	-103.866666667
9	-99.0	-103.0
10	-40.0	-52.0
11	3,6	01,03,06
13	Transmexican volcanic belt	Jalisco Block, Chapala Rift
14	Conca Spr.	Hervores de la Veqa Spr.
16	19830000.0	19790000.0
17	0.0
19	8311.0	7907.0
22	27.5	90.0
24	10.5	0.000107
26	19.5	1.2e-06
29	10500.0	0.00353
30	1.19	1.1e-06
31	0.086	1.9e-07
36	104.0	1.85e-06
38	0.6	112.0
39	9.79	9.86
40	2.93	0.0287
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]
44	0.0	0.0004
45	0.0
46	955000.0	0.072
47	45000.0	0.837
48	100.0	0.088
53	Kononov et al., 1988; Prasolov et al., 1998	Polyak et al., 1982; Kononov et al., 1988; Prasolov et al., 1999

MEX088

Column	Version 1	Version 2
2	17.3333333333	16.84
4	17.0	16.0
5	20.0	50.4
7	-93.2	-99.64
9	-93.0	-99.0
10	-12.0	-38.4
11	8.0	16.0
13	Transmexican volcanic belt	Jalisco Est,,
14	El Chichon volcano, crater fumarole	Agua Caliente, San Marcos
16	19950500.0
17	0.0
19	F-1
20	a
21	M/F
22	101.0	39.0
23	[H2O]=841.6 mmol/mol
24	1.5	0.00042
29	6.9	0.0123
32	7.3
33		0.17
34	1022.0
36	1022.1	2.38e-07
38	2560.0	56.0
43		Rcorr=(R/Ra)corr*140
44	6566.0
45		0.0035
46	2336.0	0.977
47	900250.0	0.001
48	23.9898989899	0.0056
49	18979.7979798
51	-8.1	-19.1
52	[H2S]=[H2S+SO2+HCl+HF]
53	Taran et al., in prep.	Taran et al, 2013

MEX089

Column	Version 1	Version 2
2	17.3333333333	20.7166666667
4	17.0	20.0
5	20.0	43.0
7	-93.2	-103.55
9	-93.0	-103.0
10	-12.0	-33.0
11	8.0	07
13	Transmexican volcanic belt	Jalisco St., Chapala Rift, La Primavera
14	El Chichon volcano, crater fumarole	La Primavera GT system, fumarole
16	19950500.0
17	0.0
19	F-1
20	b
21	M/F
22	101.0	95.0
23	[H2O]=872.1 mmol/mol
24	1.3
29	3.4
32	7.1	7.16
34	994.0	1.0024e-05
36	994.2	1.0163e-05
37		15.8
38	1160.0
43		[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Poreda & Craig, 1989], asuming [He/Ne]air=0.287
44	7037.0
46	1407.0
47	933540.0
48	7.03674745895
49	15363.5652854
52	[H2S]=[H2S+SO2+HCl+HF]
53	Taran et al., in prep.	Poreda and Craig, 1989

MEX090

Column	Version 1	Version 2
2	22.6666666667	20.7166666667
4	22.0	20.0
5	40.0	43.0
7	-110.633333333	-103.55
9	-110.0	-103.0
10	-38.0	-33.0
11	5,6	07
13	Transmexican volcanic belt	Jalisco St., Chapala Rift, La Primavera
14	El Chorro Spr.	La Primavera GT system, well
16	19890000.0
17	0.0
19	8900.0
21	G/S	G/H
22	42.0
29	13000.0
32		7.34
34		1.0276e-05
36	20.0	1.0279e-05
37		718.0
38	6.9
43	[Ar]=[Ar+Kr+Xe]	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Poreda & Craig, 1989], asuming [He/Ne]air=0.287
45	12000.0
46	988000.0
47	400.0
48	82.6
53	Polyak et al., 1991; Prasolov et al., 1998	Poreda and Craig, 1989

MEX091

Column	Version 1	Version 2
2	21.2166666667	20.7166666667
4	21.0	20.0
5	13.0	43.0
7	-105.033333333	-103.55
9	-105.0	-103.0
10	-2.0	-33.0
11	2,3,6	02,03,06
13	Transmexican volcanic belt	Jalisco St., Chapala Rift, La Primavera
14	El Molote Spr.	La Primavera GT system, well PR-1
17	0.0
19	8211.0	8207.0
21	G/S	G/H
22	90.0	250.0
24	282.0	1.6e-05
26	12.0	1e-07
29	16500.0	0.000182
30		2.4e-08
31		3.6e-09
36	440.0	8.6e-06
38	25.0	176.0
39	9.82	9.9
40	2.89	0.0288
42	295.0	290.0
44	2000.0	0.002
45	0.0	0.004
46	990000.0	0.012
47	0.0	0.906
48	2200.0	0.004
49	6000.0	0.07
53	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1998	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1999

MEX092

Column	Version 1	Version 2
2	16.85	18.9166666667
4	16.0	18.0
5	51.0	55.0
7	-99.5333333333	-99.7
10	-32.0	-42.0
11	2,3,6	03,06
13	Transmexican volcanic belt	Mexico DF, TMVB
14	El Tamarindo Spr.	Ixtapan de La Sal (Tonatico) Spr.
16	19820000.0	19830000.0
17	0.0
19	8216.0	8304.0
22	43.0	40.5
24	277.0	1.9e-06
26	15.0	1.6e-06
29	12300.0	0.00069
30	1.46	1.4e-07
31	0.1	1.7e-08
36	50.0	1.8e-06
38	21.0	1.3
39	9.79	9.87
40	2.93	0.0291
42		304.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]
44	5000.0	3e-05
45	10000.0	0.021
46	975000.0	0.083
47	2000.0	0.896
48	2000.0	0.0001
49	6000.0
52		[CO2]=[CO2+H2S]
53	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1998	Kononov et al., 1988; Prasolov et al., 1999

MEX093

Column	Version 1	Version 2
7	-96.5666666667	-100.3
9	-96.0	-100.0
10	-34.0	-18.0
11	2,3,6	03,06
13	Transmexican volcanic belt	Mexico DF, TMVB
14	Estacion El Carrizal Spr.	Ixtapan del Oro Spr.
16	19820000.0	19830000.0
17	0.0
19	8220.0	8308.0
22	35.0	32.0
24	316.0	7.2e-06
26	13.0	8e-07
29	10600.0	0.000528
30	1.47	1.1e-07
31	0.12	1.4e-08
36	320.0	5.4e-06
38	25.0	10.2
39	9.87	9.9
40	2.93	0.0291
42	290.0	293.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]
44	11000.0
45	1000.0
46	890000.0
47	58000.0
48	10000.0
49	30000.0
53	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1998	Kononov et al., 1988; Prasolov et al., 1999

MEX094

Column	Version 1	Version 2
2	20.5833333333	19.3333333333
4	20.0	19.0
5	35.0	20.0
7	-103.866666667	-100.3
9	-103.0	-100.0
10	-52.0	-18.0
11	1,3,6	02,03,06
13	Transmexican volcanic belt	Mexico DF, TMVB
14	Hervores de la Veqa Spr.	Ixtapan del Oro Spr.
16	19790000.0	19820000.0
17	0.0
19	7907.0	8202.0
22	90.0	32.0
24	107.0	3.3e-07
26	1.2	6.7e-07
29	3530.0	0.000322
30	1.1	7.4e-08
31	0.19	8.9e-09
36	185.0	7.4e-06
38	112.0	0.54
39	9.86	9.88
40	2.87	0.0298
42	309.0	292.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	[3He/4He]true > [3He/4He]indicated
44	400.0	1e-05
45	0.0	0.004
46	72000.0	0.03
47	837000.0	0.966
48	88000.0	0.0003
53	Polyak et al., 1982; Kononov et al., 1988; Prasolov et al., 1998	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1999

MEX095

Column	Version 1	Version 2
2	18.5	20.1666666667
4	18.0	20.0
5	30.0	10.0
7	-99.8166666667	-102.366666667
9	-99.0	-102.0
10	-49.0	-22.0
11	3,6	01,03,06
13	Transmexican volcanic belt	Michoacan Est, Chapala Rift
14	Ixcateopan Spr.	Ixtlan de Los Hervores Spr.
16	19830000.0	19790000.0
17	0.0
19	8303.0	7906.0
22		93.0
24	32.0	0.000262
26	11.0	2.2e-06
29	7300.0	0.00441
30	0.93	9.3e-07
31	0.075	1.4e-07
34		5.6e-06
36	141.0	5.6e-06
38	3.12	132.0
39	9.87	10.15
40	2.93	0.0293
42	297.0	301.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]
44	30.0
45	0.0	0.036
46	524000.0	0.331
47	79000.0	0.598
48	397000.0	0.034
53	Kononov et al., 1988; Prasolov et al., 1998	Polyak et al., 1982; Kononov et al., 1988; Prasolov et al., 1999

MEX096

Column	Version 1	Version 2
1		~
2	18.9166666667	19.9
3		~
4	18.0	19.0
5	55.0	54.0
6		~
7	-99.7	-100.816666667
8		~
9	-99.0	-100.0
10	-42.0	-49.0
11	3,6	18.0
13	Transmexican volcanic belt	Michoacan Est.
14	Ixtapan de La Sal (Tonatico) Spr.	Araro East Spr
16	19830000.0	20070000.0
17	0.0
19	8304.0
21	G/S	condensate
22	40.5
24	1.9	1.73e-07
26	1.6
28		4.16e-07
29	690.0	8.36e-07
30	0.14	1.53e-08
31	0.017	5.61e-10
32		1.84
33		4.55
34		2.55024e-06
36	180.0	6.3063e-06
38	1.3	0.416
39	9.87	9.8
40	2.91	0.0287
41		0.1876
42	304.0	283.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	[Ar]=[36Ar], Ra=1.38E-06
44	30.0
45	21000.0
46	83000.0
47	896000.0
48	100.0
52	[CO2]=[CO2+H2S]
53	Kononov et al., 1988; Prasolov et al., 1998	Pinti et al., 2013

MEX097

Column	Version 1	Version 2
1		~
2	19.3333333333	19.9
3		~
5	20.0	54.0
6		~
7	-100.3	-100.816666667
8		~
10	-18.0	-49.0
11	2,3,6	18.0
13	Transmexican volcanic belt	Michoacan Est.
14	Ixtapan del Oro Spr.	Araro North Spr
16	19820000.0	20090000.0
17	0.0
19	8202.0
21	G/S	condensate
22	32.0
24	0.33	2.841e-06
26	0.67
28		3.071e-06
29	322.0	8.08e-06
30	0.074	2.062e-07
31	0.0089	9.956e-09
32		3.08
33		4.17
34		4.26888e-06
36	740.0	5.77962e-06
38	0.54	0.925
40	2.98	0.029
41		0.1863
42	292.0	292.5
43	[3He/4He]true > [3He/4He]indicated; [84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	[Ar]=[36Ar], Ra=1.38E-06
44	10.0
45	4000.0
46	30000.0
47	966000.0
48	300.0
51		-9.4
52	[CO2]=[CO2+H2S]
53	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1998	Pinti et al., 2013

MEX098

Column	Version 1	Version 2
2	19.3333333333	19.9
5	20.0	54.0
7	-100.3	-100.85
10	-18.0	-51.0
11	3,6	01,03,06
13	Transmexican volcanic belt	Michoacan Est.
14	Ixtapan del Oro Spr.	Araro Spr.
16	19830000.0	19790000.0
17	0.0
19	8308.0	7905.0
22	32.0	71.0
24	7.2	0.000103
26	0.8	4.9e-06
29	528.0	0.00371
30	0.11	7.1e-07
31	0.014	7e-08
34		6.2e-06
36	540.0	6.3e-06
38	10.2	23.0
39	9.9	9.85
40	2.91	0.0291
42	293.0	298.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]
45		0.028
46		0.22
47		0.747
48		0.0047
52		[CO2]=[CO2+H2S]
53	Kononov et al., 1988; Prasolov et al., 1998	Polyak et al., 1982; Kononov et al., 1988; Prasolov et al., 1999

MEX099

Column	Version 1	Version 2
1		~
2	20.1666666667	19.9
3		~
4	20.0	19.0
5	10.0	54.0
6		~
7	-102.366666667	-100.816666667
8		~
9	-102.0	-100.0
10	-22.0	-49.0
11	1,3,6	18.0
13	Transmexican volcanic belt	Michoacan Est.
14	Ixtlan de Los Hervores Spr.	Araro West Spr
16	19790000.0	20070000.0
17	0.0
19	7906.0
21	G/S	condensate
22	93.0
24	262.0	4.3e-07
26	2.2
28		1.96e-07
29	4410.0	4.1e-07
30	0.93	1.07e-08
31	0.14	4.97e-10
32		4.24
33		4.79
34		5.87664e-06
36	560.0	6.63894e-06
38	132.0	2.198
39	10.15	9.84
40	2.93	0.0294
41		0.1889
42	301.0	293.9
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	[Ar]=[36Ar], Ra=1.38E-06
44	0.0
45	36000.0
46	331000.0
47	598000.0
48	34000.0
52	[CO2]=[CO2+H2S]
53	Polyak et al., 1982; Kononov et al., 1988; Prasolov et al., 1998	Pinti et al., 2013

MEX100

Column	Version 1	Version 2
11	2,3,6	02,03,06
13	Transmexican volcanic belt	Michoacan Est.
17	0.0
24	715.0	0.000715
26	16.0	1.6e-05
29	13200.0	0.0132
30	2.29	2.29e-06
31	0.22	2.2e-07
36	320.0	3.2e-06
40	2.9	0.029
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]
44	2000.0	0.002
45	7000.0	0.007
46	972000.0	0.972
47	4000.0	0.004
48	8000.0	0.008
49	7000.0	0.007
53	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1998	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1999

MEX101

Column	Version 1	Version 2
2	20.7166666667	19.5166666667
4	20.0	19.0
5	43.0	31.0
7	-103.55	-100.483333333
9	-103.0	-100.0
10	-33.0	-29.0
11	7.0	03,06
13	Transmexican volcanic belt	Michoacan Est.
14	La Primavera geothermal system, fumarole	San Jose Purua Spr.
16		19830000.0
17	0.0
19		8307.0
21		G/S
22	95.0	31.0
24		6.2e-07
26		6.2e-07
29		0.000336
30		5.8e-08
31		8e-09
32	7.16
34	1002.4
36	1016.3	3.25e-06
37	15.8
38		1.1
39		9.97
40		0.0291
42		290.0
43	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Poreda & Craig, 1989], asuming [He/Ne]air=0.287
46		0.018
47		0.982
48		1.4e-05
52		[CO2]=[CO2+H2S]
53	Poreda and Craig, 1989	Kononov et al., 1988; Prasolov et al., 1999

MEX102

Column	Version 1	Version 2
2	20.7166666667	20.05
5	43.0	3.0
7	-103.55	-101.45
9	-103.0	-101.0
10	-33.0	-27.0
11	7.0	02,03,06
13	Transmexican volcanic belt	Michoacan Est., Jalisco Block
14	La Primavera geothermal system, well	Puruandiro Spr.
16		19820000.0
19		8205.0
21	G/H	G/S
22		83.0
24		0.0009
26		9.6e-06
29		0.0114
30		2.1e-06
31		2.3e-07
32	7.34
34	1027.6
36	1027.9	4e-06
37	718.0
38		104.0
39		9.8
40		0.0289
42		299.0
43	[He/Ne] is calculated from [He/Ne]/[He/Ne]air cited in [Poreda & Craig, 1989], asuming [He/Ne]air=0.287
44		0.011
45		0.0026
46		0.756
47		0.156
48		0.0093
49		0.031
53	Poreda and Craig, 1989	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1999

MEX103

Column	Version 1	Version 2
2	20.7166666667	19.8
4	20.0	19.0
5	43.0	48.0
7	-103.55	-100.65
9	-103.0	-100.0
10	-33.0	-39.0
11	2,3,6	03,06
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	La Primavera geothermal system, well PR-1	Los Azufres GT system, well 16-AD
16	19820000.0	19830000.0
17		1049.0
19	8207.0	8306.0
22	250.0
23	Reservoir temperature
24	16.0	8.4e-06
26	0.1
29	182.0	0.000282
30	0.024
31	0.0036
36	860.0	7.7e-06
38	176.0
39	9.9
40	2.88
42	290.0	302.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]
44	2000.0
45	4000.0
46	12000.0
47	906000.0
48	4000.0
49	70000.0
53	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1998	Kononov et al., 1988; Prasolov et al., 1999

MEX104

Column	Version 1	Version 2
2	19.8833333333	19.8
5	53.0	48.0
7	-98.0166666667	-100.65
9	-98.0	-100.0
10	-1.0	-39.0
11	1,3,6	03,06
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	Los Azufres de Quatelolulco Spr.	Los Azufres GT system, well 6
16	19790000.0	19830000.0
17	0.0	900.0
19	7901.0	8305.0
21	G/S	G/H
22	19.0
24	1.9	1.15e-05
26	0.27	5.1e-07
29	145.0	0.000261
30	0.037	4.5e-08
31	0.01	6.1e-09
36	880.0	7.1e-06
38	7.9	25.9
39	9.86	9.9
40	2.88	0.0294
42	300.0	292.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]
44	0.0
45	0.0
46	13000.0
47	985000.0
48	1600.0
52	[CO2]=[CO2+H2S]
53	Polyak et al., 1982; Kononov et al., 1988; Prasolov et al., 1998	Kononov et al., 1988; Prasolov et al., 1999

MEX105

Column	Version 1	Version 2
11	1,3,6	01,03,06
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	Los Azufres geothermal system, Aqua Fria, spr.	Los Azufres GT system, Aqua Fria area, spr.
17	0.0
24	16.9	1.69e-05
26	0.18	1.8e-07
29	135.0	0.000135
30	0.032	3.2e-08
31	0.0061	6.1e-09
36	770.0	7.7e-06
40	2.89	0.0289
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]
45	0.0
47	1000000.0	1.0
48	10.0	1e-05
53	Polyak et al., 1982; Kononov et al., 1988; Prasolov et al., 1998	Polyak et al., 1982; Kononov et al., 1988; Prasolov et al., 1999

MEX106

Column	Version 1	Version 2
11	2,3,6	02,03,06
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	Los Azufres geothermal system, Aqua Fria, well 6	Los Azufres GT system, Aqua Fria area, well 6
23	Reservoir temperature
24	22.0	2.2e-05
26	0.09	9e-08
29	89.0	8.9e-05
30	0.019	1.9e-08
31	0.0026	2.6e-09
36	950.0	9.5e-06
40	3.01	0.0301
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]
53	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1998	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1999

MEX107

Column	Version 1	Version 2
1		~
2	19.8	19.7833333333
3		~
5	48.0	47.0
6		~
7	-100.65	-100.658333333
8		~
10	-39.0	-39.5
11	7.0	18.0
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	Los Azufres geothermal system, well	Los Azufres GT system, Bagnes Spr.
16		20070000.0
21	G/H	condensate
24		1.775e-06
28		1.013e-08
29		4.454e-08
30		1.477e-09
31		8.422e-11
32	7.21	5.96
33		5.97
34	1009.4	8.26056e-06
35	>=
36	1009.4	8.27442e-06
38		175.2
39		10.05
40		0.0295
41		0.1872
42		299.1
43		[Ar]=[36Ar], Ra=1.38E-06
53	Poreda and Craig, 1989	Pinti et al., 2013

MEX108

Column	Version 1	Version 2
1		~
2	19.8	19.7858333333
3		~
5	48.0	47.15
6		~
7	-100.65	-100.66
8		~
10	-39.0	-39.6
11	3,6	18.0
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	Los Azufres geothermal system, well 16-AD	Los Azufres GT system, Chiflador Spr.
16	19830000.0	20070000.0
17	1049.0
19	8306.0
21	G/H	condensate
24	8.4	1.341e-06
28		1.37e-09
29	282.0	6.43e-09
30		3.54e-10
31		3.54e-11
32		6.62
33		6.62
34		9.17532e-06
36	770.0	9.17532e-06
38		979.9
39		10.08
40		0.0301
41		0.1888
42	302.0	309.0
43		[Ar]=[36Ar], Ra=1.38E-06
53	Kononov et al., 1988; Prasolov et al., 1998	Pinti et al., 2013

MEX109

Column	Version 1	Version 2
1		~
2	19.8	19.785
3		~
5	48.0	47.1
6		~
7	-100.65	-100.66
8		~
10	-39.0	-39.6
11	3,6	18.0
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	Los Azufres geothermal system, well 6	Los Azufres GT system, Currutaco Spr.
16	19830000.0	20070000.0
17	900.0
19	8305.0
21	G/H	condensate
24	11.5	9.16e-07
26	0.51
28		6.99e-09
29	261.0	2.033e-08
30	0.045	7.46e-10
31	0.0061	4.434e-11
32		6.02
33		6.03
34		8.34372e-06
36	710.0	8.35758e-06
38	25.9	131.1
39	9.9	10.37
40	2.94	0.0303
41		0.1892
42	292.0	306.9
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	[Ar]=[36Ar], Ra=1.38E-06
51		-6.6
53	Kononov et al., 1988; Prasolov et al., 1998	Pinti et al., 2013

MEX110

Column	Version 1	Version 2
1		~
2	19.8	19.825
3		~
5	48.0	49.5
6		~
7	-100.65	-100.658333333
8		~
10	-39.0	-39.5
11	1,3,6	18.0
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	Los Azufres geothermal system,Tejamaniles, well A-6	Los Azufres GT system, hole AZ-13
16	19790000.0	20090000.0
19	7904.0
21	G/H	condensate
22	320.0
23	Reservoir temperature
24	12.0	5.0157e-05
26	0.056
28		9.39e-09
29	51.7	3.751e-08
30	0.011	1.281e-09
31	0.0019	8.268e-11
32		6.19
33		6.19
34		8.57934e-06
36	830.0	8.57934e-06
38	240.0	5344.0
39	10.1	10.62
40	2.81	0.0295
41		0.1868
42	312.0	366.4
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	[Ar]=[36Ar], Ra=1.38E-06
44	1200.0
45	0.0
46	42000.0
47	946000.0
48	10000.0
51		-7.2
52	[CO2]=[CO2+H2S]
53	Polyak et al., 1982; Kononov et al., 1988; Prasolov et al., 1998	Pinti et al., 2013

MEX111

Column	Version 1	Version 2
1		~
2	19.6166666667	19.7866666667
3		~
5	37.0	47.2
6		~
7	-97.4833333333	-100.665833333
8		~
9	-97.0	-100.0
10	-29.0	-39.95
11	2,3,6	18.0
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	Los Humeros geothermal system, well 1	Los Azufres GT system, hole AZ-17
16	19820000.0	20090000.0
17	1452.0
19	8219.0
21	G/H	water
22	270.0
23	Reservoir temperature
24	24.0
25		8.663e-06
26	0.11
29	284.0
30	0.02
31	0.0029
32		5.16
33		5.34
34		7.15176e-06
36	890.0	7.40124e-06
38	230.0	7.276
39	9.87	9.82
40	2.89	0.0288
41		0.1866
42	290.0	293.1
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	[Ar]=[36Ar], Ra=1.38E-06
44	2000.0
45	4000.0
46	8000.0
47	846000.0
48	0.0
49	140000.0
53	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1998	Pinti et al., 2013

MEX112

Column	Version 1	Version 2
1		~
2	21.6333333333	19.79
3		~
4	21.0	19.0
5	38.0	47.4
6		~
7	-102.366666667	-100.660833333
8		~
9	-102.0	-100.0
10	-22.0	-39.65
11	3,6	18.0
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	Los Ojitos Spr.	Los Azufres GT system, hole AZ-1A
16	19830000.0	20090000.0
17	0.0
19	8321.0
21	G/S	condensate
22	36.4
24	175.0
26	18.0
29	11000.0
30	1.3
31	0.1
36	230.0
38	10.5
39	9.8
40	2.9
42	303.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	[Ar]=[36Ar], Ra=1.38E-06
44	0.0
45	60000.0
46	891000.0
47	49000.0
48	240.0
52	[CO2]=[CO2+H2S]
53	Kononov et al., 1988; Prasolov et al., 1998	Pinti et al., 2013

MEX113

Column	Version 1	Version 2
1		~
2	21.7666666667	19.79
3		~
4	21.0	19.0
5	46.0	47.4
6		~
7	-100.633333333	-100.661666667
8		~
10	-38.0	-39.7
11	2,3,6	18.0
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	Lourdes Spr.	Los Azufres GT system, hole AZ-2
16	19820000.0	20070000.0
17	0.0
19	8214.0	a
21	G/S	condensate
22	24.5
24	0.99	1.21e-07
26	0.72
28		2.02e-07
29	423.0	4.12e-07
30	0.066	8.7e-09
31	0.0096	3.4e-10
32		2.79
33		4.81
34		3.86694e-06
36	460.0	6.66666e-06
38	1.5	0.599
39	9.89	9.71
40	2.91	0.0288
41		0.1879
42	300.0	203.3
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	[Ar]=[36Ar], Ra=1.38E-06
44	6000.0
45	0.0
46	81000.0
47	840000.0
48	4000.0
49	68000.0
51		-6.7
53	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1998	Pinti et al., 2013

MEX114

Column	Version 1	Version 2
1		~
2	23.1666666667	19.79
3		~
4	23.0	19.0
5	10.0	47.4
6		~
7	-106.083333333	-100.661666667
8		~
9	-106.0	-100.0
10	-5.0	-39.7
11	3,6	18.0
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	Puente Santa Fe Spr.	Los Azufres GT system, hole AZ-2
16	19830000.0	20090000.0
17	0.0
19	8318.0	b
21	G/S	condensate
22	79.3
24	465.0	1.31e-07
26	10.0
28		2.6e-07
29	15400.0	5.81e-07
30	2.7	9.8e-09
31	0.25	5.77e-10
32		2.63
33		5.43
34		3.64518e-06
36	154.0	7.52598e-06
38	52.0	0.504
39	9.79	9.75
40	2.93	0.0288
41		0.1848
42	302.0	298.4
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	[Ar]=[36Ar], Ra=1.38E-06
44	5400.0
45	0.0
46	992000.0
47	2200.0
48	800.0
49	0.0
53	Kononov et al., 1988; Prasolov et al., 1998	Pinti et al., 2013

MEX115

Column	Version 1	Version 2
1		~
2	19.15	19.79
3		~
5	9.0	47.4
6		~
7	-104.266666667	-100.656666667
8		~
9	-104.0	-100.0
10	-16.0	-39.4
11	3,6	18.0
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	Punta del Aqua Spr.	Los Azufres GT system, hole AZ-22
16	19830000.0	20090000.0
17	0.0
19	8313.0
21	G/S	condensate
22	32.0
24	71.0	1.5115e-05
26	21.0
28		5.155e-08
29	11200.0	1.64e-07
30		3.95e-09
31		1.79e-10
32		6.58
33		6.59
34		9.11988e-06
36	104.0	9.13374e-06
38	3.7	293.2
39	9.74	9.98
40	2.92	0.0288
41		0.1825
42	308.0	311.5
43		[Ar]=[36Ar], Ra=1.38E-06
51		-7.2
53	Kononov et al., 1988; Prasolov et al., 1998	Pinti et al., 2013

MEX116

Column	Version 1	Version 2
1		~
2	22.7333333333	19.8233333333
3		~
4	22.0	19.0
5	44.0	49.4
6		~
7	-105.416666667	-100.670833333
8		~
9	-105.0	-100.0
10	-25.0	-40.25
11	3,6	18.0
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	Qiviquinta Spr.	Los Azufres GT system, hole AZ-28
16	19830000.0	20070000.0
17	0.0
19	8317.0	a
21	G/S	condensate
22	35.5
24	13.5	1.8e-08
26	18.5
28		1.2e-10
29	11000.0	1.5e-10
30	1.37	6e-12
31	0.1	3.3e-13
32		6.48
33		6.49
34		8.98128e-06
36	22.0	8.99514e-06
38	0.66	145.5
39	9.74	10.51
40	2.93	0.0304
41		0.1939
42	305.0	312.3
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	[Ar]=[36Ar], Ra=1.38E-06
44	0.0
45	80000.0
46	910000.0
47	10000.0
48	300.0
49	0.0
51		-7.6
53	Kononov et al., 1988; Prasolov et al., 1998	Pinti et al., 2013

MEX117

Column	Version 1	Version 2
1		~
2	31.7833333333	19.8233333333
3		~
4	31.0	19.0
5	47.0	49.4
6		~
7	-116.316666667	-100.670833333
8		~
9	-116.0	-100.0
10	-19.0	-40.25
11	5,6	18.0
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	San Antonio Spr.	Los Azufres GT system, hole AZ-28
16	19870000.0	20090000.0
17	0.0
19	8706.0	b
21	G/S	condensate
22	57.0
24	1790.0
25		2.9e-08
26	13.0
29	12800.0
32		5.92
33		5.93
34		8.20512e-06
36	48.0	8.21898e-06
38	135.0	11.07
39	9.77
40	2.93	0.0298
42	304.0	306.7
43		[Ar]=[36Ar], Ra=1.38E-06
45	2800.0
46	896000.0
48	3600.0
53	Polyak et al., 1991; Prasolov et al., 1998	Pinti et al., 2013

MEX118

Column	Version 1	Version 2
1		~
2	20.5	19.7833333333
3		~
4	20.0	19.0
5	30.0	47.0
6		~
7	-100.55	-100.665
8		~
10	-33.0	-39.9
11	1,3,6	18.0
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	San Bartolome Spr.	Los Azufres GT system, hole AZ-33
16	19790000.0	20070000.0
17	0.0
19	7909.0
21	G/S	condensate
22	70.0
24	1110.0	1.178e-06
26	6.9
28		2.135e-08
29	9970.0	3.963e-08
30	1.9	7.47e-10
31	0.22	2.651e-11
32		6.61
33		6.64
34		9.16146e-06
36	230.0	9.20304e-06
38	178.0	55.17
39	9.85	9.82
40	2.89	0.0293
41		0.187
42	295.0	298.8
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	[Ar]=[36Ar], Ra=1.38E-06
44	200.0
45	28000.0
46	620000.0
47	225000.0
48	127000.0
51		-7.4
52	[CO2]=[CO2+H2S]
53	Polyak et al., 1982; Kononov et al., 1988; Prasolov et al., 1998	Pinti et al., 2013

MEX119

Column	Version 1	Version 2
1		~
2	31.8166666667	19.835
3		~
4	31.0	19.0
5	49.0	50.1
6		~
7	-116.416666667	-100.661666667
8		~
9	-116.0	-100.0
10	-25.0	-39.7
11	5,6	18.0
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	San Carlos Spr.	Los Azufres GT system, hole AZ-51
16	19870000.0	20090000.0
17	0.0
19	8703.0
21	G/S	condensate
22	44.0
24		2.7146e-05
28		2.638e-08
29	12950.0	1.45e-07
30		5.433e-09
31		3.91e-10
32		6.0
33		6.0
34		8.316e-06
36	28.0	8.316e-06
38	31.0	1029.0
39	9.78	10.14
40	2.93	0.0295
41		0.1873
42	304.0	315.3
43		[Ar]=[36Ar], Ra=1.38E-06
45	3500.0
46	900000.0
48	800.0
53	Polyak et al., 1991; Prasolov et al., 1998	Pinti et al., 2013

MEX120

Column	Version 1	Version 2
1		~
2	19.5166666667	19.79
3		~
5	31.0	47.4
6		~
7	-100.483333333	-100.66
8		~
10	-29.0	-39.6
11	3,6	18.0
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	San Jose Purua Spr.	Los Azufres GT system, hole AZ-62
16	19830000.0	20090000.0
17	0.0
19	8307.0
21	G/S	condensate
22	31.0
24	0.62	2.1099e-05
26	0.62
28		5.35e-09
29	336.0	1.837e-08
30	0.058	6.01e-10
31	0.008	3.828e-11
32		5.42
33		5.42
34		7.51212e-06
36	325.0	7.51212e-06
38	1.1	3942.0
39	9.97	10.41
40	2.91	0.0304
41		0.1836
42	290.0	429.0
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	[Ar]=[36Ar], Ra=1.38E-06
44	0.0
45	0.0
46	18000.0
47	982000.0
48	14.0
52	[CO2]=[CO2+H2S]
53	Kononov et al., 1988; Prasolov et al., 1998	Pinti et al., 2013

MEX121

Column	Version 1	Version 2
1		~
2	22.0166666667	19.8133333333
3		~
4	22.0	19.0
5	1.0	48.8
6		~
7	-104.916666667	-100.67
8		~
9	-104.0	-100.0
10	-55.0	-40.2
11	3,6	18.0
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	San Pedro Ixcatan Spr.	Los Azufres GT system, hole AZ-9
16	19830000.0	20090000.0
17	0.0
19	8316.0
21	G/S	water
22	62.5
24	357.0
25		5.7e-08
26	18.9
29	15700.0
30	2.2
31	0.19
32		6.27
33		6.28
34		8.69022e-06
36	134.0	8.70408e-06
38	20.9	95.2
39	9.85	10.22
40	2.92	0.0293
41		0.1861
42	292.0	297.2
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	[Ar]=[36Ar], Ra=1.38E-06
44	400.0
45	20000.0
46	963000.0
47	16000.0
48	400.0
49	0.0
51		-6.9
53	Kononov et al., 1988; Prasolov et al., 1998	Pinti et al., 2013

MEX122

Column	Version 1	Version 2
1		~
2	31.9	19.825
3		~
4	31.0	19.0
5	54.0	49.5
6		~
7	-116.083333333	-100.666666667
8		~
9	-116.0	-100.0
10	-5.0	-40.0
11	5,6	18.0
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	San Valente Spr.	Los Azufres GT system, Maritaro mv 1
16	19870000.0	20090000.0
17	0.0
19	8705.0
21	G/S	condensate
22	35.0
24	1150.0	1.6968e-05
26	18.0
28		1.02e-07
29	12500.0	4.23e-07
30		1.54e-08
31		1.327e-09
32		6.72
33		6.73
34		9.31392e-06
36	21.0	9.32778e-06
38	63.0	165.9
39	9.72	10.1
40	2.91	0.0291
41		0.1867
42	304.0	297.9
43		[Ar]=[36Ar], Ra=1.38E-06
44	0.0
45	29900.0
46	888000.0
48	380.0
51		-7.8
53	Polyak et al., 1991; Prasolov et al., 1998	Pinti et al., 2013

MEX123

Column	Version 1	Version 2
1		~
2	22.0166666667	19.825
3		~
4	22.0	19.0
5	1.0	49.5
6		~
7	-98.7666666667	-100.666666667
8		~
9	-98.0	-100.0
10	-46.0	-40.0
11	3,6	18.0
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	Taninul Spr.	Los Azufres GT system, Maritaro mv 2
16	19830000.0	20090000.0
17	0.0
19	8310.0
22	35.0
24	220.0	1.4541e-05
26	19.0
28		2.894e-06
29	9560.0	7.127e-06
30	1.2	1.698e-07
31	0.085	7.246e-09
32		6.65
33		7.03
34		9.2169e-06
36	170.0	9.74358e-06
38	13.0	5.025
39	9.81	9.67
40	2.9	0.0288
41		0.1878
42	297.0	298.2
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	[Ar]=[36Ar], Ra=1.38E-06
44	0.0
45	0.0
46	942000.0
47	42000.0
48	15200.0
51		-7.5
52	[CO2]=[CO2+H2S]
53	Kononov et al., 1988; Prasolov et al., 1998	Pinti et al., 2013

MEX124

Column	Version 1	Version 2
2	18.4666666667	19.8
4	18.0	19.0
5	28.0	48.0
7	-96.3666666667	-100.65
9	-96.0	-100.0
10	-22.0	-39.0
11	3,6	01,03,06
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	Tierra Blanca Spr.	Los Azufres GT system, Tejamaniles area, well A-6
16	19830000.0	19790000.0
17	0.0
19	8322.0	7904.0
21	G/S	G/H
22	29.0	320.0
24	62.0	1.2e-05
26	16.0	5.6e-08
29	8900.0	5.17e-05
30		1.1e-08
31		1.9e-09
36	100.0	8.3e-06
38	4.2	240.0
39	9.77	10.1
40	2.94	0.0281
42	297.0	312.0
44	0.0	0.0012
45	0.0
46	652000.0	0.042
47	6400.0	0.946
48	342000.0	0.01
53	Kononov et al., 1988; Prasolov et al., 1998	Polyak et al., 1982; Kononov et al., 1988; Prasolov et al., 1999

MEX125

Column	Version 1	Version 2
1		~
2	18.5333333333	19.7833333333
3		~
4	18.0	19.0
5	32.0	47.0
6		~
7	-99.2833333333	-100.671666667
8		~
9	-99.0	-100.0
10	-17.0	-40.3
11	3,6	18.0
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	Tilzapotla (La Fundicion) Spr.	Los Azufres GT system, Tejamaniles Spr.
16	19830000.0	20070000.0
17	0.0
19	8302.0
21	G/S	condensate
22	26.5
24	24.0	1.26e-07
26	21.0
28		3.57e-07
29	10300.0	7.08e-07
30	1.26	1.36e-08
31	0.09	4.98e-10
32		1.49
34		2.06514e-06
36	380.0
38	1.28	0.353
39	9.8	9.81
40	2.93	0.0285
41		0.187
42	310.0	293.1
43	[84Kr/36Ar] and [132Xe/36Ar] values are calculated from [84Kr/38Ar] and [132Xe/38Ar], cited in [Prasolov et al., 1998], as [i/36Ar]=[i/38Ar]*X, where X=[38Ar/36Ar]air = 0.1880 [Ozima & Podosek, 1983]	[Ar]=[36Ar], Ra=1.38E-06
44	0.0
45	0.0
46	976000.0
47	24000.0
48	200.0
52	[CO2]=[CO2+H2S]
53	Kononov et al., 1988; Prasolov et al., 1998	Pinti et al., 2013

MEX126

Column	Version 1	Version 2
2	31.6166666667	19.8
4	31.0	19.0
5	37.0	48.0
7	-116.45	-100.65
9	-116.0	-100.0
10	-27.0	-39.0
11	5,6	07
13	Transmexican volcanic belt	Michoacan Est., Los Azufres
14	Uruapan Spr.	Los Azufres GT system.,well
16	19870000.0
17	0.0
19	8702.0
21	G/S	G/H
22	58.0
24	779.0
26	15.0
29	13400.0
32		7.21
34		1.0094e-05
35		≥
36	80.0	1.0094e-05
38	51.0
39	9.87
40	2.93
42	301.0
44	0.0
45	1800.0
46	888000.0
48	1600.0
53	Polyak et al., 1991; Prasolov et al., 1998	Poreda and Craig, 1989

MEX127

Column	Version 1	Version 2
2	31.6166666667	18.7833333333
4	31.0	18.0
5	37.0	47.0
7	-116.45	-98.9166666667
9	-116.0	-98.0
10	-27.0	-55.0
11	4.0	03,06
13	Transmexican volcanic belt	Morelos Est.
14	Uruapan Spr.	Agua Hedionda Spr.
16		19830000.0
17	0.0
19		8301.0
22	65.0
24		5.3e-05
26		1.4e-05
29	12500.0	0.00721
30		1.06e-06
31		9.3e-08
36	82.0	3.65e-06
38		7.0
39		9.82
40		0.0293
42		298.0
43	[Ar]=[Ar+Kr+Xe]	Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
53	Vidal et al., 1982	Kononov et al., 1988; Prasolov et al., 1999

MEX128

Column	Version 1	Version 2
2	32.1	18.7833333333
4	32.0	18.0
5	6.0	47.0
7	-116.466666667	-98.9166666667
9	-116.0	-98.0
10	-28.0	-55.0
11	5,6	02,03,06
13	Transmexican volcanic belt	Morelos Est.
14	Valle de Guadalupe Spr.	Agua Hedionda Spr.
16	19870000.0	19820000.0
17	0.0
19	8701.0	8215.0
22	52.0	26.0
24		6.1e-05
26		9.6e-06
29	12350.0	0.00724
30		1.08e-06
31		7.8e-08
36	69.0	3.5e-06
38	168.0
39	9.78
40	2.92
42	304.0	292.0
44	40.0	0.003
45	2200.0	0.003
46	900000.0	0.513
47		0.383
48	2900.0	0.0208
49		0.077
53	Polyak et al., 1991; Prasolov et al., 1998	Polyak et al., 1985; Kononov et al., 1988; Prasolov et al., 1999

USA001

Column	Version 1	Version 2
12	USA	USA, AK
24	9.6	9.6e-06
26	0.023	2.3e-08
29	13.0	1.3e-05
36	1125.6	1.1256e-05
37	1440.0	413.28
43	Rcorr=(R/Ra)corr*140	Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44	0.0
45	5.0	5e-06
46	2200.0	0.0022
47	906000.0	0.906
48	60.0	6e-05
49	92000.0	0.092

USA002

Column	Version 1	Version 2
12	USA	USA, AK
24	37.2	3.72e-05
26	0.69	6.9e-07
29	83.0	8.3e-05
36	1111.6	1.1116e-05
37	187.0	53.669
43	Rcorr=(R/Ra)corr*140	Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44	70.0	7e-05
45	260.0	0.00026
46	15600.0	0.0156
47	906000.0	0.906
48	150.0	0.00015
49	77000.0	0.077

USA003

Column	Version 1	Version 2
12	USA	USA, AK
24	5.7	5.7e-06
26	0.026	2.6e-08
29	0.5	5e-07
36	1135.4	1.1354e-05
37	766.0	219.842
43	Rcorr=(R/Ra)corr*140	Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44	0.0
45	2.0	2e-06
46	140.0	0.00014
47	973000.0	0.973
48	4.0	4e-06
49	27000.0	0.027

USA004

Column	Version 1	Version 2
12	USA	USA, AK
24	53.2	5.32e-05
26	0.25	2.5e-07
29	69.0	6.9e-05
36	1136.8	1.1368e-05
37	726.0	208.362
43	Rcorr=(R/Ra)corr*140	Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44	600.0	0.0006
45	28.0	2.8e-05
46	14900.0	0.0149
47	976000.0	0.976
48	30.0	3e-05
49	8200.0	0.0082

USA012

Column	Version 1	Version 2
12	USA	USA, AK
24	232.0	0.000232
26	9.2	9.2e-06
29	5740.0	0.00574
36	1128.4	1.1284e-05
37	88.0	25.256
43	Rcorr=(R/Ra)corr*140	Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44	300.0	0.0003
45	940.0	0.00094
46	396000.0	0.396
47	588000.0	0.588
48	5900.0	0.0059
49	80.0	8e-05

USA013

Column	Version 1	Version 2
2	58.1958333333	58.86
5	11.75	51.6
7	-155.248333333	-153.53333
9	-155.0	-153.0
10	-14.9	-31.9998
11	21.0	12.0
12	USA	USA, AK
14	Mageik vol., N-crater	Douglas vol., summit fumarole
16	19980722.0
19		RM-82-DG
21	SF	G/F
22	101.6	93.5
24	9.5
26	0.064
29	33.0
32	7.63	7.89
33	7.64	7.89
36	1069.6	1.1046e-05
37	517.0	243.95
42	316.0
43	Rcorr=(R/Ra)corr*140
44	39400.0
45	99.0
46	15400.0
47	860000.0
48	570.0
49	85000.0
51	-8.4
52	delta 15N = 2.1
53	Symonds et al., 2003	Poreda and Craig, 1989

USA014

Column	Version 1	Version 2
2	58.2	58.1958333333
5	12.0	11.75
7	-155.244722222	-155.248333333
10	-14.6833333333	-14.9
12	USA	USA, AK
14	Mageik vol., S-crater	Mageik vol., N-crater
16	19950726.0	19980722.0
22	167.4	101.6
24	1.9	9.5e-06
26	0.011	6.4e-08
29	37.0	3.3e-05
32	7.47	7.63
33	7.48	7.64
36	1047.2	1.0696e-05
37	595.0	148.379
42	321.0	316.0
43	Rcorr=(R/Ra)corr*140	Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44	0.0	0.0394
45	16.0	9.9e-05
46	12300.0	0.0154
47	902000.0	0.86
48	580.0	0.00057
49	86000.0	0.085
51	-6.6	-8.4
52		delta 15N = 2.1

USA015

Column	Version 1	Version 2
12	USA	USA, AK
16	19970719.0	19980722.0
22	172.9	166.6
24	4.4	9.4e-06
26	0.053	6e-08
29	31.0	3.5e-05
32	7.55	7.6
33	7.57	7.61
36	1059.8	1.0654e-05
37	293.0	156.128
42	302.0	307.0
43	Rcorr=(R/Ra)corr*140	Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44	19600.0	0.037
45	240.0	0.00014
46	14400.0	0.0152
47	877000.0	0.858
48	320.0	0.00052
49	88000.0	0.089
51	-6.8	-8.2
52		delta 15N = 2.5

USA016

Column	Version 1	Version 2
12	USA	USA, AK
16	19980722.0	19950726.0
22	166.6	167.4
24	94.0	1.9e-06
26	0.06	1.1e-08
29	35.0	3.7e-05
32	7.6	7.47
33	7.61	7.48
36	1065.4	1.0472e-05
37	544.0	170.765
42	307.0	321.0
43	Rcorr=(R/Ra)corr*140	Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44	37000.0
45	140.0	1.6e-05
46	15200.0	0.0123
47	858000.0	0.902
48	520.0	0.00058
49	89000.0	0.086
51	-8.2	-6.6
52	delta 15N = 2.5

USA017

Column	Version 1	Version 2
2	58.86	58.2
5	51.6	12.0
7	-153.53333	-155.244722222
9	-153.0	-155.0
10	-31.9998	-14.6833333333
11	12.0	21.0
12	USA	USA, AK
14	Mt. Douglas, summit fumarole	Mageik vol., S-crater
16		19970719.0
19	RM-82-DG
21	G/F	SF
22	93.5	172.9
24		4.4e-06
26		5.3e-08
29		3.1e-05
32	7.89	7.55
33	7.89	7.57
36	1104.6	1.0598e-05
37	243.95	84.091
42		302.0
43		Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44		0.0196
45		0.00024
46		0.0144
47		0.877
48		0.00032
49		0.088
51		-6.8
53	Poreda and Craig, 1989	Symonds et al., 2003

USA018

Column	Version 1	Version 2
12	USA	USA, AK
16	19940713.0	19980718.0
22	93.9	94.0
24	1.8	2.8e-06
26	0.0041	3.2e-08
29	350.0	4e-05
32	7.48	7.67
33	7.48	7.69
36	1047.2	1.0766e-05
37	1560.0	87.535
42	380.0	316.0
43	Rcorr=(R/Ra)corr*140	Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44	184000.0	0.292
45	20.0	0.00028
46	12700.0	0.0207
47	748000.0	0.622
48	21500.0	0.0352
49	31000.0	0.03
50	-22.8	-29.9
51	-10.2	-9.6
52		delta 15N = 3.2

USA019

Column	Version 1	Version 2
12	USA	USA, AK
16	19950724.0	19940713.0
22	94.2	93.9
24	1.5	1.8e-06
26	0.017	4.1e-09
29	85.0	0.00035
32	7.64	7.48
33	7.66	7.48
36	1072.4	1.0472e-05
37	298.0	447.72
42	339.0	380.0
43	Rcorr=(R/Ra)corr*140	Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44	0.0	0.184
45	47.0	2e-05
46	42200.0	0.0127
47	828000.0	0.748
48	75700.0	0.0215
49	54000.0	0.031
50		-22.8
51	-10.1	-10.2

USA020

Column	Version 1	Version 2
12	USA	USA, AK
16	19970717.0	19950724.0
24	2.0	1.5e-06
26	0.022	1.7e-08
29	16.0	8.5e-05
32	7.8	7.64
33	7.82	7.66
36	1094.8	1.0724e-05
37	313.0	85.526
42	327.0	339.0
43	Rcorr=(R/Ra)corr*140	Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44	144000.0
45	140.0	4.7e-05
46	15000.0	0.0422
47	789000.0	0.828
48	18300.0	0.0757
49	33000.0	0.054
51	-10.5	-10.1

USA021

Column	Version 1	Version 2
12	USA	USA, AK
16	19980718.0	19970717.0
22	94.0	94.2
24	2.8	2e-06
26	0.032	2.2e-08
29	40.0	1.6e-05
32	7.67	7.8
33	7.69	7.82
36	1076.6	1.0948e-05
37	305.0	89.831
42	316.0	327.0
43	Rcorr=(R/Ra)corr*140	Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44	292000.0	0.144
45	280.0	0.00014
46	20700.0	0.015
47	622000.0	0.789
48	35200.0	0.0183
49	30000.0	0.033
50	-29.9
51	-9.6	-10.5
52	delta 15N = 3.2

USA026

Column	Version 1	Version 2
12	USA	USA, AK
24	4.5	4.5e-06
26	6.5	6.5e-06
29	7900.0	0.0079
36	599.2	5.992e-06
37	4.9	1.4063
43	Rcorr=(R/Ra)corr*140	Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44	515000.0	0.515
45	19500.0	0.0195
46	426000.0	0.426
47	27000.0	0.027
48	1200.0	0.0012
49	1900.0	0.0019

USA033

Column	Version 1	Version 2
2	62.006	62.0584
5	0.36	3.504
7	-144.019	-145.2245
9	-144.0	-145.0
10	-1.14	-13.47
11	12.0	11.0
12	USA	USA, AK
14	Mt. Wrangell, summit fumarole	Upper Klawasi mud volcano, crater lake
16		19810800.0
19	RM-82-WR
21	G/F
22		13.0
24		2.1e-06
29		0.0023
32	5.3	2.1
33	6.05	2.6
36	847.0	3.64e-06
37	1.7507	0.9184
45		0.0406
46		0.162
47		0.794
48		0.0011
51		-4.3
53	Poreda and Craig, 1989	Motyka et al., 1989

USA034

Column	Version 1	Version 2
2	62.006	62.0584
5	0.36	3.504
7	-144.019	-145.2245
9	-144.0	-145.0
10	-1.14	-13.47
11	12.0	11.0
12	USA	USA, AK
14	Mt. Wrangell, summit fumarole	Upper Klawasi mud volcano, crater lake
16		19850700.0
19	AL-113
21	G/F
22	150.0	19.0
24		1.5e-06
29		0.00044
32	6.02	3.2
33	6.03	3.3
36	844.2	4.62e-06
37	114.8	4.305
44		5e-05
45		0.001
46		0.0164
47		0.988
48		0.0004
49		0.0002
50		-23.4
51		-4.8
53	Poreda and Craig, 1989	Motyka et al., 1989

USA035

Column	Version 1	Version 2
2	62.0584	62.0166666667
5	3.504	1.0
7	-145.2245	-144.016666667
9	-145.0	-144.0
10	-13.47	-1.0
11	11.0	11,12
12	USA	USA, AK
14	Upper Klawasi mud volcano, crater lake	Wrangell volcano, summit caldera, north crater
16	19810800.0	19820600.0
19		RM-82-WR
21		G/F
22	13.0
24	2.1
29	2300.0	0.00087
32	2.1	5.3
33	2.6	6.1
36	364.0	8.54e-06
37	0.9184	1.7507
45	40600.0	0.0187
46	162000.0	0.0864
47	794000.0	0.889
48	1100.0	0.0038
51	-4.3	-6.7
53	Motyka et al., 1989	Motyka et al., 1989; Poreda and Craig, 1989

USA036

Column	Version 1	Version 2
2	62.0584	62.0166666667
5	3.504	1.0
7	-145.2245	-144.016666667
9	-145.0	-144.0
10	-13.47	-1.0
11	11.0	11,12
12	USA	USA, AK
14	Upper Klawasi mud volcano, crater lake	Wrangell volcano, summit caldera, north crater
19		AL-113
21		G/F
22	19.0	150.0
24	1.5
29	440.0
32	3.2	6.0
33	3.3	6.0
36	462.0	8.4e-06
37	4.305	114.8
44	50.0
45	1000.0	0.0004
46	16400.0	0.0169
47	988000.0	0.983
48	400.0	0.0031
49	200.0
50	-23.4
51	-4.8	-6.5
53	Motyka et al., 1989	Motyka et al., 1989; Poreda and Craig, 1989

USA037

Column	Version 1	Version 2
2	62.0166666667	51.7833333333
4	62.0	51.0
5	1.0	47.0
7	-144.016666667	-176.633333333
9	-144.0	-176.0
10	-1.0	-38.0
11	11.0	12.0
12	USA	USA, AK
13	Alaska, Wrangell Mountains	Aleutian Isls., Adak Island
14	Wrangell volcano, summit caldera, North Crater	Adak Isl. north coast, hot spring
16	19820600.0
19		AL-25-81
21		G/S
22		24.0
32	5.3	6.09
33	6.1	6.58
36	854.0	9.212e-06
37	1.7507	3.2431
51	-6.7
53	Motyka et al., 1989	Poreda and Craig, 1989

USA038

Column	Version 1	Version 2
1		~
2	62.0166666667	54.1486111111
3		~
4	62.0	54.0
5	1.0	8.91666666667
6		~
7	-144.016666667	-165.908333333
8		~
9	-144.0	-165.0
10	-1.0	-54.5
11	11.0	12.0
12	USA	USA, AK
13	Alaska, Wrangell Mountains	Aleutian Isls., Akutan Island
14	Wrangell volcano, summit caldera, North Crater	Akutan Isl., east flank, acid spring
16	19850700.0
19		AL-9-81
21		G/S
22		86.6
32	6.0	7.06
33	6.0	7.1
36	840.0	9.94e-06
37	114.8	35.588
51	-6.5
53	Motyka et al., 1989	Poreda and Craig, 1989

USA039

Column	Version 1	Version 2
1		~
2	51.7833333333	54.1486111111
3		~
4	51.0	54.0
5	47.0	8.91666666667
6		~
7	-176.633333333	-165.973611111
8		~
9	-176.0	-165.0
10	-38.0	-58.4166666667
12	USA	USA, AK
13	Aleutian Isls., Adak Island	Aleutian Isls., Akutan Island
14	Adak Isl. north coast, hot spring	Akutan Isl., Hot Spring bay, hot spring
19	AL-25-81	AL-11-81
22	24.0	84.5
32	6.09	5.23
33	6.58	6.1
36	921.2	8.54e-06
37	3.2431	1.3776

USA040

Column	Version 1	Version 2
2	54.1486111111	54.1530555556
5	8.91666666667	9.18333333333
7	-165.908333333	-165.854444444
10	-54.5	-51.2666666667
11	12.0	21.0
12	USA	USA, AK
14	Akutan Isl., east flank, acid spring	Akutan vol., AK1
16		19960730.0
19	AL-9-81
21	G/S	FSS
22	86.6	97.4
24		1e-05
26		6.1e-06
29		0.0117
32	7.06	4.94
33	7.1	5.78
36	994.0	8.092e-06
37	35.588	1.722
42		295.0
43		Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
45		0.00507
46		0.344
47		0.584
48		0.0493
49		8e-05
50		-39.7
51		-12.4
53	Poreda and Craig, 1989	Symonds et al., 2003

USA041

Column	Version 1	Version 2
7	-165.973611111	-165.908333333
10	-58.4166666667	-54.5
11	12.0	21.0
12	USA	USA, AK
14	Akutan Isl., Hot Spring bay, hot spring	Akutan vol., AK2
16		19960728.0
19	AL-11-81
21	G/S	FF
22	84.5	97.8
24		6.8e-06
26		6e-08
29		4e-05
32	5.23	7.25
33	6.1	7.26
36	854.0	1.0164e-05
37	1.3776	112.217
42		301.0
43		Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
45		3.4e-05
46		0.021
47		0.956
48		0.002
49		0.02
51		-9.7
53	Poreda and Craig, 1989	Symonds et al., 2003

USA042

Column	Version 1	Version 2
2	54.1530555556	54.1486111111
5	9.18333333333	8.91666666667
7	-165.854444444	-165.973611111
10	-51.2666666667	-58.4166666667
12	USA	USA, AK
14	Akutan vol., AK1	Akutan vol., AK3
16	19960730.0	19960729.0
21	FSS	SF
22	97.4	96.6
24	10.0	4.6e-06
26	6.1	4.3e-08
29	11700.0	2.5e-05
32	4.94	7.23
33	5.78	7.24
36	809.2	1.0136e-05
37	6.0	106.19
42	295.0	300.0
43	Rcorr=(R/Ra)corr*140	Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
45	5070.0	6e-05
46	344000.0	0.0141
47	584000.0	0.92
48	49300.0	0.0014
49	80.0	0.064
50	-39.7
51	-12.4	-12.0

USA043

Column	Version 1	Version 2
1	~
2	54.1486111111	52.35
3	~
4	54.0	52.0
5	8.91666666667	21.0
6	~
7	-165.908333333	-174.25
8	~
9	-165.0	-174.0
10	-54.5	-15.0
11	21.0	12.0
12	USA	USA, AK
13	Aleutian Isls., Akutan Island	Aleutian Isls., Atka Island
14	Akutan vol., AK2	Kliuchef vol., fumarolic field (615m), acid spring
16	19960728.0
19		AL-35-81
21	FF	G/S
22	97.8	93.0
24	6.8
26	0.06
29	40.0
32	7.25	5.22
33	7.26	5.4
36	1016.4	7.56e-06
37	391.0	4.9938
42	301.0
43	Rcorr=(R/Ra)corr*140
45	34.0
46	21000.0
47	956000.0
48	2000.0
49	20000.0
51	-9.7
53	Symonds et al., 2003	Poreda and Craig, 1989

USA044

Column	Version 1	Version 2
1	~
2	54.1486111111	52.35
3	~
4	54.0	52.0
5	8.91666666667	21.0
6	~
7	-165.973611111	-174.25
8	~
9	-165.0	-174.0
10	-58.4166666667	-15.0
11	21.0	12.0
12	USA	USA, AK
13	Aleutian Isls., Akutan Island	Aleutian Isls., Atka Island
14	Akutan vol., AK3	Kliuchef vol., Milky River, flank fumarole
16	19960729.0
19		AL-34-81
21	SF	G/F
22	96.6	96.0
24	4.6
26	0.043
29	25.0
32	7.23	6.0
33	7.24	6.15
36	1013.6	8.61e-06
37	370.0	8.6674
42	300.0
43	Rcorr=(R/Ra)corr*140
45	60.0
46	14100.0
47	920000.0
48	1400.0
49	64000.0
51	-12.0
53	Symonds et al., 2003	Poreda and Craig, 1989

USA045

Column	Version 1	Version 2
12	USA	USA, AK
14	Kliuchef Volcano (Atka Isl.), Milky River, flank fumarole	Kliuchef vol., Site A (410m), acid spring
19	AL-34-81	AL-37-81
21	G/F	G/S
22	96.0	97.0
32	6.0	5.06
33	6.15	5.17
36	861.0	7.238e-06
37	8.6674	9.9876

USA046

Column	Version 1	Version 2
12	USA	USA, AK
14	Kliuchef Volcano (Atka Isl.), Site A (410m), acid spring	Kliuchef vol., Site B (410m), mud pot
19	AL-37-81	AL-38-81
22	97.0	84.0
32	5.06	5.2
33	5.17	5.26
36	723.8	7.364e-06
37	9.9876	17.507

USA047

Column	Version 1	Version 2
2	52.35	52.067
5	21.0	4.02
7	-174.25	-176.083
9	-174.0	-176.0
10	-15.0	-4.98
12	USA	USA, AK
13	Aleutian Isls., Atka Island	Aleutian Isls., Great Sitkin Island
14	Kliuchef Volcano (Atka Isl.), Site B (410m), mud pot	Big Fox Creek (Great Sitkin Isl.), flank fumarole
19	AL-38-81	AL-26-81
21	G/S	G/F
22	84.0	97.0
32	5.2	3.95
33	5.26	6.49
36	736.4	9.086e-06
37	17.507	0.6314

USA048

Column	Version 1	Version 2
2	52.35	52.067
5	21.0	4.02
7	-174.25	-176.083
9	-174.0	-176.0
10	-15.0	-4.98
12	USA	USA, AK
13	Aleutian Isls., Atka Island	Aleutian Isls., Great Sitkin Island
14	Kliuchef Volcano (Atka Isl.),fumarolic field (615m), acid spring	Big Fox Creek (Great Sitkin Isl.), flank fumarole
19	AL-35-81	AL-27-81
21	G/S	G/F
22	93.0	97.6
32	5.22	6.86
33	5.4	6.89
36	756.0	9.646e-06
37	4.9938	55.391

USA049

Column	Version 1	Version 2
2	52.067	53.224
4	52.0	53.0
5	4.02	13.44
7	-176.083	-168.432
9	-176.0	-168.0
10	-4.98	-25.92
12	USA	USA, AK
13	Aleutian Isls., Great Sitkin Island	Aleutian Isls., Umnak Island
14	Big Fox Creek (Great Sitkin Isl.) , flank fumarole	Geyser Bight (Umnak Isl.), hot spring
19	AL-26-81	AL-20-81
21	G/F	G/S
22	97.0	81.0
32	3.95	7.41
33	6.49	7.5
36	908.6	1.05e-05
37	0.6314	20.09

USA050

Column	Version 1	Version 2
2	52.067	53.224
4	52.0	53.0
5	4.02	13.44
7	-176.083	-168.432
9	-176.0	-168.0
10	-4.98	-25.92
12	USA	USA, AK
13	Aleutian Isls., Great Sitkin Island	Aleutian Isls., Umnak Island
14	Big Fox Creek (Great Sitkin Isl.) , flank fumarole	Okmok vol. (Umnak Isl.), gas seep
19	AL-27-81	AL-17-81
21	G/F	G/seep
22	97.6	7.0
32	6.86	7.67
33	6.89	7.75
36	964.6	1.085e-05
37	55.391	21.525

USA051

Column	Version 1	Version 2
2	53.224	53.8833333333
5	13.44	53.0
7	-168.432	-166.933333333
9	-168.0	-166.0
10	-25.92	-56.0
12	USA	USA, AK
13	Aleutian Isls., Umnak Island	Aleutian Isls., Unalaska Island
14	Geyser bight (Umnak Isl.), hot spring	Makushin vol., chloride hot spring
19	AL-20-81	RM-83-41
22	81.0
32	7.41	1.27
33	7.5	1.6
36	1050.0	2.24e-06
37	20.09	0.4305

USA052

Column	Version 1	Version 2
2	53.224	53.8833333333
5	13.44	53.0
7	-168.432	-166.933333333
9	-168.0	-166.0
10	-25.92	-56.0
12	USA	USA, AK
13	Aleutian Isls., Umnak Island	Aleutian Isls., Unalaska Island
14	Okmok volcano (Umnak Isl.), gas seep	Makushin vol., field No.7, flank fumarole
19	AL-17-81	RM-83-57
21	G/seep	G/F
22	7.0
32	7.67	5.91
33	7.75	5.93
36	1085.0	8.302e-06
37	21.525	86.1

USA053

Column	Version 1	Version 2
7	-165.066666667	-166.933333333
10	56.0	-56.0
11	21.0	12.0
12	USA	USA, AK
14	Makushin vol., GV-2	Makushin vol., Glacier valley, acid spring
16	19960724.0
19		AL-5-81
21	FF	G/S
22	100.0	92.0
24	5.8
26	0.47
29	640.0
32	4.72	3.8
33	4.81	3.91
36	673.4	5.474e-06
37	43.0	6.888
42	321.0
43	Rcorr=(R/Ra)corr*140
44	0.0
45	430.0
46	74900.0
47	838000.0
48	230.0
49	85000.0
51	-7.6
53	Symonds et al., 2003	Poreda and Craig, 1989

USA054

Column	Version 1	Version 2
7	-165.066666667	-166.933333333
10	56.0	-56.0
12	USA	USA, AK
14	Makushin volcano (Unalaska Isl.), chloride spring, hot spring	Makushin vol., Glacier valley, flank fumarole
19	RM-83-41	AL-6-81
21	G/S	G/F
22		97.0
32	1.27	4.52
33	1.6	4.58
36	224.0	6.412e-06
37	0.4305	15.211

USA055

Column	Version 1	Version 2
7	-165.066666667	-166.933333333
10	56.0	-56.0
12	USA	USA, AK
14	Makushin volcano (Unalaska Isl.), cummit, summit fumarole	Makushin vol., Glacier valley, flank fumarole
19	RM-82-MS	RM-82-GV1
21	G/S	G/F
22	96.0	152.0
32	7.83	4.04
33	7.83	4.3
36	1096.2	6.02e-06
37	430.5	3.2718

USA056

Column	Version 1	Version 2
7	-165.066666667	-166.933333333
10	56.0	-56.0
11	12.0	21.0
12	USA	USA, AK
14	Makushin volcano (Unalaska Isl.), field No.7, flank fumarole	Makushin vol., GV-2
16		19960724.0
19	RM-83-57
21	G/F	FF
22		100.0
24		5.8e-06
26		4.7e-07
29		0.00064
32	5.91	4.72
33	5.93	4.81
36	830.2	6.734e-06
37	86.1	12.341
42		321.0
43		Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
45		0.00043
46		0.0749
47		0.838
48		0.00023
49		0.085
51		-7.6
53	Poreda and Craig, 1989	Symonds et al., 2003

USA057

Column	Version 1	Version 2
7	-165.066666667	-166.933333333
10	56.0	-56.0
12	USA	USA, AK
14	Makushin volcano (Unalaska Isl.), Glacier valley, acid spring	Makushin vol., Makushin valley, flank fumarole
19	AL-5-81	RM-80-MV2
21	G/S	G/F
22	92.0
32	3.8	6.6
33	3.91	6.65
36	547.4	9.31e-06
37	6.888	31.57

USA058

Column	Version 1	Version 2
7	-165.066666667	-166.933333333
10	56.0	-56.0
12	USA	USA, AK
14	Makushin volcano (Unalaska Isl.), Glacier valley, flank fumarole	Makushin vol., Makushin valley, flank fumarole
19	AL-6-81	RM-80-MV!
22	97.0	98.0
32	4.52	4.91
33	4.58	5.01
36	641.2	7.014e-06
37	15.211	10.619

USA059

Column	Version 1	Version 2
7	-165.066666667	-166.933333333
10	56.0	-56.0
12	USA	USA, AK
14	Makushin volcano (Unalaska Isl.), Glacier valley, flank fumarole	Makushin vol., Makushin valley, flank fumarole
19	RM-82-GV1	AL-3-81
22	152.0	97.2
32	4.04	4.97
33	4.3	5.01
36	602.0	7.014e-06
37	3.2718	26.978

USA060

Column	Version 1	Version 2
7	-165.066666667	-166.933333333
10	56.0	-56.0
12	USA	USA, AK
14	Makushin volcano (Unalaska Isl.), Makushin valley, flank fumarole	Makushin vol., summit fumarole
19	RM-80-MV2	RM-82-MS
21	G/F	G/FF
22		96.0
32	6.6	7.83
33	6.65	7.83
36	931.0	1.0962e-05
37	31.57	430.5

USA061

Column	Version 1	Version 2
7	-165.066666667	-166.933333333
10	56.0	-56.0
12	USA	USA, AK
14	Makushin volcano (Unalaska Isl.), Makushin valley, flank fumarole	Makushin vol., test well, well
19	RM-80-MV!	RM-83-77
21	G/F	G/H
22	98.0	193.0
32	4.91	3.68
33	5.01	3.74
36	701.4	5.236e-06
37	10.619	11.767

USA062

Column	Version 1	Version 2
7	-165.066666667	-166.933333333
10	56.0	-56.0
12	USA	USA, AK
14	Makushin volcano (Unalaska Isl.), Makushin valley, flank fumarole	Makushin vol., west flank, flank fumarole
19	AL-3-81	RM-82-WF
22	97.2
32	4.97	5.04
33	5.01	5.1
36	701.4	7.14e-06
37	26.978	20.09

USA063

Column	Version 1	Version 2
2	53.8833333333	34.4
4	53.0	34.0
5	53.0	24.0
7	-165.066666667	-111.6
9	-166.0	-111.0
10	56.0	-36.0
11	12.0	28.0
12	USA	USA, AZ
13	Aleutian Isls., Unalaska Island	Arizona Transition
14	Makushin volcano (Unalaska Isl.), test well, well	Fossil Creek - downstream
19	RM-83-77
21	G/H
22	193.0
32	3.68
33	3.74	0.975
36	523.6	1.36e-06
37	11.767
53	Poreda and Craig, 1989	Newell et al., 2005

USA064

Column	Version 1	Version 2
2	53.8833333333	34.4
4	53.0	34.0
5	53.0	24.0
7	-165.066666667	-111.6
9	-166.0	-111.0
10	56.0	-36.0
11	12.0	28.0
12	USA	USA, AZ
13	Aleutian Isls., Unalaska Island	Arizona Transition
14	Makushin volcano (Unalaska Isl.), west flank, flank fumarole	Fossil Creek – upper orifice
19	RM-82-WF
21	G/F
32	5.04
33	5.1	0.31
36	714.0	4.3e-07
37	20.09
53	Poreda and Craig, 1989	Newell et al., 2005

USA065

Column	Version 1	Version 2
2		34.6
4		34.0
5		36.0
7		-111.8
9		-111.0
10		-48.0
11	6,7	28.0
12	USA	USA, AZ
13	California	Arizona Transition
14	Agua Caliente Spr., Elsinore Fault Zone	Montezuma well
15	<
16	19780000.0
19	ACAL-2P
33		1.16
34	18.2
35	<=
36	18.2	1.62e-06
53	SOI collection, unpubl.; Lupton, 1983	Newell et al., 2005

USA066

Column	Version 1	Version 2
2		36.5
4		36.0
5		30.0
7		-111.9
9		-111.0
10		-54.0
11	6,7	28.0
12	USA	USA, AZ
13	California	Arizona, Colorado Plateau
14	Agua Caliente Spr., Elsinore Fault Zone	Fence Fault Spr
15	<
16	19780000.0
19	ACAL-1S
20	a
33		0.1
34	14.4
35	<=
36	14.4	1.4e-07
53	SOI collection, unpubl.; Lupton, 1983	Newell et al., 2005

USA067

Column	Version 1	Version 2
2		36.2
4		36.0
5		12.0
7		-113.1
9		-113.0
10		-6.0
11	6,7	28.0
12	USA	USA, AZ
13	California	Arizona, Colorado Plateau
14	Agua Caliente Spr., Elsinore Fault Zone	Lava Falls Warm Spr
15	<
16	19780000.0
19	ACAL-1S
20	b
32	0.12
33		0.153
34	16.5
35	<=
36	16.5	2.142e-07
53	SOI collection, unpubl.; Lupton, 1983	Newell et al., 2005

USA068

Column	Version 1	Version 2
2	33.3666666667	35.9
4	33.0	35.0
5	22.0	54.0
7	-117.016666667	-113.3
9	-117.0	-113.0
10	-1.0	-18.0
11	6,7	28.0
12	USA	USA, AZ
13	California	Arizona, Colorado Plateau
14	Agua Tibia Spr., Elsinore Fault Zone	Pumpkin Spr
15	<
16	19780000.0
19	ATIB-1W
22	33.0
32	0.72
33		0.125
34	100.4
35	<=
36	100.4	1.75e-07
53	SOI collection, unpubl.; Lupton, 1983	Newell et al., 2005

USA069

Column	Version 1	Version 2
2	34.187	35.7
4	34.0	35.0
5	11.22	42.0
7	-117.263	-113.4
9	-117.0	-113.0
10	-15.78	-24.0
11	6,7	28.0
12	USA	USA, AZ
13	California	Arizona, Colorado Plateau
14	Arrowhead Hot Spr., Mission Creek-Banning Fault Zone	Travertine Grotto - Mudpit Spr
15	<
16	19780000.0
19	ARROW-1S
22	90.0
32	0.44
33		0.068
34	61.0
35	<=
36	61.0	9.52e-08
53	SOI collection, unpubl.; Lupton, 1983	Newell et al., 2005

USA070

Column	Version 1	Version 2
2	34.187	35.7
4	34.0	35.0
5	11.22	42.0
7	-117.263	-113.4
9	-117.0	-113.0
10	-15.78	-24.0
11	6,7	28.0
12	USA	USA, AZ
13	California	Arizona, Colorado Plateau
14	Arrowhead Hot Spr., Mission Creek-Banning Fault Zone	Travertine Grotto - Tap eats Spr
15	<
16	19780000.0
19	ARROW-1W
22	90.0
33		0.15
34	61.9
35	<=
36	61.9	2.1e-07
53	SOI collection, unpubl.; Lupton, 1983	Newell et al., 2005

USA071

Column	Version 1	Version 2
2	34.187
4	34.0
5	11.22
7	-117.263
9	-117.0
10	-15.78
11	6,7	13.0
12	USA	USA, CA
13	California	California North.
14	Arrowhead Hot Spr., Mission Creek-Banning Fault Zone	Tompkins Hill gas field, well
15	<
16	19780000.0
17		1628.0
19	ARROW-1W	1197.0
21		G/H
22	90.0
23		Pliocene
24		4.5e-06
32		0.15
34	63.0	2.1e-07
35	<=	≤
36	63.0	2.1e-07
45		0.00919
46		0.0361
47		0.00043
48		0.927
50		-32.2
52		[CH4]=[CH4+HC]
53	SOI collection, unpubl.; Lupton, 1983	Jenden et al., 1993

USA072

Column	Version 1	Version 2
11	6.0	13.0
12	USA	USA, CA
13	California	California North.
14	Bashford's Baths, Salton Sea, Imperial Valley	Tompkins Hill gas field, well
15	<
16	19780000.0
17		1463.0
19	BASH	1196.0
21		G/H
23		Pliocene
24		5e-06
32	1.0	0.145
34	140.0	2.03e-07
35	>	≤
36	140.0	2.03e-07
45		0.00354
46		0.0136
47		0.00025
48		0.9591
50		-31.9
52		[CH4]=[CH4+HC]
53	Lupton, 1983	Jenden et al., 1993

USA073

Column	Version 1	Version 2
11	13,17	13.0
12	USA	USA, CA
13	California	California South.
14	Butte, West gas field, well Mapco-Kylling #1	Belgian Anticline oil field, well
16	19841100.0
17	1554.0	1996.0
19	1004.0	1180.0
23	Forbes Formation, Cretaceous	Eocene
24	44.5	5.1e-06
29	50.0
32	1.71	0.234
33	1.73
34		3.276e-07
35		≤
36	242.2	3.276e-07
37	86.1
45	50.0	0.0013
46	70000.0	0.0138
47	520.0	0.00898
48	921000.0	0.95
50	-31.1	-36.3
52	[C2+], ppm = 3600	[CH4]=[CH4+HC]
53	Jenden et al., 1988, 1993	Jenden et al., 1993

USA074

Column	Version 1	Version 2
2	37.6666666667
4	37.0
5	40.0
7	-118.866666667
9	-118.0
10	-52.0
11	15.0	13.0
12	USA	USA, CA
13	California	California South.
14	Casa Diablo, spring	Big Mountain oil field, well
16	19830000.0
17		1323.0
19		1186.0
21	G/S	G/H
22	230.0
23	Reservoir temperature,	Oligocene
24		1.57e-05
32		0.562
33	4.87
34		7.868e-07
35		≤
36	681.8	7.868e-07
37	243.95
42	335.0
45		0.00224
46		0.0173
47		0.0001
48		0.9502
50		-40.1
52		[CH4]=[CH4+HC]
53	Welhan et al., 1988a	Jenden et al., 1993

USA075

Column	Version 1	Version 2
2	37.1166666667
4	37.0
5	7.0
7	-120.233333333
9	-120.0
10	-14.0
11	13,17	13.0
12	USA	USA, CA
13	California	California South.
14	Chowchilla gas field, well #3	Huntington Beach oil field, well
16	19851200.0
17	2415.0	1498.0
19	1146.0	1185.0
23	Panoche Formation, Cretaceous	Miocene
24	102.0	5.7e-06
29	160.0
32	0.9	0.932
33	0.99
34		1.3048e-06
35		≤
36	138.6	1.3048e-06
37	274.372
45	400.0	0.001
46	591000.0	0.015
47	120.0	0.012
48	406000.0	0.936
50	-34.0	-51.4
52	[C2+], ppm = 4800	[CH4]=[CH4+HC]
53	Jenden et al., 1988, 1993	Jenden et al., 1993

USA076

Column	Version 1	Version 2
2	37.1166666667
4	37.0
5	7.0
7	-120.233333333
9	-120.0
10	-14.0
11	13,17	13.0
12	USA	USA, CA
13	California	California South.
14	Chowchilla gas field, well #5	Molino gas field, well
16	19851200.0
17	794.0
19	1148.0	1309.0
23	Zilch Formation, Miocene	Eocene
24	129.0	1.06e-05
29	150.0
32	0.361	0.059
33	0.398
34		8.26e-08
35		≤
36	55.72	8.26e-08
37	430.5
45	130.0	0.00042
46	108000.0	0.00201
47	1900.0	0.00119
48	882000.0	1.0008
50	-53.8	-36.6
52	[C2+], ppm = 290	[CH4]=[CH4+HC]
53	Jenden et al., 1988, 1993	Jenden et al., 1993

USA077

Column	Version 1	Version 2
11	6.0	13.0
12	USA	USA, CA
13	California	California South.
14	CO2 Wells, Salton Sea, Imperial Valley, hole	Orcutt oil field, well
15	<
16	19780000.0
17		2926.0
19	CO2W-1W	1202.0
20	a
21		G/H
23		Miocene
24		2.09e-05
32	6.5	0.838
34	848.0	1.1732e-06
35	>=	≤
36	848.0	1.1732e-06
45		0.0116
46		0.092
47		0.051
48		0.804
50		-36.6
52		[CH4]=[CH4+HC]
53	Lupton, 1983	Jenden et al., 1993

USA078

Column	Version 1	Version 2
11	6.0	13.0
12	USA	USA, CA
13	California	California South.
14	CO2 Wells, Salton Sea, Imperial Valley, hole	Oxnard oil field, well
15	<
16	19780000.0
17		2819.0
19	CO2W-1W	1188.0
20	b
21		G/H
23		Eocene
24		1.75e-05
32		0.671
34	962.0	9.394e-07
35	>=	≤
36	962.0	9.394e-07
45		0.0134
46		0.0637
47		0.00038
48		0.899
50		-36.2
52		[CH4]=[CH4+HC]
53	Lupton, 1983	Jenden et al., 1993

USA079

Column	Version 1	Version 2
2	39.95
4	39.0
5	57.0
7	-122.166666667
9	-122.0
10	-10.0
11	13,17	13.0
12	USA	USA, CA
13	California	California South.
14	Corning gas field, well Saldubehere #2	Santa Maria Valley oil field, well
16	19841200.0
17	430.0	1268.0
19	1025.0	1199.0
23	Tehama Formation, Pliocene	Jurassic
24	91.3	3.5e-06
29	160.0
32	0.602	0.162
33	0.603
34		2.268e-07
35		≤
36	84.42	2.268e-07
37	107.625
45	50.0	0.0889
46	238000.0	0.327
47	20.0	0.0476
48	750000.0	0.515
50	-42.9	-32.1
52	[C2+], ppm = 60	[CH4]=[CH4+HC]
53	Jenden et al., 1988, 1993	Jenden et al., 1993

USA080

Column	Version 1	Version 2
11	13,17	13.0
12	USA	USA, CA
13	California	California South.
14	Crossroads gas field, well Cache Basin #1	Trico gas field, well
16	19851100.0
17	1234.0	740.0
19	1107.0	1153.0
23	Starkey Formation, Cretaceous	Pleistocene
24	106.0	6.8e-06
29	60.0
32	0.138	0.062
33	0.139
34		8.68e-08
35		≤
36	19.46	8.68e-08
37	157.85
45	170.0	0.0002
46	76000.0	0.00216
47	360.0	0.00504
48	920000.0	0.98938
50	-46.1	-70.2
52	[C2+], ppm = 940	[CH4]=[CH4+HC]
53	Jenden et al., 1988, 1993	Jenden et al., 1993

USA081

Column	Version 1	Version 2
2	33.9258333333
4	33.0
5	55.55
7	-116.440833333
9	-116.0
10	-26.45
11	6,7	13.0
12	USA	USA, CA
13	California	California South.
14	Desert Hot Spr., Mission Creek-Banning Fault Zone	Wheeler Ridge oil field, well
15	<
16	19780000.0
17		2707.0
19	DSRT-1W	1179.0
20	a
21		G/H
22	93.0
23		Miocene
24		1.16e-05
32		0.31
34	60.1	4.34e-07
35	<=	≤
36	60.1	4.34e-07
45		0.00281
46		0.0254
47		0.00042
48		0.946
50		-40.0
52		[CH4]=[CH4+HC]
53	SOI collection, unpubl.; Lupton, 1983	Jenden et al., 1993

USA082

Column	Version 1	Version 2
2	33.9258333333
4	33.0
5	55.55
7	-116.440833333
9	-116.0
10	-26.45
11	6,7	13.0
12	USA	USA, CA
13	California	California South.
14	Desert Hot Spr., Mission Creek-Banning Fault Zone	Wheeler Ridge oil field, well
15	<
16	19780000.0
17		2274.0
19	DSRT-1W	1177.0
20	b
21		G/H
22	93.0
23		Miocene
24		2.8e-05
32	0.44	0.585
34	61.5	8.19e-07
35	<=	≤
36	61.5	8.19e-07
45		0.00346
46		0.0543
47		0.00111
48		0.91
50		-49.9
52		[CH4]=[CH4+HC]
53	SOI collection, unpubl.; Lupton, 1983	Jenden et al., 1993

USA083

Column	Version 1	Version 2
2	36.05
4	36.0
5	3.0
7	-117.783333333
9	-117.0
10	-47.0
11	15.0	13.0
12	USA	USA, CA
13	California	California South.
14	Devil's Kitchen, Coso Spr., spring	Wilmington Offshore oil field, well
16	19820000.0
17		2929.0
19		1171.0
21	G/S	G/H
22	220.0
23	Reservoir temperature,	Miocene
24	21.8797212835	1.44e-05
29	15.0731182153
32		0.078
33	7.08
34		1.092e-07
35		≤
36	991.2	1.092e-07
37	229.6
42	388.0
44	499.277290988
45	20.5398885533	5e-05
46	2053.98885533	0.0124
47	996840.017146	0.0258
48	521.397170968	0.935
50		-45.4
52	[CO2]=[CO2+H2S]	[CH4]=[CH4+HC]
53	Welhan et al., 1988a	Jenden et al., 1993

USA084

Column	Version 1	Version 2
2	33.5108333333	40.5
4	33.0	40.0
5	30.65	30.0
7	-115.826166667	-121.5
9	-115.0	-121.0
10	-49.57	-30.0
11	6,7	12,28
12	USA	USA, CA
13	California	California, Cascade Range
14	Dos Palmas Spr., Salton Sea, Imperial Valley	Lassen Park, Bumpass Hell Hot Spr., acid spring L-8 , gas
15	<
16	19780000.0	19740900.0
19	DOSP	L-8(BH)
20		b
21		G/S
22	29.0	90.0
32	0.8	7.06
33		7.08
34	112.0
35	<=
36	112.0	9.912e-06
37		149.24
53	SOI collection, unpubl.; Lupton, 1983	Poreda and Craig, 1989; Newell et al., 2005

USA085

Column	Version 1	Version 2
2	39.65	40.5
4	39.0	40.0
5	39.0	30.0
7	-121.833333333	-121.5
10	-50.0	-30.0
11	13,17	18,28
12	USA	USA, CA
13	California	California, Cascade Range
14	Durham gas field, well Newby-Durham #1	Lassen Park, Bumpass Hell Hot Spr., acid spring L-8 , water
16	19841000.0	19740900.0
17	649.0
19	1043.0	L-8
21	G/H	W/S
22		90.0
23	Capay Formation, Eocene
24	117.0
25		2.3e-08
29	130.0
32	0.624	3.4
33	0.624
34		4.76e-06
35		≥
36	87.36	4.76e-06
37	11.48
45	430.0
46	292000.0
47	40.0
48	703000.0
50	-26.7
52	[C2+], ppm = 510
53	Jenden et al., 1988, 1993	Craig et al., 1978b; Newell et al., 2005

USA086

Column	Version 1	Version 2
2	32.7833333333	40.5
4	32.0	40.0
5	47.0	30.0
7	-115.916666667	-121.5
9	-115.0	-121.0
10	-55.0	-30.0
11	15.0	03,18,28
12	USA	USA, CA
13	California	California, Cascade Range
14	East Mesa, well #8-1	Lassen Park, Bumpass Hell Hot Spr., acid spring L-8, gas
16	19780000.0	19740900.0
19		L-8
20		a
21	G/H	G/S
22	180.0	90.0
23	Reservoir temperature,
24	28.4078947368	6.55714285714e-06
29	1679.40789474
32		7.7
33	0.79	7.7
34		1.08e-05
36	110.6	1.078e-05
37	3.0422	150.0
44	4177.63157895
45	835.526315789
46	758657.894737
47	164473.684211	0.964285714286
48	40105.2631579
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988a	Craig et al., 1978a,b; Newell et al., 2005

USA087

Column	Version 1	Version 2
2	33.8966666667	40.5
4	33.0	40.0
5	53.8	30.0
7	-117.054166667	-121.516666667
9	-117.0	-121.0
10	-3.25	-31.0
11	6,7	18.0
12	USA	USA, CA
13	California	California, Cascade Range
14	Eden Hot Spr., San-Jacinto Fault Zone	Lassen Park, Morgan Springs, Growler spring L-19, gas
15	<
16	19780000.0	19740900.0
19	EDEN-1P	L-19
20	a
21		G/S
22	43.0	94.0
24		4.65e-06
32	0.15	3.2
34	22.3	4.48e-06
35	<=	≥
36	22.3	4.48e-06
47		0.553571428571
53	SOI collection, unpubl.; Lupton, 1983	Craig et al., 1978b

USA088

Column	Version 1	Version 2
2	33.8966666667	40.5
4	33.0	40.0
5	53.8	30.0
7	-117.054166667	-121.516666667
9	-117.0	-121.0
10	-3.25	-31.0
11	6,7	18.0
12	USA	USA, CA
13	California	California, Cascade Range
14	Eden Hot Spr., San-Jacinto Fault Zone	Lassen Park, Morgan Springs, Growler spring L-19, water
15	<
16	19780000.0	19740900.0
19	EDEN-1P	L-19
20	b
21		W/S
22	43.0	94.0
25		9.4e-09
32		1.25
34	21.4	1.75e-06
35	<=	≥
36	21.4	1.75e-06
53	SOI collection, unpubl.; Lupton, 1983	Craig et al., 1978b

USA089

Column	Version 1	Version 2
2	33.8966666667	40.5
4	33.0	40.0
5	53.8	30.0
7	-117.054166667	-121.516666667
9	-117.0	-121.0
10	-3.25	-31.0
11	6,7	18.0
12	USA	USA, CA
13	California	California, Cascade Range
14	Eden Hot Spr., San-Jacinto Fault Zone	Lassen Park, Morgan Springs, Mill Creek, spring L-18, water
15	<
16	19780000.0	19740900.0
19	EDEN-2P	L-18
20	a
21		W/S
22	43.0	94.0
25		1.5e-07
32		0.39
34	21.6	5.46e-07
35	<=	≤
36	21.6	5.46e-07
53	SOI collection, unpubl.; Lupton, 1983	Craig et al., 1978b

USA090

Column	Version 1	Version 2
2	33.8966666667	40.4
4	33.0	40.0
5	53.8	24.0
7	-117.054166667	-121.5
9	-117.0	-121.0
10	-3.25	-30.0
11	6,7	12,15,28
12	USA	USA, CA
13	California	California, Cascade Range
14	Eden Hot Spr., San-Jacinto Fault Zone	Lassen Park, Sulphur Works Hot Spr., acid spring L-2 , gas
15	<
16	19780000.0	19740900.0
19	EDEN-2P	L-2(SW)
21		G/S
22	43.0	87.0
24		6.12372360464e-06
29		3.0187369882e-05
32		7.29
33		7.29
34	21.8
35	<=
36	21.8	1.0206e-05
37		861.0
44		0.000776246654109
45		1.29374442352e-05
46		0.00776246654109
47		0.991375037177
48		3.79498364231e-05
49		8.7e-09
52		[CO2]=[CO2+H2S]
53	SOI collection, unpubl.; Lupton, 1983	Poreda and Craig, 1989; Welhan et al., 1988a; Newell et al., 2005

USA091

Column	Version 1	Version 2
2	33.6675	40.4
4	33.0	40.0
5	40.05	24.0
7	-117.3275	-121.5
9	-117.0	-121.0
10	-19.65	-30.0
11	6,7	03,18,28
12	USA	USA, CA
13	California	California, Cascade Range
14	Elsinore Hot Spr., Elsinore Fault Zone	Lassen Park, Sulphur Works Hot Spr., acid spring L-2 , gas
15	<
16	19780000.0	19740900.0
19	ELSE-1W	L-2
21		G/S
22	52.0	87.0
24		7.029e-06
26		7.9e-09
29		3.5e-05
32	0.39	8.1
33		8.1
34	53.5	1.13e-05
35	<=
36	53.5	1.134e-05
37		900.0
44		0.000902
45		1.5e-05
46		0.009
47		0.99
48		4.4e-05
51		-7.9
53	SOI collection, unpubl.; Lupton, 1983	Craig et al., 1978a,b; Newell et al., 2005

USA092

Column	Version 1	Version 2
2	33.6675	40.4
4	33.0	40.0
5	40.05	24.0
7	-117.3275	-121.5
9	-117.0	-121.0
10	-19.65	-30.0
11	6,7	18,28
12	USA	USA, CA
13	California	California, Cascade Range
14	Elsinore Hot Spr., Elsinore Fault Zone	Lassen Park, Sulphur Works Hot Spr., acid spring L-2 , water
15	<
16	19780000.0	19740900.0
19	ELSE-1W	L-2
20	b
21		W/S
22	52.0	87.0
25		2.1e-08
32		3.9
34	57.1	5.46e-06
35	<=	≥
36	57.1	5.46e-06
53	SOI collection, unpubl.; Lupton, 1983	Craig et al., 1978b; Newell et al., 2005

USA093

Column	Version 1	Version 2
2		40.5
4		40.0
5		30.0
7		-121.516666667
9		-121.0
10		-31.0
11	13,17	18.0
12	USA	USA, CA
13	California	California, Cascade Range
14	Florin gas field, wells #1 and #2	Lassen Park, Terminal Geyser area, Shasta Forest well #1
16	19841100.0	19740900.0
17	1158.0	320.0
19	1031.0	Cast #5
21	G/H	M/H
22		151.0
23	Winters Formation, Cretaceous	liquid phase
24	38.3
25		6.9e-07
29	50.0
32	0.421	0.34
33	0.421
34		4.76e-07
35		≤
36	58.94	4.76e-07
37	9.471
45	70.0
46	101000.0
47	200.0
48	879000.0
50	-29.2
52	[C2+], ppm = 260
53	Jenden et al., 1988, 1993	Craig et al., 1978b

USA094

Column	Version 1	Version 2
2		40.5
4		40.0
5		30.0
7		-121.516666667
9		-121.0
10		-31.0
11	6.0	18.0
12	USA	USA, CA
13	California	California, Cascade Range
14	Fontain of Youth, Salton Sea, Imperial Valley	Lassen Park, Terminal Geyser area, Shasta Forest well #1
15	<
16	19780000.0	19740900.0
17		320.0
19	FOYS	Cast #9
21		M/H
22		151.0
23		liquid phase
25		1.1e-07
32	2.4	0.57
34	336.0	7.98e-07
35	>=	≤
36	336.0	7.98e-07
53	Lupton, 1983	Craig et al., 1978b

USA095

Column	Version 1	Version 2
2		41.4
4		41.0
5		24.0
7		-122.2
9		-122.0
10		-12.0
11	13,17	15,28
12	USA	USA, CA
13	California	California, Cascade Range
14	Freeport gas field, well Poppy Ridge #4	Shasta volcano hot spr.
16	19851100.0	19800000.0
17	2213.0
19	1126.0
21	G/H	G/S
23	Forbes Formation, Cretaceous
24	26.0
29	70.0
32	1.16
33	1.17	6.23
36	163.8	8.722e-06
37	24.682	51.66
45	130.0
46	384000.0
47	10.0
48	623000.0
50	-15.2
52	[C2+], ppm = 700
53	Jenden et al., 1988, 1993	Welhan et al., 1988a; Newell et al., 2005

USA096

Column	Version 1	Version 2
2	33.3625	48.7705555556
4	33.0	48.0
5	21.75	46.2333333333
7	-115.648056	-121.816111111
9	-115.0	-121.0
10	-38.88336	-48.9666666667
11	6.0	21.0
12	USA	USA, Cascades
13	California	California, Cascade Volcanoes
14	Frink Spr., Salton Sea, Imperial Valley	Baker vol., North Wall
15	<
16	19780000.0	19940906.0
19	FRNK-1P
21		SF
22		150.0
24		9.1e-06
26		3.2e-08
29		1.6e-05
32	1.9	7.48
33		7.49
34	260.8
35	>=
36	260.8	1.0486e-05
37		287.0
42		385.0
43		Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44		0.0029
45		2e-05
46		0.0059
47		0.936
48		0.0038
49		0.051
50		-24.3
51		-5.9
53	Lupton, 1983	Symonds et al., 2003

USA097

Column	Version 1	Version 2
2	38.79056	48.7697222222
4	38.0	48.0
5	47.4336	46.1833333333
7	-122.75583	-121.818611111
9	-122.0	-121.0
10	-45.3498	-49.1166666667
11	14.0	21.0
12	USA	USA, Cascades
13	California	California, Cascade Volcanoes
14	Geysers, GE-1	Baker vol., Smiley
16		19970807.0
20	a
21	G/H	SF
22		134.4
24		1.07e-05
26		3.9e-08
29		1.2e-05
32	9.5	7.69
33	9.6	7.7
34	1311.0
36	1344.0	1.078e-05
37	28.0	276.668
42		329.0
43		Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44		0.0025
45		0.0001
46		0.0106
47		0.93
48		0.0044
49		0.052
50		-22.0
51		-6.9
52		delta 15N = 1.9
53	Torgersen and Jenkins, 1982	Symonds et al., 2003

USA098

Column	Version 1	Version 2
2	38.79056	48.7697222222
4	38.0	48.0
5	47.4336	46.1833333333
7	-122.75583	-121.818611111
9	-122.0	-121.0
10	-45.0	-49.1166666667
11	14.0	21.0
12	USA	USA, Cascades
13	California	California, Cascade Volcanoes
14	Geysers, GE-1	Baker vol., Smiley
16		19940610.0
20	b
21	G/H	SF
22		135.0
24		6.3e-06
26		9.6e-09
29		1.3e-05
32	8.8	7.42
33	8.9	7.42
34	1223.0
36	1246.0	1.0388e-05
37	29.0	660.1
42		403.0
43		Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44		0.0031
45		5e-06
46		0.0054
47		0.938
48		0.0023
49		0.051
50		-22.9
51		-6.1
53	Torgersen and Jenkins, 1982	Symonds et al., 2003

USA099

Column	Version 1	Version 2
2	38.79056	48.7697222222
4	38.0	48.0
5	47.4336	46.1833333333
7	-122.75583	-121.818611111
9	-122.0	-121.0
10	-45.0	-49.1166666667
11	14.0	21.0
12	USA	USA, Cascades
13	California	California, Cascade Volcanoes
14	Geysers, GE-1	Baker vol., Smiley
16		19960823.0
21	W/H	SF
22		137.0
23	condensate
24		7.4e-06
26		2.3e-08
29		1.4e-05
32	4.5	7.44
33	4.8	7.45
34	617.0
36	672.0	1.043e-05
37	3.4	321.44
42		328.0
43		Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
45		6e-06
46		0.0047
47		0.939
48		0.0047
49		0.051
51		-6.7
53	Torgersen and Jenkins, 1982	Symonds et al., 2003

USA100

Column	Version 1	Version 2
2	38.79056	45.3705555556
4	38.0	45.0
5	47.4336	22.2333333333
7	-122.75583	-121.698333333
9	-122.0	-121.0
10	-45.0	-41.9
11	14.0	21.0
12	USA	USA, Cascades
13	California	California, Cascade Volcanoes
14	Geysers, GE-2	Hood vol., Crater Rock
16		19941018.0
20	a
21	G/H	SF
22		88.8
24		1.29e-05
26		2.4e-08
29		3.7e-05
32	8.1	7.51
33	8.1	7.51
34	1116.0
36	1134.0	1.0514e-05
37	500.0	545.3
42		470.0
43		Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44		0.029
45		1e-05
46		0.0105
47		0.91
48		0.00015
49		0.048
53	Torgersen and Jenkins, 1982	Symonds et al., 2003

USA101

Column	Version 1	Version 2
2	38.79056	45.3705555556
4	38.0	45.0
5	47.4336	22.2333333333
7	-122.75583	-121.698333333
9	-122.0	-121.0
10	-45.0	-41.9
11	14.0	21.0
12	USA	USA, Cascades
13	California	California, Cascade Volcanoes
14	Geysers, GE-2	Hood vol., Crater Rock
16		19970909.0
20	b
21	G/H	SF
22		91.0
24		2.14e-05
26		1.1e-07
29		3.5e-05
32	6.7	7.59
33	6.7	7.6
34	922.0
36	938.0	1.064e-05
37	498.0	189.994
42		341.0
43		Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44		0.0247
45		0.00018
46		0.0121
47		0.914
48		9e-05
49		0.049
51		-9.1
53	Torgersen and Jenkins, 1982	Symonds et al., 2003

USA102

Column	Version 1	Version 2
2	38.79056	45.37
4	38.0	45.0
5	47.4336	22.2
7	-122.75583	-121.697222222
9	-122.0	-121.0
10	-45.0	-41.8333333333
11	14.0	21.0
12	USA	USA, Cascades
13	California	California, Cascade Volcanoes
14	Geysers, GE-2	Hood vol., Devils Kitchen
16		19950623.0
21	W/H	SF
22		89.5
23	condensate
24		1.52e-05
26		2.3e-08
29		5.9e-05
32	5.9	7.48
33	6.2	7.48
34	921.0
36	868.0	1.0472e-05
37	5.0	657.23
42		391.0
43		Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
45		1.2e-05
46		0.0174
47		0.896
48		6e-05
49		0.087
51		-8.3
53	Torgersen and Jenkins, 1982	Symonds et al., 2003

USA103

Column	Version 1	Version 2
2	38.79056	46.7513888889
4	38.0	46.0
5	47.4336	45.0833333333
7	-122.75583	-121.811666667
9	-122.0	-121.0
10	-45.0	-48.7
11	14.0	21.0
12	USA	USA, Cascades
13	California	California, Cascade Volcanoes
14	Geysers, GE-3	Rainier vol., Soda
16		19980929.0
21	G/H	FSS
22		14.2
24		3e-08
26		2.8e-08
29		2.5e-05
32	7.11	2.57
33		3.07
34	948.0
35	>=
36	948.0	4.298e-06
37		1.1767
43		Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44		1e-05
45		0.00052
46		0.0011
47		0.998
48		1e-05
49		2e-06
51		-13.5
52		delta 13C(CO2) travertine
53	Torgersen and Jenkins, 1982	Symonds et al., 2003

USA104

Column	Version 1	Version 2
2	38.79056	46.7513888889
4	38.0	46.0
5	47.4336	45.0833333333
7	-122.75583	-121.811666667
9	-122.0	-121.0
10	-45.0	-48.7
11	14.0	21.0
12	USA	USA, Cascades
13	California	California, Cascade Volcanoes
14	Geysers, GE-3	Rainier vol., Soda
16		19970808.0
21	W/H	FSS
22		18.0
23	condensate
24		5e-08
26		5.5e-08
29		3.9e-05
32	1.34	2.21
33	1.37	2.76
34	186.0
36	191.8	3.864e-06
37	4.0	0.9184
42		295.0
43		Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44		6e-05
45		0.00017
46		0.0037
47		0.996
48		2e-05
51		-13.0
53	Torgersen and Jenkins, 1982	Symonds et al., 2003

USA105

Column	Version 1	Version 2
2	38.79056	41.4094444444
4	38.0	41.0
5	47.4336	24.5666666667
7	-122.75583	-122.19
10	-45.0	-11.4
11	14.0	21.0
12	USA	USA, Cascades
13	California	California, Cascade Volcanoes
14	Geysers, GE-4	Shasta vol., summit
16		19950907.0
20	a
21	G/H	SAP
22		82.1
24		1.8e-06
26		1e-08
29		1.2e-05
32	7.9	5.93
33	9.1	5.94
34	1089.0
36	1274.0	8.316e-06
37	1.9	173.922
42		326.0
43		Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
45		6e-06
46		0.0138
47		0.981
48		0.0058
49		0.0036
51		-11.3
53	Torgersen and Jenkins, 1982	Symonds et al., 2003

USA106

Column	Version 1	Version 2
2	38.79056	41.4094444444
4	38.0	41.0
5	47.4336	24.5666666667
7	-122.75583	-122.19
10	-45.0	-11.4
11	14.0	21.0
12	USA	USA, Cascades
13	California	California, Cascade Volcanoes
14	Geysers, GE-4	Shasta vol., Summit
16		19960815.0
20	b
21	G/H	SAP
22		80.4
24		6e-07
26		8.9e-09
29		2.4e-05
32	8.6	5.83
33	8.6	5.85
34	1188.0
36	1204.0	8.19e-06
37	500.0	67.732
42		530.0
43		Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
45		7.6e-05
46		0.033
47		0.95
48		0.0137
49		0.0032
50		-27.9
51		-11.2
53	Torgersen and Jenkins, 1982	Symonds et al., 2003

USA107

Column	Version 1	Version 2
2	38.79056	41.4094444444
4	38.0	41.0
5	47.4336	24.5666666667
7	-122.75583	-122.19
10	-45.0	-11.4
11	14.0	21.0
12	USA	USA, Cascades
13	California	California, Cascade Volcanoes
14	Geysers, GE-4	Shasta vol., Summit
16		19970626.0
21	W/H	SAP
22		80.2
23	condensate
24		3.3e-06
26		6.9e-08
29		3.5e-05
32	6.8	5.87
33	7.0	5.9
34	936.0
36	980.0	8.26e-06
37	11.0	47.355
42		299.0
43		Ra=1.40E-06; He/Ne recalculated from [(He/Ne)s/(He/Ne)air]*0.287
44		0.0092
45		1.2e-05
46		0.0287
47		0.95
48		0.0088
49		0.0028
50		-28.6
51		-11.4
53	Torgersen and Jenkins, 1982	Symonds et al., 2003

USA108

Column	Version 1	Version 2
2	38.79056	35.3673333333
4	38.0	35.0
5	47.4336	22.0
7	-122.75583	-117.666
9	-122.0	-117.0
10	-45.0	-39.5
11	14.0	15.0
12	USA	USA, CA
13	California	California, Coastal ranges/Great Valley
14	Geysers, GE-5	Randsburg Well
16		19820000.0
20	a
22		170.0
23		Reservoir temperature,
24		0.00288574675325
29		0.00699448051948
32	8.8
33	8.8	0.82
34	1223.0
36	1232.0	1.148e-06
37	500.0	28.7
44		0.0259675324675
46		0.697772727273
47		0.162337662338
48		0.104707792208
52		[CO2]=[CO2+H2S]
53	Torgersen and Jenkins, 1982	Welhan et al., 1988a

USA109

Column	Version 1	Version 2
12	USA	USA, CA
13	California	California, CoastalRanges (Mayacamas Mountains)
14	Geysers, GE-5	Geysers, GE-1
20	b
21	G/H	W/H
23		condensate
32	9.0	4.5
33	9.0	4.8
34	1240.0	6.17e-06
36	1260.0	6.72e-06
37	500.0	3.4

USA110

Column	Version 1	Version 2
10	-45.0	-45.3498
12	USA	USA, CA
13	California	California, CoastalRanges (Mayacamas Mountains)
14	Geysers, GW-1	Geysers, GE-1
20		a
32	5.3	9.5
33		9.6
34	736.0	1.311e-05
35	>=
36	736.0	1.344e-05
37	0.3	28.0

USA111

Column	Version 1	Version 2
12	USA	USA, CA
13	California	California, CoastalRanges (Mayacamas Mountains)
14	Geysers, GW-1	Geysers, GE-1
20		b
21	W/H	G/H
23	condensate
32	3.5	8.8
33	3.8	8.9
34	485.0	1.223e-05
36	532.0	1.246e-05
37	2.6	29.0

USA112

Column	Version 1	Version 2
12	USA	USA, CA
13	California	California, CoastalRanges (Mayacamas Mountains)
14	Geysers, GW-2	Geysers, GE-2
20	a
21	G/H	W/H
23		condensate
32	7.2	5.9
33	7.2	6.2
34	995.0	9.21e-06
36	1008.0	8.68e-06
37	500.0	5.0

USA114

Column	Version 1	Version 2
2		38.79056
4		38.0
5		47.4336
7		-122.75583
9		-122.0
10		-45.0
11	13,17	14.0
12	USA	USA, CA
13	California	California, CoastalRanges (Mayacamas Mountains)
14	Gill Ranch gas field, well #38-16	Geysers, GE-2
16	19851200.0
17	1753.0
19	1151.0
20		b
23	Panoche Formation, Cretaceous
24	104.0
29	120.0
32	0.307	6.7
33	0.34	6.7
34		9.22e-06
36	47.6	9.38e-06
37	191.142	498.0
45	140.0
46	84000.0
47	70.0
48	902000.0
50	-47.9
52	[C2+], ppm = 9300
53	Jenden et al., 1988, 1993	Torgersen and Jenkins, 1982

USA115

Column	Version 1	Version 2
2		38.79056
4		38.0
5		47.4336
7		-122.75583
9		-122.0
10		-45.0
11	13,17	14.0
12	USA	USA, CA
13	California	California, CoastalRanges (Mayacamas Mountains)
14	Harte gas field, well Dawang #1	Geysers, GE-3
16	19841200.0
17	1387.0
19	1030.0
21	G/H	W/H
23	Midland-Martinez Formation, Cretaceous-Paleocene	condensate
24	52.1
29	60.0
32	0.256	1.34
33	0.256	1.37
34		1.86e-06
36	35.84	1.918e-06
37	106.19	4.0
45	60.0
46	47000.0
47	620.0
48	947000.0
50	-52.4
52	[C2+], ppm = 4900
53	Jenden et al., 1988, 1993	Torgersen and Jenkins, 1982

USA116

Column	Version 1	Version 2
2	37.6666666667	38.79056
4	37.0	38.0
5	40.0	47.4336
7	-118.866666667	-122.75583
9	-118.0	-122.0
10	-52.0	-45.0
11	15.0	14.0
12	USA	USA, CA
13	California	California, CoastalRanges (Mayacamas Mountains)
14	Hot Creek, Long Valley, spring	Geysers, GE-3
16	19800000.0
21	G/S	G/H
22	230.0
23	Reservoir temperature,
24	5.04471004869
29	2260.94732182
32		7.11
33	5.64
34		9.48e-06
35		≥
36	789.6	9.48e-06
37	11.48
44	57.3262505533
45	25682.1602479
46	86562.6383355
47	885347.498893
48	206.374501992
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988a	Torgersen and Jenkins, 1982

USA117

Column	Version 1	Version 2
2	33.4258333333	38.79056
4	33.0	38.0
5	25.55	47.4336
7	-115.6855	-122.75583
9	-115.0	-122.0
10	-41.13	-45.0
11	6.0	14.0
12	USA	USA, CA
13	California	California, CoastalRanges (Mayacamas Mountains)
14	Hot Mineral Spa Well, Salton Sea, Imperial Valley, hole	Geysers, GE-4
15	<
16	19780000.0
17	99.0
19	HMIN-1V
21		W/H
22	81.0
23		condensate
32	1.9	6.8
33		7.0
34	232.7	9.36e-06
35	>=
36	232.7	9.8e-06
37		11.0
53	Lupton, 1983	Torgersen and Jenkins, 1982

USA118

Column	Version 1	Version 2
2	38.8583333333	38.79056
5	51.5	47.4336
7	-122.673333333	-122.75583
10	-40.4	-45.0
11	5.0	14.0
12	USA	USA, CA
13	California	California, CoastalRanges (Mayacamas Mountains)
14	Howard Spr.	Geysers, GE-4
16	19750000.0
21	G/S	G/H
22	45.0
32		7.9
33		9.1
34	41.0	1.089e-05
35	<=
36	41.0	1.274e-05
37		1.9
53	GIN RAS collection, unpubl.	Torgersen and Jenkins, 1982

USA119

Column	Version 1	Version 2
2	38.8583333333	38.79056
5	51.5	47.4336
7	-122.673333333	-122.75583
10	-40.4	-45.0
11	5.0	14.0
12	USA	USA, CA
13	California	California, CoastalRanges (Mayacamas Mountains)
14	Howard Spr.	Geysers, GE-4
16	19750000.0
21	G/S	G/H
22	45.0
32		8.6
33		8.6
34	42.0	1.188e-05
35	<=
36	42.0	1.204e-05
37		500.0
53	GIN RAS collection, unpubl.	Torgersen and Jenkins, 1982

USA120

Column	Version 1	Version 2
2	40.5	38.79056
4	40.0	38.0
5	30.0	47.4336
7	-121.516666667	-122.75583
9	-121.0	-122.0
10	-31.0	-45.0
11	18.0	14.0
12	USA	USA, CA
13	California	California, CoastalRanges (Mayacamas Mountains)
14	Lassen Park, Morgan Springs, Growler spring L-19	Geysers, GE-5
17	0.0
20		a
21	G/S	G/H
22	94.0
23	Sampling time Sept.-Oct. 1974
24	4.65
32	3.2	8.8
33		8.8
34	448.0	1.223e-05
35	>=
36	448.0	1.232e-05
37		500.0
47	553571.428571
53	Craig et al., 1978	Torgersen and Jenkins, 1982

USA121

Column	Version 1	Version 2
2	40.5	38.79056
4	40.0	38.0
5	30.0	47.4336
7	-121.516666667	-122.75583
9	-121.0	-122.0
10	-31.0	-45.0
11	18.0	14.0
12	USA	USA, CA
13	California	California, CoastalRanges (Mayacamas Mountains)
14	Lassen Park, Morgan Springs, Growler spring L-19	Geysers, GE-5
17	0.0
20		b
21	W/S	G/H
22	94.0
23	Sampling time Sept.-Oct. 1974
25	0.0094
32	1.25	9.0
33		9.0
34	175.0	1.24e-05
35	>=
36	175.0	1.26e-05
37		500.0
53	Craig et al., 1978	Torgersen and Jenkins, 1982

USA122

Column	Version 1	Version 2
2	40.5	38.79056
4	40.0	38.0
5	30.0	47.4336
7	-121.516666667	-122.75583
9	-121.0	-122.0
10	-31.0	-45.0
11	18.0	14.0
12	USA	USA, CA
13	California	California, CoastalRanges (Mayacamas Mountains)
14	Lassen Park, Morgan Springs, spring L-18 on Mill Creek	Geysers, GW-1
17	0.0
21	W/S	W/H
22	94.0
23	Sampling time Sept.-Oct. 1974	condensate
25	0.15
32	0.39	3.5
33		3.8
34	54.6	4.85e-06
35	<=
36	54.6	5.32e-06
37		2.6
53	Craig et al., 1978	Torgersen and Jenkins, 1982

USA123

Column	Version 1	Version 2
2	40.5	38.79056
4	40.0	38.0
5	30.0	47.4336
7	-121.516666667	-122.75583
9	-121.0	-122.0
10	-31.0	-45.0
11	18.0	14.0
12	USA	USA, CA
13	California	California, CoastalRanges (Mayacamas Mountains)
14	Lassen Park, Terminal Geyser area, Shasta Forest well #1	Geysers, GW-1
17	320.0
19	Cast #5
21	M/H	G/H
22	151.0
23	Sampling time Sept.-Oct. 1974
25	0.69
32	0.34	5.3
34	47.6	7.36e-06
35	<=	≥
36	47.6	7.36e-06
37		0.3
53	Craig et al., 1978	Torgersen and Jenkins, 1982

USA124

Column	Version 1	Version 2
2	40.5	38.79056
4	40.0	38.0
5	30.0	47.4336
7	-121.516666667	-122.75583
9	-121.0	-122.0
10	-31.0	-45.0
11	18.0	14.0
12	USA	USA, CA
13	California	California, CoastalRanges (Mayacamas Mountains)
14	Lassen Park, Terminal Geyser area, Shasta Forest well #1	Geysers, GW-2
17	320.0
19	Cast #9
20		a
21	M/H	G/H
22	151.0
23	Sampling time Sept.-Oct. 1974
25	0.11
32	0.57	7.2
33		7.2
34	79.8	9.95e-06
35	<=
36	79.8	1.008e-05
37		500.0
53	Craig et al., 1978	Torgersen and Jenkins, 1982

USA125

Column	Version 1	Version 2
2	40.5	38.79056
4	40.0	38.0
5	30.0	47.4336
7	-121.516666667	-122.75583
9	-121.0	-122.0
10	-31.0	-45.0
11	3,18	14.0
12	USA	USA, CA
13	California	California, CoastalRanges (Mayacamas Mountains)
14	Lassen volcano, Bumpass Hell Hot Spr., acid spring L-8 , gas	Geysers, GW-2
16	19740900.0
17	0.0
19	L-8
20	a	b
21	G/S	G/H
22	90.0
23	Sampling time Sept.-Oct. 1974
24	6.55714285714
32	7.7	6.9
34	1080.0	9.5e-06
36	1078.0	1.078e-05
37	150.0	2.3
47	964285.714286
53	Craig et al., 1978a,b	Torgersen and Jenkins, 1982

USA126

Column	Version 1	Version 2
2	40.5	33.5583333333
4	40.0	33.0
5	30.0	33.5
7	-121.516666667	-117.1555
9	-121.0	-117.0
10	-31.0	-9.33
11	12.0	06,07
12	USA	USA, CA
13	California	California, Elsinore Fault Zone
14	Lassen volcano, Bumpass Hell Hot Spr., acid spring L-8 , gas	Murietta Hot Spr.
15		<
16	19740900.0	19780000.0
17	0.0
19	L-8(BH)	MURI-1W
20	b	a
21	G/S
22	90.0	56.0
23	Duplicate of sample analysed by [Craig et al., 1978]
32	7.06
33	7.08
34		3.85e-06
35		≥
36	991.2	3.85e-06
37	149.24
53	Poreda and Craig, 1989	Lupton, 1983; SOI collection, unpubl.

USA127

Column	Version 1	Version 2
2	40.5	33.5583333333
4	40.0	33.0
5	30.0	33.5
7	-121.516666667	-117.1555
9	-121.0	-117.0
10	-31.0	-9.33
11	18.0	06,07
12	USA	USA, CA
13	California	California, Elsinore Fault Zone
14	Lassen volcano, Bumpass Hell Hot Spr., acid spring L-8 , water	Murietta Hot Spr.
15		<
16	19740900.0	19780000.0
17	0.0
19	L-8	MURI-1W
20		b
21	W/S
22	90.0	56.0
23	Sampling time Sept.-Oct. 1974
25	0.023
32	3.4	2.8
34	476.0	3.91e-06
35	>=	≥
36	476.0	3.91e-06
53	Craig et al., 1978	Lupton, 1983; SOI collection, unpubl.

USA128

Column	Version 1	Version 2
2	40.5	32.947
4	40.0	32.0
5	30.0	57.0
7	-121.516666667	-116.305
9	-121.0	-116.0
10	-31.0	-19.0
11	3,18	06,07
12	USA	USA, CA
13	California	California, Elsinore Fault Zone,
14	Lassen volcano, Sulphur Works Hot Spr., acid spring L-2 , gas	Agua Caliente Spr.
15		<
16	19740900.0	19780000.0
17	0.0
19	L-2	ACAL-2P
20	a
21	G/S
22	87.0
23	Sampling time Sept.-Oct. 1974
24	7.029
26	0.0079
29	35.0
32	8.1
33	8.1
34	1130.0	1.82e-07
35		≤
36	1134.0	1.82e-07
37	900.0
44	902.0
45	15.0
46	9000.0
47	990000.0
48	44.0
51	-7.9
53	Craig et al., 1978a,b	Lupton, 1983; SOI collection, unpubl.

USA129

Column	Version 1	Version 2
2	40.5	32.947
4	40.0	32.0
5	30.0	57.0
7	-121.516666667	-116.305
9	-121.0	-116.0
10	-31.0	-19.0
11	12,15	06,07
12	USA	USA, CA
13	California	California, Elsinore Fault Zone,
14	Lassen volcano, Sulphur Works Hot Spr., acid spring L-2 , gas	Agua Caliente Spr.
15		<
16	19740900.0	19780000.0
17	0.0
19	L-2(SW)	ACAL-1S
20	b	a
21	G/S
22	87.0
23	Duplicate of sample analysed by [Craig et al., 1978]; Reservoir temperature 240 C
24	6.12372360464
29	30.187369882
32	7.29
33	7.29
34		1.44e-07
35		≤
36	1020.6	1.44e-07
37	861.0
44	776.246654109
45	12.9374442352
46	7762.46654109
47	991375.037177
48	37.9498364231
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988a; Poreda and Craig, 1989	Lupton, 1983; SOI collection, unpubl.

USA130

Column	Version 1	Version 2
2	40.5	32.947
4	40.0	32.0
5	30.0	57.0
7	-121.516666667	-116.305
9	-121.0	-116.0
10	-31.0	-19.0
11	18.0	06,07
12	USA	USA, CA
13	California	California, Elsinore Fault Zone,
14	Lassen volcano, Sulphur Works Hot Spr., acid spring L-2 , water	Agua Caliente Spr.
15		<
16	19740900.0	19780000.0
17	0.0
19	L-2	ACAL-1S
20		b
21	W/S
22	87.0
23	Sampling time Sept.-Oct. 1974
25	0.021
32	3.9	0.12
34	546.0	1.65e-07
35	>=	≤
36	546.0	1.65e-07
53	Craig et al., 1978	Lupton, 1983; SOI collection, unpubl.

USA131

Column	Version 1	Version 2
2	37.6666666667	33.3666666667
4	37.0	33.0
5	40.0	22.0
7	-118.866666667	-117.016666667
9	-118.0	-117.0
10	-52.0	-1.0
11	15.0	06,07
12	USA	USA, CA
13	California	California, Elsinore Fault Zone,
14	Little Hot Creek, spring	Agua Tibia Spr.
15		<
16	19830000.0	19780000.0
19		ATIB-1W
21	G/S
22	230.0	33.0
23	Reservoir temperature,
24	17.6181498486
29	442.190094754
32		0.72
33	6.54
34		1.004e-06
35		≤
36	915.6	1.004e-06
37	9.184
45	136.592751783
46	22225.261307
47	976848.686139
48	338.009182378
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988a	Lupton, 1983; SOI collection, unpubl.

USA132

Column	Version 1	Version 2
2		33.6675
4		33.0
5		40.05
7		-117.3275
9		-117.0
10		-19.65
11	13,17	06,07
12	USA	USA, CA
13	California	California, Elsinore Fault Zone,
14	Lodi, Southeast gas field, well Nies #1	Elsinore Hot Spr.
15		<
16	19850600.0	19780000.0
17	905.0
19	1079.0	ELSE-1W
20		a
21	G/H
22		52.0
23	Domengine Formation, Eocene
24	97.0
29	120.0
32	1.01	0.39
33	1.01
34		5.35e-07
35		≤
36	141.4	5.35e-07
37	143.5
45	80.0
46	484000.0
47	940.0
48	513000.0
50	-46.0
52	[C2+], ppm = 60
53	Jenden et al., 1988, 1993	Lupton, 1983; SOI collection, unpubl.

USA133

Column	Version 1	Version 2
2	37.6666666667	33.6675
4	37.0	33.0
5	40.0	40.05
7	-118.866666667	-117.3275
9	-118.0	-117.0
10	-52.0	-19.65
11	16.0	06,07
12	USA	USA, CA
13	California	California, Elsinore Fault Zone,
14	Long Valley caldera, Big Alkali Lake hot spring	Elsinore Hot Spr.
15		<
16	19841000.0	19780000.0
19		ELSE-1W
20		b
21	W/S
22		52.0
33	6.0
34		5.71e-07
35		≤
36	840.0	5.71e-07
37	26.978
43	He/cond.gas, ppm = 8.8
53	Welhan et al., 1988b	Lupton, 1983; SOI collection, unpubl.

USA134

Column	Version 1	Version 2
2	37.6666666667	33.2841666667
4	37.0	33.0
5	40.0	17.05
7	-118.866666667	-116.6305
9	-118.0	-116.0
10	-52.0	-37.83
11	16.0	06,07
12	USA	USA, CA
13	California	California, Elsinore Fault Zone,
14	Long Valley caldera, Big Alkali Lake hot spring	Warner Hot Spr.
15		<
16	19850600.0	19780000.0
19		WARN-1P
20		a
21	W/S
22		59.0
33	5.68
34		1.26e-07
35		≤
36	795.2	1.26e-07
37	22.96
43	He/cond.gas, ppm = 11.2
53	Welhan et al., 1988b	Lupton, 1983; SOI collection, unpubl.

USA135

Column	Version 1	Version 2
2	37.6666666667	33.2841666667
4	37.0	33.0
5	40.0	17.05
7	-118.866666667	-116.6305
9	-118.0	-116.0
10	-52.0	-37.83
11	16.0	06,07
12	USA	USA, CA
13	California	California, Elsinore Fault Zone,
14	Long Valley caldera, Casa Diablo fumarole	Warner Hot Spr.
15		<
16	19830600.0	19780000.0
19		WARN-1P
20		b
21	G/S
22	94.0	59.0
24	9.62960756867
29	129.899435129
33	4.87
34		1.34e-07
35		≤
36	681.8	1.34e-07
37	243.95
43	He/cond.gas, ppm = 9.7
44	567.493621626
45	182.875182417
46	6030.52684874
47	992743.048317
48	348.333680793
51	-5.56
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988b	Lupton, 1983; SOI collection, unpubl.

USA136

Column	Version 1	Version 2
2	37.6666666667	33.2841666667
4	37.0	33.0
5	40.0	17.05
7	-118.866666667	-116.6305
9	-118.0	-116.0
10	-52.0	-37.83
11	16.0	06,07
12	USA	USA, CA
13	California	California, Elsinore Fault Zone,
14	Long Valley caldera, Casa Diablo fumarole	Warner Hot Spr.
15		<
16	19841000.0	19780000.0
19		WARN-2P
21	G/S
22		59.0
32		0.1
33	4.52
34		1.39e-07
35		≤
36	632.8	1.39e-07
37	66.01
43	He/cond.gas, ppm = 16.5
53	Welhan et al., 1988b	Lupton, 1983; SOI collection, unpubl.

USA137

Column	Version 1	Version 2
2	37.6666666667	33.2841666667
4	37.0	33.0
5	40.0	17.05
7	-118.866666667	-116.6305
9	-118.0	-116.0
10	-52.0	-37.83
11	16.0	06,07
12	USA	USA, CA
13	California	California, Elsinore Fault Zone,
14	Long Valley caldera, Casa Diablo fumarole	Warner Hot Spr.
15		<
16	19850600.0	19780000.0
21	G/S
22		59.0
33	4.41
34		1.27e-07
35		≤
36	617.4	1.27e-07
37	91.84
43	He/cond.gas, ppm = 14.6
53	Welhan et al., 1988b	Lupton, 1983; SOI collection, unpubl.

USA138

Column	Version 1	Version 2
2	37.6666666667	33.4258333333
4	37.0	33.0
5	40.0	25.55
7	-118.866666667	-115.6855
9	-118.0	-115.0
10	-52.0	-41.13
11	16.0	06
12	USA	USA, CA
13	California	California, Imperial Valley
14	Long Valley caldera, Colton fumarole	Salton Sea, Hot Mineral Spa Well
15		<
16	19841000.0	19780000.0
17		99.0
19		HMIN-1V
21	G/S
22		81.0
32		1.9
33	4.6
34		2.327e-06
35		≥
36	644.0	2.327e-06
37	16.646
43	He/cond.gas, ppm = 50.4
53	Welhan et al., 1988b	Lupton, 1983

USA139

Column	Version 1	Version 2
2	37.6666666667	33.147
4	37.0	33.0
5	40.0	8.82
7	-118.866666667	-115.6075
9	-118.0	-115.0
10	-52.0	-36.45
11	16.0	06,15
12	USA	USA, CA
13	California	California, Imperial Valley
14	Long Valley caldera, Hot Bubbling Pool	Salton Sea, Western Geothermal Sinclair Well # 3
16	19841000.0	19700000.0
17		1439.0
19		WGC #3
21	G/S	G/H
22		168.0
23		Reservoir temperature 340 C
29		7.95847750865e-06
32		6.2
33	3.95	6.3
36	553.0	8.82e-06
37	3.0709	373.1
43	He/cond.gas, ppm = 1.7
44		0.0011937716263
46		0.00172812654474
47		0.988630746416
48		0.00844735541275
49		0.998806228374
52		[CO2]=[CO2+H2S]
53	Welhan et al., 1988b	Lupton, 1983; Welhan et al., 1988a

USA140

Column	Version 1	Version 2
2	37.6666666667	32.217
4	37.0	32.0
5	40.0	13.0
7	-118.866666667	115.58
9	-118.0	-115.0
10	-52.0	-35.0
11	16.0	06
12	USA	USA, CA
13	California	California, Imperial Valley
14	Long Valley caldera, Hot Bubbling Pool	Salton Sea, Wister Mud Pots
15		<
16	19850600.0	19780000.0
19		WIST
21	G/S
32		6.5
33	3.75
34		9.1e-06
35		≥
36	525.0	9.1e-06
37	2.009
43	He/cond.gas, ppm = 1.6
53	Welhan et al., 1988b	Lupton, 1983

USA141

Column	Version 1	Version 2
2	37.6666666667
4	37.0
5	40.0
7	-118.866666667
9	-118.0
10	-52.0
11	16.0	06
12	USA	USA, CA
13	California	California, Imperial Valley, Salton Sea
14	Long Valley caldera, Hot Creek spring	Bashford's Baths
15		<
16	19781000.0	19780000.0
19		BASH
21	G/S
22	84.0
24	0.534225027453
29	202.124039137
32		1.0
33	4.75
34		1.4e-06
35		≥
36	665.0	1.4e-06
37	2.1525
43	He/cond.gas, ppm = 0.54
44	21.3887872103
45	1539.99267914
46	8908.42987307
47	989305.606395
48	22.4582265708
51	-5.62
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988b	Lupton, 1983

USA142

Column	Version 1	Version 2
1		~
2	37.6666666667	33.216
3		~
4	37.0	33.0
5	40.0	13.0
6		~
7	-118.866666667	-115.6616
8		~
9	-118.0	-115.0
10	-52.0	-37.0
11	16.0	06
12	USA	USA, CA
13	California	California, Imperial Valley, Salton Sea
14	Long Valley caldera, Hot Creek spring	CO2 Well
15		<
16	19810800.0	19780000.0
19		CO2W-1W
20		a
21	G/S
24	14.0476281488
29	736.692022476
32		6.5
33	5.21
34		8.48e-06
35		≥
36	729.4	8.48e-06
37	10.332
43	He/cond.gas, ppm = 14.7
44	22.1895187493
45	14334.429112
46	29023.8905241
47	955620.962501
48	297.33955124
51	-6.71
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988b	Lupton, 1983

USA143

Column	Version 1	Version 2
1		~
2	37.6666666667	33.216
3		~
4	37.0	33.0
5	40.0	13.0
6		~
7	-118.866666667	-115.6616
8		~
9	-118.0	-115.0
10	-52.0	-37.0
11	16.0	06
12	USA	USA, CA
13	California	California, Imperial Valley, Salton Sea
14	Long Valley caldera, Hot Creek spring	CO2 Well
15		<
16	19830600.0	19780000.0
19		CO2W-1W
20		b
21	G/S
22	46.0
24	4.9591091004
29	2560.6229337
33	5.66
34		9.62e-06
35		≥
36	792.4	9.62e-06
37	9.184
43	He/cond.gas, ppm = 5.7
44	64.9904297895
45	29115.7125457
46	98135.5489821
47	870019.140421
48	233.965547242
51	-5.57
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988b	Lupton, 1983

USA144

Column	Version 1	Version 2
2	37.6666666667	33.5108333333
4	37.0	33.0
5	40.0	30.65
7	-118.866666667	-115.826166667
9	-118.0	-115.0
10	-52.0	-49.57
11	16.0	06,07
12	USA	USA, CA
13	California	California, Imperial Valley, Salton Sea
14	Long Valley caldera, Hot Creek spring	Dos Palmas Spr.
15		<
16	19830800.0	19780000.0
19		DOSP
21	G/S
22		29.0
32		0.8
33	5.6
34		1.12e-06
35		≤
36	784.0	1.12e-06
37	11.48
43	He/cond.gas, ppm = 11.9
53	Welhan et al., 1988b	Lupton, 1983; SOI collection, unpubl.

USA145

Column	Version 1	Version 2
2	37.6666666667
4	37.0
5	40.0
7	-118.866666667
9	-118.0
10	-52.0
11	16.0	06
12	USA	USA, CA
13	California	California, Imperial Valley, Salton Sea
14	Long Valley caldera, Hot Creek spring	Fontain of Youth
15		<
16	19841000.0	19780000.0
19		FOYS
21	G/S
32		2.4
33	5.3
34		3.36e-06
35		≥
36	742.0	3.36e-06
37	3.5875
43	He/cond.gas, ppm = 4.2
53	Welhan et al., 1988b	Lupton, 1983

USA146

Column	Version 1	Version 2
2	37.6666666667	33.3625
4	37.0	33.0
5	40.0	21.75
7	-118.866666667	-115.648056
9	-118.0	-115.0
10	-52.0	-38.88336
11	16.0	06
12	USA	USA, CA
13	California	California, Imperial Valley, Salton Sea
14	Long Valley caldera, Hot Creek spring	Frink Spr.
15		<
16	19850600.0	19780000.0
19		FRNK-1P
21	G/S
32		1.9
33	5.3
34		2.608e-06
35		≥
36	742.0	2.608e-06
37	6.027
43	He/cond.gas, ppm = 4.4
53	Welhan et al., 1988b	Lupton, 1983

USA147

Column	Version 1	Version 2
2	37.6666666667	33.266
4	37.0	33.0
5	40.0	15.5
7	-118.866666667	-115.466
9	-118.0	-115.0
10	-52.0	-28.0
11	16.0	06
12	USA	USA, CA
13	California	California, Imperial Valley/Colorado Des., Salton Sea,
14	Long Valley caldera, Little Hot Creek spring	Niland Slabs, hole
15		<
16	19830600.0	19780000.0
19		NILA-1W
21	G/S	G/H
22	78.0
24	17.5237056796
29	505.401195506
32		2.0
33	6.52
34		2.75e-06
35		≥
36	912.8	2.75e-06
37	9.184
43	He/cond.gas, ppm = 18
44	13.2303977881
45	156.1186939
46	25402.3637532
47	973539.204424
48	386.327615413
51	-6.76
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988b	Lupton, 1983

USA148

Column	Version 1	Version 2
2	37.6666666667	34.187
4	37.0	34.0
5	40.0	11.22
7	-118.866666667	-117.263
9	-118.0	-117.0
10	-52.0	-15.78
11	16.0	06,07
12	USA	USA, CA
13	California	California, Mission Creek-Banning Fault Zone
14	Long Valley caldera, Little Hot Creek spring	Arrowhead Hot Spr.
15		<
16	19841000.0	19780000.0
19		ARROW-1S
21	G/S
22		90.0
32		0.44
33	6.0
34		6.1e-07
35		≤
36	840.0	6.1e-07
37	45.059
43	He/cond.gas, ppm = 13.8
53	Welhan et al., 1988b	Lupton, 1983; SOI collection, unpubl.

USA149

Column	Version 1	Version 2
2	37.6666666667	34.187
4	37.0	34.0
5	40.0	11.22
7	-118.866666667	-117.263
9	-118.0	-117.0
10	-52.0	-15.78
11	16.0	06,07
12	USA	USA, CA
13	California	California, Mission Creek-Banning Fault Zone
14	Long Valley caldera, Little Hot Creek spring	Arrowhead Hot Spr.
15		<
16	19850600.0	19780000.0
19		ARROW-1W
21	G/S
22		90.0
33	5.65
34		6.19e-07
35		≤
36	791.0	6.19e-07
37	43.05
43	He/cond.gas, ppm = 17.7
53	Welhan et al., 1988b	Lupton, 1983; SOI collection, unpubl.

USA150

Column	Version 1	Version 2
2	37.6666666667	34.187
4	37.0	34.0
5	40.0	11.22
7	-118.866666667	-117.263
9	-118.0	-117.0
10	-52.0	-15.78
11	16.0	06,07
12	USA	USA, CA
13	California	California, Mission Creek-Banning Fault Zone
14	Long Valley caldera, Mammoth Mountain fumarole	Arrowhead Hot Spr.
15		<
16	19841000.0	19780000.0
19		ARROW-1W
21	G/S
22		90.0
33	4.4
34		6.3e-07
35		≤
36	616.0	6.3e-07
37	2.9274
43	He/cond.gas, ppm = 25
53	Welhan et al., 1988b	Lupton, 1983; SOI collection, unpubl.

USA151

Column	Version 1	Version 2
2	37.6666666667	33.9616666667
4	37.0	33.0
5	40.0	57.7
7	-118.866666667	-116.508333333
9	-118.0	-116.0
10	-52.0	-30.5
11	16.0	06,07
12	USA	USA, CA
13	California	California, Mission Creek-Banning Fault Zone
14	Long Valley caldera, N.Mono Lake spring	Desert Hot Spr.
15		<
16	19830600.0	19780000.0
19		DSRT-1W
20		a
21	W/S
22	66.0	93.0
24	43.8268110517
29	1904.01745768
33	1.6
34		6.01e-07
35		≤
36	224.0	6.01e-07
37	223.86
43	He/cond.gas, ppm = 48
44	43.4707182119
45	417.318894834
46	81464.125929
47	913058.563576
48	3182.05657311
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988b	Lupton, 1983; SOI collection, unpubl.

USA152

Column	Version 1	Version 2
2	37.6666666667	33.9616666667
4	37.0	33.0
5	40.0	57.7
7	-118.866666667	-116.508333333
9	-118.0	-116.0
10	-52.0	-30.5
11	16.0	06,07
12	USA	USA, CA
13	California	California, Mission Creek-Banning Fault Zone
14	Long Valley caldera, Red's Meadow hot spring	Desert Hot Spr.
15		<
16	19841000.0	19780000.0
19		DSRT-1W
20		b
21	G/S
22		93.0
32		0.44
33	2.57
34		6.15e-07
35		≤
36	359.8	6.15e-07
37	6.601
43	He/cond.gas, ppm = 20
53	Welhan et al., 1988b	Lupton, 1983; SOI collection, unpubl.

USA153

Column	Version 1	Version 2
2	37.6666666667	33.8233333333
4	37.0	33.0
5	40.0	49.4
7	-118.866666667	-116.53028
9	-118.0	-116.0
10	-52.0	-31.4967
11	16.0	06,07
12	USA	USA, CA
13	California	California, Mission Creek-Banning Fault Zone
14	Long Valley caldera, S.Mono Lake spring	Palm Springs
15		<
16	19830600.0	19780000.0
19		PALM-1P
21	G/S
22	38.0	40.0
24	4.82198035781
29	251.573540121
32		0.1
33	5.86
34		1.46e-07
35		≤
36	820.4	1.46e-07
37	48.79
43	He/cond.gas, ppm = 4.9
44	7.96118797851
45	4697.10090732
46	10954.5946584
47	984077.624043
48	14.9670333996
51	-6.86
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988b	Lupton, 1983; SOI collection, unpubl.

USA154

Column	Version 1	Version 2
2	37.6666666667
4	37.0
5	40.0
7	-118.866666667
9	-118.0
10	-52.0
11	16.0	06
12	USA	USA, CA
13	California	California, Mission Creek-Banning Fault Zone
14	Long Valley caldera, S.Mono Lake spring	Unnamed spring (Baldwin Lake Spr. ?), Mission Creek-Banning Fault Zone
15		<
16	19850600.0	19780000.0
21	G/S
32		0.3
33	5.27
34		4.2e-07
35		≤
36	737.8	4.2e-07
37	19.516
43	He/cond.gas, ppm = 4.7
53	Welhan et al., 1988b	Lupton, 1983

USA155

Column	Version 1	Version 2
2	37.6666666667	32.7833333333
4	37.0	32.0
5	40.0	47.0
7	-118.866666667	-115.916666667
9	-118.0	-115.0
10	-52.0	-55.0
11	16.0	15.0
12	USA	USA, CA
13	California	California, Peninsular Ranges/Colorado Desert
14	Long Valley caldera, Soda Spring	East Mesa, well #8-1
16	19841000.0	19780000.0
21	G/S	G/H
22		180.0
23		Reservoir temperature,
24		2.84078947368e-05
27		3.4e-05
29		0.00167940789474
33	0.46	0.79
36	64.4	1.106e-06
37	229.887	3.0422
43	He/cond.gas, ppm = 374
44		0.00417763157895
45		0.000835526315789
46		0.758657894737
47		0.164473684211
48		0.0401052631579
52		[CO2]=[CO2+H2S]
53	Welhan et al., 1988b	Welhan et al., 1988a

USA156

Column	Version 1	Version 2
2		39.4
4		39.0
5		24.0
7		-122.0
9		-122.0
10		0.0
11	13,17	13,17,28,29
12	USA	USA, CA North
13	California	California, Sacramento Basin
14	Moffat Ranch gas field, well N.M.R. #8-12	Bounde Creek gas field, well #1-7
16	19851200.0	19851100.0
17	1246.0	1896.0
19	1150.0	1132.0
23	Nortonville Formation, Eocene	Forbes Formation, Cretaceous
24	104.0	1.51e-05
29	120.0	5e-05
32	0.32	0.73
33	0.353	0.731
36	49.42	1.0234e-06
37	476.42
45	210.0	0.00014
46	76000.0	0.0233
47	590.0	0.0004
48	914000.0	0.968
50	-51.7	-26.0
52	[C2+], ppm = 3700	[C2+], ppm = 2500
53	Jenden et al., 1988, 1993	Jenden et al., 1988, 1993; Newell et al., 2005; Poreda et al., 1986

USA157

Column	Version 1	Version 2
2		39.3
4		39.0
5		18.0
7		-121.9
9		-121.0
10		-54.0
11	17.0	13,17,28,29
12	USA	USA, CA
13	California	California, Sacramento Basin
14	Moon Bend gas field, well Colusa #2-3	Butte, West gas field, well Mapco-Kylling #1
16	19841200.0	19841100.0
17	1580.0	1554.0
19	1027.0	1004.0
24	58.0	4.45e-05
29	50.0	5e-05
32		1.71
33	2.76	1.73
34		2.422e-08
36	386.4	2.422e-06
37	16.072	86.1
45	60.0	5e-05
46	175000.0	0.07
47	770.0	0.00052
48	814000.0	0.921
50	-30.8	-31.1
52	[C2+], ppm = 6700	[C2+], ppm = 3600
53	Jenden et al., 1988	Jenden et al., 1988, 1993; Newell et al., 2005; Poreda et al., 1986

USA158

Column	Version 1	Version 2
2		39.8
4		39.0
5		48.0
7		-122.3
9		-122.0
10		-18.0
11	17.0	13,17,28,29
12	USA	USA, CA
13	California	California, Sacramento Basin
14	Moon Bend gas field, well Colusa #2-3	Corning gas field, well Saldubehere #2
16	19851100.0	19841200.0
17	1580.0	430.0
19	1124.0	1025.0
23	Forbes Formation, Cretaceous	Tehama Formation, Pliocene
24	67.7	9.13e-05
29		0.00016
32		0.602
33	2.74	0.603
36	383.6	8.442e-07
37	45.92	107.625
45	180.0	5e-05
46	176000.0	0.238
47	20.0	2e-05
48	801000.0	0.75
50	-30.7	-42.9
52	[C2+], ppm = 5900	[C2+], ppm = 60
53	Jenden et al., 1988	Jenden et al., 1988, 1993; Newell et al., 2005; Poreda et al., 1986

USA159

Column	Version 1	Version 2
2	41.4	38.8
4	41.0	38.0
5	24.0	48.0
7	-122.183333333	-121.7
9	-122.0	-121.0
10	-11.0	-42.0
11	15.0	13,17,28,29
12	USA	USA, CA
13	California	California, Sacramento Basin
14	Mt. Shasta Hot Spr.	Crossroads gas field, well Cache Basin #1
16	19800000.0	19851100.0
17		1234.0
19		1107.0
21	G/S	G/H
23		Starkey Formation, Cretaceous
24		0.000106
29		6e-05
32		0.138
33	6.23	0.139
36	872.2	1.946e-07
37	51.66	157.85
45		0.00017
46		0.076
47		0.00036
48		0.92
50		-46.1
52		[C2+], ppm = 940
53	Welhan et al., 1988a	Jenden et al., 1988, 1993; Newell et al., 2005; Poreda et al., 1986

USA160

Column	Version 1	Version 2
2	33.5583333333	39.7
4	33.0	39.0
5	33.5	42.0
7	-117.1555	-121.8
9	-117.0	-121.0
10	-9.33	-48.0
11	6,7	13,17,28,29
12	USA	USA, CA
13	California	California, Sacramento Basin
14	Murietta Hot Spr., Elsinore Fault Zone	Durham gas field, well Newby-Durham #1
15	<
16	19780000.0	19841000.0
17		649.0
19	MURI-1W	1043.0
20	a
21		G/H
22	56.0
23		Capay Formation, Eocene
24		0.000117
29		0.00013
32		0.624
33		0.624
34	385.0
35	>=
36	385.0	8.736e-07
37		11.48
45		0.00043
46		0.292
47		4e-05
48		0.703
50		-26.7
52		[C2+], ppm = 510
53	SOI collection, unpubl.; Lupton, 1983	Jenden et al., 1988, 1993; Newell et al., 2005; Poreda et al., 1986

USA161

Column	Version 1	Version 2
2	33.5583333333	38.3
4	33.0	38.0
5	33.5	18.0
7	-117.1555	-121.3
9	-117.0	-121.0
10	-9.33	-18.0
11	6,7	13,17,28,29
12	USA	USA, CA
13	California	California, Sacramento Basin
14	Murietta Hot Spr., Elsinore Fault Zone	Florin gas field, wells #1 and #2
15	<
16	19780000.0	19841100.0
17		1158.0
19	MURI-1W	1031.0
20	b
21		G/H
22	56.0
23		Winters Formation, Cretaceous
24		3.83e-05
29		5e-05
32	2.8	0.421
33		0.421
34	391.0
35	>=
36	391.0	5.894e-07
37		9.471
45		7e-05
46		0.101
47		0.0002
48		0.879
50		-29.2
52		[C2+], ppm = 260
53	SOI collection, unpubl.; Lupton, 1983	Jenden et al., 1988, 1993; Newell et al., 2005; Poreda et al., 1986

USA162

Column	Version 1	Version 2
2		38.4
4		38.0
5		24.0
7		-121.4
9		-121.0
10		-24.0
11	13,17	13,17,28,29
12	USA	USA, CA
13	California	California, Sacramento Basin
14	Nicolaus gas field, well Osterli #1	Freeport gas field, well Poppy Ridge #4
17	1737.0	2213.0
19	1127.0	1126.0
23	Guinda Formation, Cretaceous	Forbes Formation, Cretaceous
24	59.4	2.6e-05
29	50.0	7e-05
32	0.99	1.16
33	0.988	1.17
36	138.32	1.638e-06
37	172.2	24.682
45	460.0	0.00013
46	651000.0	0.384
47	110.0	1e-05
48	353000.0	0.623
50	-20.0	-15.2
52	[C2+], ppm = 410	[C2+], ppm = 700
53	Jenden et al., 1988, 1993	Jenden et al., 1988, 1993; Newell et al., 2005; Poreda et al., 1986

USA163

Column	Version 1	Version 2
2		38.3
4		38.0
5		18.0
7		-121.3
9		-121.0
10		-18.0
11	6.0	13,17,28,29
12	USA	USA, CA
13	California	California, Sacramento Basin
14	Niland Slabs, Salton Sea, Imperial Valley, hole	Harte gas field, well Dawang #1
15	<
16	19780000.0	19841200.0
17		1387.0
19	NILA-1W	1030.0
23		Midland-Martinez Formation, Cretaceous-Paleocene
24		5.21e-05
29		6e-05
32	2.0	0.256
33		0.256
34	275.0
35	>=
36	275.0	3.584e-07
37		106.19
45		6e-05
46		0.047
47		0.00062
48		0.947
50		-52.4
52		[C2+], ppm = 4900
53	Lupton, 1983	Jenden et al., 1988, 1993; Newell et al., 2005; Poreda et al., 1986

USA164

Column	Version 1	Version 2
2	33.8233333333	38.3
4	33.0	38.0
5	49.4	18.0
7	-116.5445	-121.2
9	-116.0	-121.0
10	-32.67	-12.0
11	6,7	13,17,28
12	USA	USA, CA
13	California	California, Sacramento Basin
14	Palm Springs, Mission Creek-Banning Fault Zone	Lodi, Southeast gas field, well Nies #1
15	<
16	19780000.0	19850600.0
17		905.0
19	PALM-1P	1079.0
21		G/H
22	40.0
23		Domengine Formation, Eocene
24		9.7e-05
29		0.00012
32	0.1	1.01
33		1.01
34	14.6
35	<=
36	14.6	1.414e-06
37		143.5
45		8e-05
46		0.484
47		0.00094
48		0.513
50		-46.0
52		[C2+], ppm = 60
53	SOI collection, unpubl.; Lupton, 1983	Jenden et al., 1988, 1993; Newell et al., 2005

USA165

Column	Version 1	Version 2
2		39.3
4		39.0
5		18.0
7		-122.0
9		-122.0
10		0.0
11	13,17	17,28,29
12	USA	USA, CA
13	California	California, Sacramento Basin
14	Poppy Ridge gas field, well #2	Moon Bend gas field, well Colusa #2-3
17	2198.0	1580.0
19	1125.0	1124.0
24	27.0	6.77e-05
29	50.0
32	0.829
33	0.828	2.74
36	115.92	3.836e-06
37	80.36	45.92
45	190.0	0.00018
46	195000.0	0.176
47	1900.0	2e-05
48	803000.0	0.801
50	-19.1	-30.7
52	[C2+], ppm = 1500	[C2+], ppm = 5900
53	Jenden et al., 1988, 1993	Jenden et al., 1988; Newell et al., 2005; Poreda et al., 1986

USA166

Column	Version 1	Version 2
2	35.3833333333	39.3
4	35.0	39.0
5	23.0	18.0
7	-117.533333333	-122.0
9	-117.0	-122.0
10	-32.0	0.0
11	15.0	17,28,29
12	USA	USA, CA
13	California	California, Sacramento Basin
14	Randsburg Well	Moon Bend gas field, well Colusa #2-3
16	19820000.0	19841200.0
17		1580.0
19		1027.0
22	170.0
23	Reservoir temperature,	Forbes Formation, Cretaceous
24	2885.74675325	5.8e-05
29	6994.48051948	5e-05
33	0.82	2.76
36	114.8	3.864e-06
37	28.7	16.072
44	25967.5324675
45		6e-05
46	697772.727273	0.175
47	162337.662338	0.00077
48	104707.792208	0.814
50		-30.8
52	[CO2]=[CO2+H2S]	[C2+], ppm = 6700
53	Welhan et al., 1988a	Jenden et al., 1988; Newell et al., 2005; Poreda et al., 1986

USA167

Column	Version 1	Version 2
2		38.8
4		38.0
5		48.0
7		-121.5
9		-121.0
10		-30.0
11	13,17	13,17,28,29
12	USA	USA, CA
13	California	California, Sacramento Basin
14	Rio Vista Deep gas field, well Serpa #4	Nicolaus gas field, well Osterli #1
17	2717.0	1737.0
19	1119.0	1127.0
23	Starkey Formation, Cretaceous	Guinda Formation, Cretaceous
24	16.6	5.94e-05
29	20.0	5e-05
32	0.144	0.99
33	0.144	0.988
36	20.16	1.3832e-06
37	15.785	172.2
45	180.0	0.00046
46	7000.0	0.651
47	4600.0	0.00011
48	948000.0	0.353
50	-36.0	-20.0
52	[C2+], ppm = 51000	[C2+], ppm = 410
53	Jenden et al., 1988, 1993	Jenden et al., 1988, 1993; Newell et al., 2005; Poreda et al., 1986

USA168

Column	Version 1	Version 2
2		38.4
4		38.0
5		24.0
7		-121.4
9		-121.0
10		-24.0
11	13,17	13,17,28,29
12	USA	USA, CA
13	California	California, Sacramento Basin
14	Rio Vista gas field, well R.V.G.U. #11	Poppy Ridge gas field, Poppy Ridge well #2
17	1384.0	2198.0
19	1110.0	1125.0
23	Midland Formation, Cretaceous	Forbes Formation, Cretaceous
24	31.9	2.7e-05
29	50.0	5e-05
32	0.111	0.829
33	0.109	0.828
36	15.26	1.1592e-06
37	28.7	80.36
45	270.0	0.00019
46	14000.0	0.195
47	6400.0	0.0019
48	942000.0	0.803
50	-38.5	-19.1
52	[C2+], ppm = 41000	[C2+], ppm = 1500
53	Jenden et al., 1988, 1993	Jenden et al., 1988, 1993; Newell et al., 2005; Poreda et al., 1986

USA169

Column	Version 1	Version 2
2		38.2
4		38.0
5		12.0
7		-121.7
9		-121.0
10		-42.0
11	13,17	13,17,28,29
12	USA	USA, CA
13	California	California, Sacramento Basin
14	Robbins gas field, well Akins #1	Rio Vista Deep gas field, well Serpa #4
17	2051.0	2717.0
19	1130.0	1119.0
23	Forbes Formation, Cretaceous	Starkey Formation, Cretaceous
24	59.2	1.66e-05
29	50.0	2e-05
32	0.861	0.144
33	0.948	0.144
36	132.72	2.016e-07
37	223.86	15.785
45	90.0	0.00018
46	872000.0	0.007
47	300.0	0.0046
48	126000.0	0.948
50	-21.2	-36.0
52	[C2+], ppm = 370	[C2+], ppm = 51000
53	Jenden et al., 1988, 1993	Jenden et al., 1988, 1993; Newell et al., 2005; Poreda et al., 1986

USA170

Column	Version 1	Version 2
2		38.2
4		38.0
5		12.0
7		-121.7
9		-121.0
10		-42.0
11	13,17	13,17,28,29
12	USA	USA, CA
13	California	California, Sacramento Basin
14	Robbins gas field, well Magoon #3	Rio Vista gas field, well R.V.G.U. #11
17	2038.0	1384.0
19	1129.0	1110.0
23	Forbes Formation, Cretaceous	Midland Formation, Cretaceous
24	54.0	3.19e-05
29	100.0	5e-05
32	0.99	0.111
33	0.99	0.109
36	138.6	1.526e-07
37	344.4	28.7
45	260.0	0.00027
46	874000.0	0.014
47	320.0	0.0064
48	122000.0	0.942
50	-22.3	-38.5
52	[C2+], ppm = 610	[C2+], ppm = 41000
53	Jenden et al., 1988, 1993	Jenden et al., 1988, 1993; Newell et al., 2005; Poreda et al., 1986

USA171

Column	Version 1	Version 2
2	33.8008333333	39.0
4	33.0	39.0
5	48.05	0.0
7	-116.926666667	-121.8
9	-116.0	-121.0
10	-55.6	-48.0
11	6,7	13,17,28
12	USA	USA, CA
13	California	California, Sacramento Basin
14	Soboda (Ritchey) Hot Spr., San-Jacinto Fault Zone	Robbins gas field, well Akins #1
15	<
16	19780000.0	19851100.0
17		2051.0
19	SOBO-1P	1130.0
20	a
21		G/H
22	39.0
23		Forbes Formation, Cretaceous
24		5.92e-05
29		5e-05
32	0.18	0.861
33		0.948
34	20.3
35	<=
36	20.3	1.3272e-06
37		223.86
45		9e-05
46		0.872
47		0.0003
48		0.126
50		-21.2
52		[C2+], ppm = 370
53	SOI collection, unpubl.; Lupton, 1983	Jenden et al., 1988, 1993; Newell et al., 2005

USA172

Column	Version 1	Version 2
2	33.8008333333	39.0
4	33.0	39.0
5	48.05	0.0
7	-116.926666667	-121.8
9	-116.0	-121.0
10	-55.6	-48.0
11	6,7	13,17,28,29
12	USA	USA, CA
13	California	California, Sacramento Basin
14	Soboda (Ritchey) Hot Spr., San-Jacinto Fault Zone	Robbins gas field, well Magoon #3
15	<
16	19780000.0	19851100.0
17		2038.0
19	SOBO-1P	1129.0
20	b
21		G/H
22	39.0
23		Forbes Formation, Cretaceous
24		5.4e-05
29		0.0001
32		0.99
33		0.99
34	32.5
35	<=
36	32.5	1.386e-06
37		344.4
45		0.00026
46		0.874
47		0.00032
48		0.122
50		-22.3
52		[C2+], ppm = 610
53	SOI collection, unpubl.; Lupton, 1983	Jenden et al., 1988, 1993; Newell et al., 2005; Poreda et al., 1986

USA173

Column	Version 1	Version 2
2		39.3
4		39.0
5		18.0
7		-121.9
9		-121.0
10		-54.0
11	13,17	13,17,28,29
12	USA	USA, CA
13	California	California, Sacramento Basin
24	10.6	1.06e-05
29	50.0	5e-05
36	115.22	1.1522e-06
45	210.0	0.00021
46	10000.0	0.01
47	480.0	0.00048
48	988000.0	0.988
53	Jenden et al., 1988, 1993	Jenden et al., 1988, 1993; Newell et al., 2005; Poreda et al., 1986

USA174

Column	Version 1	Version 2
2		39.3
4		39.0
5		18.0
7		-121.9
9		-121.0
10		-54.0
11	13,17	13,17,28,29
12	USA	USA, CA
13	California	California, Sacramento Basin
24	30.0	3e-05
29	320.0	0.00032
36	154.0	1.54e-06
45	5100.0	0.0051
46	39000.0	0.039
47	1100.0	0.0011
48	948000.0	0.948
53	Jenden et al., 1988, 1993	Jenden et al., 1988, 1993; Newell et al., 2005; Poreda et al., 1986

USA175

Column	Version 1	Version 2
2		39.3
4		39.0
5		18.0
7		-121.8
9		-121.0
10		-48.0
11	13,17	13,17,28,29
12	USA	USA, CA
13	California	California, Sacramento Basin
14	Union Island gas field, well Sonol Security #5	Wild Goose gas field, well Unit #4
16	19840800.0	19851100.0
17	2972.0	765.0
19	991.0	1121.0
23	Winters Formation, Cretaceous	Wild Goose Sands Formation, Cretaceous
24	33.0	5.26e-05
29	80.0	7e-05
32	1.26	1.97
33	1.26	1.97
36	176.4	2.758e-06
37	86.1	31.57
45	270.0	0.0002
46	111000.0	0.218
47	6200.0	3e-05
48	869000.0	0.779
50	-23.8	-27.0
52	[C2+], ppm = 3800	[C2+], ppm = 240
53	Jenden et al., 1988, 1993	Jenden et al., 1988, 1993; Newell et al., 2005; Poreda et al., 1986

USA176

Column	Version 1	Version 2
1		~
2		34.95
3		~
4		34.0
5		57.0
6		~
7		-119.666666667
8		~
9		-119.0
10		-40.0
11	6.0	27.0
12	USA	USA, CA
13	California	California, San Andreas Fault
14	Unnamed spring (Baldwin Lake Spr. ?), Mission Creek-Banning Fault Zone	Cuyama Valley
15	<
16	19780000.0
19		CUY-05
21		W/H
25		9.13e-08
27		2.09e-07
32	0.3	0.52
33		0.47
34	42.0	7.28e-07
35	<=	≤
36	42.0	6.58e-07
43		Ra=1.40E-06
53	Lupton, 1983	Kulongoski et al., 2013

USA177

Column	Version 1	Version 2
1		~
2		34.8666666667
3		~
4		34.0
5		52.0
6		~
7		-118.516666667
8		~
9		-119.0
10		29.0
11	6.0	27.0
12	USA	USA, CA
13	California	California, San Andreas Fault
14	Unnamed spring (Fish Spr. ?), San-Jacinto Fault Zone	Cuyama Valley
15	<
16	19780000.0
19		CUY-12
21		W/H
25		1.32e-07
27		4.69e-07
32	0.25	0.94
33		0.09
34	35.0	1.316e-06
35	<=
36	35.0
43		Ra=1.40E-06
53	Lupton, 1983	Kulongoski et al., 2013

USA178

Column	Version 1	Version 2
1		~
2		34.9
3		~
4		34.0
5		54.0
6		~
7		-119.55
8		~
9		-119.0
10		-33.0
11	6.0	27.0
12	USA	USA, CA
13	California	California, San Andreas Fault
14	Unnamed spring, San-Jacinto Fault Zone	Cuyama Valley
15	<
16	19780000.0
19		CUY-08
21		W/H
25		6.91e-08
27		2.98e-07
32	0.1	1.17
33		1.0
34	14.0	1.638e-06
35	<=
36	14.0
43		Ra=1.40E-06
53	Lupton, 1983	Kulongoski et al., 2013

USA179

Column	Version 1	Version 2
1		~
2	33.2841666667	34.7
3		~
4	33.0	34.0
5	17.05	42.0
6		~
7	-116.6305	-118.666666667
8		~
9	-116.0	-119.0
10	-37.83	20.0
11	6,7	27.0
12	USA	USA, CA
13	California	California, San Andreas Fault
14	Warner Hot Spr., Elsinore Fault Zone	Cuyama Valley
15	<
16	19780000.0
19	WARN-1P	CUY-11
20	a
21		W/H
22	59.0
25		6.29e-08
27		2.17e-07
32		0.82
33		0.49
34	12.6	1.148e-06
35	<=
36	12.6
43		Ra=1.40E-06
53	SOI collection, unpubl.; Lupton, 1983	Kulongoski et al., 2013

USA180

Column	Version 1	Version 2
1		~
2	33.2841666667	34.9833333333
3		~
4	33.0	34.0
5	17.05	59.0
6		~
7	-116.6305	-119.75
8		~
9	-116.0	-119.0
10	-37.83	-45.0
11	6,7	27.0
12	USA	USA, CA
13	California	California, San Andreas Fault
14	Warner Hot Spr., Elsinore Fault Zone	Cuyama Valley
15	<
16	19780000.0
19	WARN-1P	CUY-01
20	b
21		W/H
22	59.0
25		6.53e-08
27		1.97e-07
32		0.78
33		0.5
34	13.4	1.092e-06
35	<=
36	13.4
43		Ra=1.40E-06
53	SOI collection, unpubl.; Lupton, 1983	Kulongoski et al., 2013

USA181

Column	Version 1	Version 2
1		~
2	33.2841666667	34.9166666667
3		~
4	33.0	34.0
5	17.05	55.0
6		~
7	-116.6305	-119.683333333
8		~
9	-116.0	-119.0
10	-37.83	-41.0
11	6,7	27.0
12	USA	USA, CA
13	California	California, San Andreas Fault
14	Warner Hot Spr., Elsinore Fault Zone	Cuyama Valley
15	<
16	19780000.0
19	WARN-2P	CUY-02
21		W/H
22	59.0
25		1.265e-07
27		2.42e-07
32	0.1	0.4
33		0.3
34	13.9	5.6e-07
35	<=	≤
36	13.9	4.2e-07
43		Ra=1.40E-06
53	SOI collection, unpubl.; Lupton, 1983	Kulongoski et al., 2013

USA182

Column	Version 1	Version 2
1		~
2	33.2841666667	34.8666666667
3		~
4	33.0	34.0
5	17.05	52.0
6		~
7	-116.6305	-119.483333333
8		~
9	-116.0	-119.0
10	-37.83	-29.0
11	6,7	27.0
12	USA	USA, CA
13	California	California, San Andreas Fault
14	Warner Hot Spr., Elsinore Fault Zone	Cuyama Valley
15	<
16	19780000.0
19		CUY-03
21		W/H
22	59.0
25		1.673e-07
27		5.68e-07
32		0.97
33		0.2
34	12.7	1.358e-06
35	<=
36	12.7
43		Ra=1.40E-06
53	SOI collection, unpubl.; Lupton, 1983	Kulongoski et al., 2013

USA183

Column	Version 1	Version 2
1		~
2	33.147	34.9333333333
3		~
4	33.0	34.0
5	8.82	56.0
6		~
7	-115.6075	-119.6
8		~
9	-115.0	-119.0
10	-36.45	-36.0
11	6,15	27.0
12	USA	USA, CA
13	California	California, San Andreas Fault
14	Western Geothermal Sinclair Well # 3, Salton Sea, Imperial Valley	Cuyama Valley
16	19700000.0
17	1439.0
19	WGC #3	CUY-04
21	G/H	W/H
22	168.0
23	Reservoir temperature 340 C
25		5.64e-08
27		4.55e-07
29	7.95847750865
32	6.2	0.93
33	6.3	1.0
34		1.302e-06
36	882.0
37	373.1
43		Ra=1.40E-06
44	1193.7716263
46	1728.12654474
47	988630.746416
48	8447.35541275
52	[CO2]=[CO2+H2S]
53	Lupton, 1983; Welhan et al., 1988a	Kulongoski et al., 2013

USA184

Column	Version 1	Version 2
1		~
2		34.9
3		~
4		34.0
5		54.0
6		~
7		-119.533333333
8		~
9		-119.0
10		-32.0
11	13,17	27.0
12	USA	USA, CA
13	California	California, San Andreas Fault
14	Wild Goose gas field, well Unit #4	Cuyama Valley
16	19851100.0
17	765.0
19	1121.0	CUY-06
21	G/H	W/H
23	Wild Goose Sands Formation, Cretaceous
24	52.6
25		6.05e-08
27		2.51e-07
29	70.0
32	1.97	1.04
33	1.97	1.0
34		1.456e-06
36	275.8
37	31.57
43		Ra=1.40E-06
45	200.0
46	218000.0
47	30.0
48	779000.0
50	-27.0
52	[C2+], ppm = 240
53	Jenden et al., 1988, 1993	Kulongoski et al., 2013

USA185

Column	Version 1	Version 2
1		~
2		34.9333333333
3		~
4		34.0
5		56.0
6		~
7		-119.566666667
8		~
9		-119.0
10		-34.0
11	6.0	27.0
12	USA	USA, CA
13	California	California, San Andreas Fault
14	Wister Mud Pots, Salton Sea, Imperial Valley	Cuyama Valley
15	<
16	19780000.0
19	WIST	CUY-07
21		W/H
25		5.05e-08
27		2.44e-07
32	6.5	1.02
33		1.0
34	910.0	1.428e-06
35	>=
36	910.0
43		Ra=1.40E-06
53	Lupton, 1983	Kulongoski et al., 2013

USA186

Column	Version 1	Version 2
2		36.5
4		36.0
5		30.0
7		-120.9
9		-120.0
10		-54.0
11	13,17	28.0
12	USA	USA, CA
13	California North.	California, San Andreas Fault
14	Bounde Creek gas field, well #1-7	Mercy Hot Spr
16	19851100.0
17	1896.0
19	1132.0
21	G/H
23	Forbes Formation, Cretaceous
24	15.1
29	50.0
32	0.73
33	0.731	4.0
36	102.34	5.6e-06
37	287.0
43		Ra=1.40E-06
45	140.0
46	23300.0
47	400.0
48	968000.0
50	-26.0
52	[C2+], ppm = 2500
53	Jenden et al., 1988, 1993	Newell et al., 2005

USA187

Column	Version 1	Version 2
2		36.0
4		36.0
5		0.0
7		-120.4
9		-120.0
10		-24.0
11	13.0	28.0
12	USA	USA, CA
13	California North.	California, San Andreas Fault
14	Moon Bend gas field, well	Middle Mtn oil well
17	1576.0
19	1124.0
21	G/H
23	Cretaceous
24	67.7
32	2.74
33		2.1
34	383.6
35	>=
36	383.6	2.94e-06
43		Ra=1.40E-06
45	180.0
46	176000.0
47	20.0
48	806900.0
50	-30.7
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Newell et al., 2005

USA188

Column	Version 1	Version 2
1		~
2		34.85
3		~
4		34.0
5		51.0
6		~
7		-119.1
8		~
9		-119.0
10		-6.0
11	13.0	27.0
12	USA	USA, CA
13	California North.	California, San Andreas Fault
14	Tompkins Hill gas field, well	Mil Potrero and Cuddy valleys
17	1628.0
19	1197.0	CUYU-04
21	G/H	W/H
23	Pliocene
24	4.5
25		5.324e-07
27		2.27e-07
32	0.15	3.47
33		3.52
34	21.0	4.858e-06
35	<=	≥
36	21.0	4.928e-06
43		Ra=1.40E-06
45	9190.0
46	36100.0
47	430.0
48	927000.0
50	-32.2
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Kulongoski et al., 2013

USA189

Column	Version 1	Version 2
1		~
2		34.8666666667
3		~
4		34.0
5		52.0
6		~
7		-119.166666667
8		~
9		-119.0
10		-10.0
11	13.0	27.0
12	USA	USA, CA
13	California North.	California, San Andreas Fault
14	Tompkins Hill gas field, well	Mil Potrero and Cuddy valleys
17	1463.0
19	1196.0	CUY-10
21	G/H	W/H
23	Pliocene
24	5.0
25		4.101e-07
27		2.52e-07
32	0.145	3.0
33		3.1
34	20.3	4.2e-06
35	<=	≥
36	20.3	4.34e-06
43		Ra=1.40E-06
45	3540.0
46	13600.0
47	250.0
48	959100.0
50	-31.9
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Kulongoski et al., 2013

USA190

Column	Version 1	Version 2
1		~
2		34.8333333333
3		~
4		34.0
5		50.0
6		~
7		-119.0
8		~
9		-119.0
10		0.0
11	13.0	27.0
12	USA	USA, CA
13	California South.	California, San Andreas Fault
14	Belgian Anticline oil field, well	Mil Potrero and Cuddy valleys
17	1996.0
19	1180.0	CUYU-03
21	G/H	W/H
23	Eocene
24	5.1
25		7.161e-07
27		4.68e-07
32	0.234	2.07
33		2.16
34	32.76	2.898e-06
35	<=	≥
36	32.76	3.024e-06
43		Ra=1.40E-06
45	1300.0
46	13800.0
47	8980.0
48	950000.0
50	-36.3
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Kulongoski et al., 2013

USA191

Column	Version 1	Version 2
1		~
2		34.8583333333
3		~
4		34.0
5		51.5
6		~
7		-119.133333333
8		~
9		-119.0
10		-8.0
11	13.0	27.0
12	USA	USA, CA
13	California South.	California, San Andreas Fault
14	Big Mountain oil field, well	Mil Potrero and Cuddy valleys
17	1323.0
19	1186.0	CUYU-02
21	G/H	W/H
23	Oligocene
24	15.7
25		2.386e-07
27		2.2e-07
32	0.562	2.4
33		2.3
34	78.68	3.36e-06
35	<=	≥
36	78.68	3.22e-06
43		Ra=1.40E-06
45	2240.0
46	17300.0
47	100.0
48	950200.0
50	-40.1
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Kulongoski et al., 2013

USA192

Column	Version 1	Version 2
1		~
2		34.8333333333
3		~
4		34.0
5		50.0
6		~
7		-119.0
8		~
9		-119.0
10		0.0
11	13.0	27.0
12	USA	USA, CA
13	California South.	California, San Andreas Fault
14	Huntington Beach oil field, well	Mil Potrero and Cuddy valleys
17	1498.0
19	1185.0	CUYU-01
21	G/H	W/H
23	Miocene
24	5.7
25		1.252e-07
27		2.21e-07
32	0.932	1.62
33		1.33
34	130.48	2.268e-06
35	<=	≥
36	130.48	1.862e-06
43		Ra=1.40E-06
45	1000.0
46	15000.0
47	12000.0
48	936000.0
50	-51.4
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Kulongoski et al., 2013

USA193

Column	Version 1	Version 2
1		~
2		34.85
3		~
4		34.0
5		51.0
6		~
7		-119.066666667
8		~
9		-119.0
10		-4.0
11	13.0	27.0
12	USA	USA, CA
13	California South.	California, San Andreas Fault
14	Molino gas field, well	Mil Potrero and Cuddy valleys
19	1309.0	CUY-09
21	G/H	W/H
23	Eocene
24	10.6
25		1.971e-07
27		2.09e-07
32	0.059	0.68
33		0.64
34	8.26	9.52e-07
35	<=	≤
36	8.26	8.96e-07
43		Ra=1.40E-06
45	420.0
46	2010.0
47	1190.0
48	1000800.0
50	-36.6
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Kulongoski et al., 2013

USA194

Column	Version 1	Version 2
1		~
2		34.8333333333
3		~
4		34.0
5		50.0
6		~
7		-118.916666667
8		~
9		-118.0
10		-55.0
11	13.0	27.0
12	USA	USA, CA
13	California South.	California, San Andreas Fault
14	Orcutt oil field, well	Mil Potrero and Cuddy valleys
17	2926.0
19	1202.0	CUYU-05
21	G/H	W/H
23	Miocene
24	20.9
25		7.64e-08
27		2.6e-07
32	0.838	0.93
33		0.1
34	117.32	1.302e-06
35	<=
36	117.32
43		Ra=1.40E-06
45	11600.0
46	92000.0
47	51000.0
48	804000.0
50	-36.6
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Kulongoski et al., 2013

USA195

Column	Version 1	Version 2
1		~
2		34.8333333333
3		~
4		34.0
5		50.0
6		~
7		-118.916666667
8		~
9		-118.0
10		-55.0
11	13.0	27.0
12	USA	USA, CA
13	California South.	California, San Andreas Fault
14	Oxnard oil field, well	Mil Potrero and Cuddy valleys
17	2819.0
19	1188.0	CUYU-05 replicate
21	G/H	W/H
23	Eocene
24	17.5
25		6.73e-08
27		2.23e-07
32	0.671	0.89
33		0.05
34	93.94	1.246e-06
35	<=
36	93.94
43		Ra=1.40E-06
45	13400.0
46	63700.0
47	380.0
48	899000.0
50	-36.2
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Kulongoski et al., 2013

USA196

Column	Version 1	Version 2
1		~
2		34.8333333333
3		~
4		34.0
5		50.0
6		~
7		-118.883333333
8		~
9		-118.0
10		-53.0
11	13.0	27.0
12	USA	USA, CA
13	California South.	California, San Andreas Fault
14	Santa Maria Valley oil field, well	Mil Potrero and Cuddy valleys
17	1268.0
19	1199.0	CUYU-06
21	G/H	W/H
23	Jurassic
24	3.5
25		1.618e-07
27		3.53e-07
32	0.162	1.27
33		1.02
34	22.68	1.778e-06
35	<=
36	22.68
43		Ra=1.40E-06
45	88900.0
46	327000.0
47	47600.0
48	515000.0
50	-32.1
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Kulongoski et al., 2013

USA197

Column	Version 1	Version 2
1		~
2		34.8333333333
3		~
4		34.0
5		50.0
6		~
7		-118.883333333
8		~
9		-118.0
10		-53.0
11	13.0	27.0
12	USA	USA, CA
13	California South.	California, San Andreas Fault
14	Trico gas field, well	Mil Potrero and Cuddy valleys
17	740.0
19	1153.0	CUYU-06 replicate
21	G/H	W/H
23	Pleistocene
24	6.8
25		2.143e-07
27		4.24e-07
32	0.062	1.27
33		1.12
34	8.68	1.778e-06
35	<=
36	8.68
43		Ra=1.40E-06
45	200.0
46	2160.0
47	5040.0
48	989380.0
50	-70.2
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Kulongoski et al., 2013

USA198

Column	Version 1	Version 2
2		36.5
4		36.0
5		30.0
7		-121.2
9		-121.0
10		-12.0
11	13.0	28.0
12	USA	USA, CA
13	California South.	California, San Andreas Fault
14	Wheeler Ridge oil field, well	Stone Canyon
17	2707.0
19	1179.0
21	G/H
23	Miocene
24	11.6
32	0.31
33		0.5
34	43.4
35	<=
36	43.4	7e-07
45	2810.0
46	25400.0
47	420.0
48	946000.0
50	-40.0
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Newell et al., 2005

USA199

Column	Version 1	Version 2
2		36.0
4		36.0
5		0.0
7		-120.4
9		-120.0
10		-24.0
11	13.0	28.0
12	USA	USA, CA
13	California South.	California, San Andreas Fault
14	Wheeler Ridge oil field, well	Varian-Philips well
17	2274.0
19	1177.0
21	G/H
23	Miocene
24	28.0
32	0.585
33		1.5
34	81.9
35	<=
36	81.9	2.1e-06
45	3460.0
46	54300.0
47	1110.0
48	910000.0
50	-49.9
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Newell et al., 2005

USA200

Column	Version 1	Version 2
2		37.1
4		37.0
5		6.0
7		-120.3
9		-120.0
10		-18.0
11	13.0	13,17, 28
12	USA	USA, CA
13	California South.	California, San Joaquin Basin
14	Wilmington Offshore oil field, well	Chowchilla gas field, well #3
16		19851200.0
17	2929.0	2415.0
19	1171.0	1146.0
23	Miocene	Panoche Formation, Cretaceous
24	14.4	0.000102
29		0.00016
32	0.078	0.9
33		0.99
34	10.92
35	<=
36	10.92	1.386e-06
45	50.0	0.0004
46	12400.0	0.591
47	25800.0	0.00012
48	935000.0	0.406
50	-45.4	-34.0
52	[CH4]=[CH4+HC]	[C2+], ppm = 4800
53	Jenden et al., 1993	Jenden et al., 1988, 1993; Newell et al., 2005

USA201

Column	Version 1	Version 2
2	48.7705555556	37.1
4	48.0	37.0
5	46.2333333333	6.0
7	-121.816111111	-120.3
9	-121.0	-120.0
10	-48.9666666667	-18.0
11	21.0	13,17, 28
12	USA	USA, CA
13	Cascade Range	California, San Joaquin Basin
14	Baker vol., North Wall	Chowchilla gas field, well #5
16	19940906.0	19851200.0
17		794.0
19		1148.0
21	SF	G/H
22	150.0
23		Zilch Formation, Miocene
24	9.1	0.000129
26	0.032
29	16.0	0.00015
32	7.48	0.361
33	7.49	0.398
36	1048.6	5.572e-07
37	1000.0
42	385.0
43	Rcorr=(R/Ra)corr*140
44	2900.0
45	20.0	0.00013
46	5900.0	0.108
47	936000.0	0.0019
48	3800.0	0.882
49	51000.0
50	-24.3	-53.8
51	-5.9
52		[C2+], ppm = 290
53	Symonds et al., 2003	Jenden et al., 1988, 1993; Newell et al., 2005

USA202

Column	Version 1	Version 2
2	48.7697222222	36.7
4	48.0	36.0
5	46.1833333333	42.0
7	-121.818611111	-120.2
9	-121.0	-120.0
10	-49.1166666667	-12.0
11	21.0	13,17,28
12	USA	USA, CA
13	Cascade Range	California, San Joaquin Basin
14	Baker vol., Smiley	Gill Ranch gas field, well #38-16
16	19940610.0	19851200.0
17		1753.0
19		1151.0
21	SF	G/H
22	135.0
23		Panoche Formation, Cretaceous
24	6.3	0.000104
26	0.0096
29	13.0	0.00012
32	7.42	0.307
33	7.42	0.34
36	1038.8	4.76e-07
37	2300.0
42	403.0
43	Rcorr=(R/Ra)corr*140
44	3100.0
45	5.0	0.00014
46	540000.0	0.084
47	938000.0	7e-05
48	2300.0	0.902
49	51000.0
50	-22.9	-47.9
51	-6.1
52		[C2+], ppm = 9300
53	Symonds et al., 2003	Jenden et al., 1988, 1993; Newell et al., 2005

USA203

Column	Version 1	Version 2
2	48.7697222222	36.8
4	48.0	36.0
5	46.1833333333	48.0
7	-121.818611111	-120.2
9	-121.0	-120.0
10	-49.1166666667	-12.0
11	21.0	13,17,28
12	USA	USA, CA
13	Cascade Range	California, San Joaquin Basin
14	Baker vol., Smiley	Moffet Ranch gas field, well N.M.R. #8-12
16	19960823.0	19851200.0
17		1246.0
19		1150.0
21	SF	G/H
22	137.0
23		Nortonville Formation, Eocene
24	7.4	0.000104
26	0.023
29	14.0	0.00012
32	7.44	0.32
33	7.45	0.353
36	1043.0	4.942e-07
37	1120.0
42	328.0
43	Rcorr=(R/Ra)corr*140
44	0.0
45	6.0	0.00021
46	4700.0	0.076
47	939000.0	0.00059
48	4700.0	0.914
49	51000.0
50		-51.7
51	-6.7
52		[C2+], ppm = 3700
53	Symonds et al., 2003	Jenden et al., 1988, 1993; Newell et al., 2005

USA204

Column	Version 1	Version 2
2	48.7697222222	37.9
4	48.0	37.0
5	46.1833333333	54.0
7	-121.818611111	-121.4
10	-49.1166666667	-24.0
11	21.0	13,17,28,29
12	USA	USA, CA
13	Cascade Range	California, San Joaquin Basin
14	Baker vol., Smiley	Union Island gas field, well Sonol Security #5
16	19970807.0	19840800.0
17		2972.0
19		991.0
21	SF	G/H
22	134 4
24	10.7	3.3e-05
26	0.039
29	12.0	8e-05
32	7.69	1.26
33	7.7	1.26
36	1078.0	1.764e-06
37	964.0
42	329.0
43	Rcorr=(R/Ra)corr*140
44	2500.0
45	100.0	0.00027
46	10600.0	0.111
47	930000.0	0.0062
48	4400.0	0.869
49	52000.0
50	-22.0	-23.8
51	-6.9
52	delta 15N = 1.9	[C2+], ppm = 3800
53	Symonds et al., 2003	Jenden et al., 1988, 1993; Newell et al., 2005; Poreda et al., 1986

USA205

Column	Version 1	Version 2
2	45.3705555556	33.8966666667
4	45.0	33.0
5	22.2333333333	53.8
7	-121.698333333	-117.054166667
9	-121.0	-117.0
10	-41.9	-3.25
11	21.0	06,07
12	USA	USA, CA
13	Cascade Range	California, San-Jacinto Fault Zone
14	Hood vol., Crater Rock	Eden Hot Spr.,
15		<
16	19941018.0	19780000.0
19		EDEN-1P
20		a
21	SF
22	88.8	43.0
24	12.9
26	0.024
29	37.0
32	7.51	0.15
33	7.51
34		2.23e-07
35		≤
36	1051.4	2.23e-07
37	1900.0
42	470.0
43	Rcorr=(R/Ra)corr*140
44	29000.0
45	10.0
46	10500.0
47	910000.0
48	150.0
49	48000.0
53	Symonds et al., 2003	Lupton, 1983; SOI collection, unpubl.

USA206

Column	Version 1	Version 2
2	45.3705555556	33.8966666667
4	45.0	33.0
5	22.2333333333	53.8
7	-121.698333333	-117.054166667
9	-121.0	-117.0
10	-41.9	-3.25
11	21.0	06,07
12	USA	USA, CA
13	Cascade Range	California, San-Jacinto Fault Zone
14	Hood vol., Crater Rock	Eden Hot Spr.,
15		<
16	19970909.0	19780000.0
19		EDEN-1P
20		b
21	SF
22	91.0	43.0
24	21.4
26	0.11
29	35.0
32	7.59
33	7.6
34		2.14e-07
35		≤
36	1064.0	2.14e-07
37	662.0
42	341.0
43	Rcorr=(R/Ra)corr*140
44	24700.0
45	180.0
46	12100.0
47	914000.0
48	90.0
49	49000.0
51	-9.1
53	Symonds et al., 2003	Lupton, 1983; SOI collection, unpubl.

USA207

Column	Version 1	Version 2
2	45.37	33.8966666667
4	45.0	33.0
5	22.2	53.8
7	-121.697222222	-117.054166667
9	-121.0	-117.0
10	-41.8333333333	-3.25
11	21.0	06,07
12	USA	USA, CA
13	Cascade Range	California, San-Jacinto Fault Zone
14	Hood vol., Devils Kitchen	Eden Hot Spr.,
15		<
16	19950623.0	19780000.0
19		EDEN-2P
20		a
21	SF
22	89.5	43.0
24	15.2
26	0.023
29	59.0
32	7.48
33	7.48
34		2.16e-07
35		≤
36	1047.2	2.16e-07
37	2290.0
42	391.0
43	Rcorr=(R/Ra)corr*140
44	0.0
45	12.0
46	17400.0
47	896000.0
48	60.0
49	87000.0
51	-8.3
53	Symonds et al., 2003	Lupton, 1983; SOI collection, unpubl.

USA208

Column	Version 1	Version 2
2	46.7513888889	33.8966666667
4	46.0	33.0
5	45.0833333333	53.8
7	-121.811666667	-117.054166667
9	-121.0	-117.0
10	-48.7	-3.25
11	21.0	06,07
12	USA	USA, CA
13	Cascade Range	California, San-Jacinto Fault Zone
14	Rainier vol., Soda	Eden Hot Spr.,
15		<
16	19970808.0	19780000.0
19		EDEN-2P
20		b
21	FSS
22	18.0	43.0
24	0.05
26	0.055
29	39.0
32	2.21
33	2.76
34		2.18e-07
35		≤
36	386.4	2.18e-07
37	3.2
42	295.0
43	Rcorr=(R/Ra)corr*140
44	60.0
45	170.0
46	3700.0
47	996000.0
48	20.0
51	-13.0
53	Symonds et al., 2003	Lupton, 1983; SOI collection, unpubl.

USA209

Column	Version 1	Version 2
2	46.7513888889	33.8008333333
4	46.0	33.0
5	45.0833333333	48.05
7	-121.811666667	-116.926666667
9	-121.0	-116.0
10	-48.7	-55.6
11	21.0	06,07
12	USA	USA, CA
13	Cascade Range	California, San-Jacinto Fault Zone
14	Rainier vol., Soda	Soboda (Ritchey) Hot Spr.
15		<
16	19980929.0	19780000.0
19		SOBO-1P
20		a
21	FSS
22	14.2	39.0
24	0.03
26	0.028
29	25.0
32	2.57	0.18
33	3.07
34		2.03e-07
35		≤
36	429.8	2.03e-07
37	4.1
43	Rcorr=(R/Ra)corr*140
44	10.0
45	520.0
46	1100.0
47	998000.0
48	10.0
49	2.0
51	-13.5
52	delta 13C(CO2) travetine
53	Symonds et al., 2003	Lupton, 1983; SOI collection, unpubl.

USA210

Column	Version 1	Version 2
2	41.4094444444	33.8008333333
4	41.0	33.0
5	24.5666666667	48.05
7	-122.19	-116.926666667
9	-122.0	-116.0
10	-11.4	-55.6
11	21.0	06,07
12	USA	USA, CA
13	Cascade Range	California, San-Jacinto Fault Zone
14	Shasta vol., Summit	Soboda (Ritchey) Hot Spr.
15		<
16	19950907.0	19780000.0
19		SOBO-1P
20		b
21	SAP
22	82.1	39.0
24	1.8
26	0.01
29	12.0
32	5.93
33	5.94
34		3.25e-07
35		≤
36	831.6	3.25e-07
37	606.0
42	326.0
43	Rcorr=(R/Ra)corr*140
44	0.0
45	6.0
46	13800.0
47	981000.0
48	5800.0
49	3600.0
51	-11.3
53	Symonds et al., 2003	Lupton, 1983; SOI collection, unpubl.

USA211

Column	Version 1	Version 2
2	41.4094444444	33.8008333333
4	41.0	33.0
5	24.5666666667	48.05
7	-122.19	-116.926666667
9	-122.0	-116.0
10	-11.4	-55.6
11	21.0	06
12	USA	USA, CA
13	Cascade Range	California, San-Jacinto Fault Zone
14	Shasta vol., Summit	Unnamed spring
15		<
16	19960815.0	19780000.0
21	SAP
22	80.4
24	0.6
26	0.0089
29	24.0
32	5.83	0.1
33	5.85
34		1.4e-07
35		≤
36	819.0	1.4e-07
37	236.0
42	530.0
43	Rcorr=(R/Ra)corr*140
44	0.0
45	76.0
46	33000.0
47	950000.0
48	13700.0
49	3200.0
50	-27.9
51	-11.2
53	Symonds et al., 2003	Lupton, 1983

USA212

Column	Version 1	Version 2
2	41.4094444444	33.8008333333
4	41.0	33.0
5	24.5666666667	48.05
7	-122.19	-116.926666667
9	-122.0	-116.0
10	-11.4	-55.6
11	21.0	06
12	USA	USA, CA
13	Cascade Range	California, San-Jacinto Fault Zone
14	Shasta vol., Summit	Unnamed spring (Fish Spr. ?)
15		<
16	19970626.0	19780000.0
21	SAP
22	80.2
24	3.3
26	0.069
29	35.0
32	5.87	0.25
33	5.9
34		3.5e-07
35		≤
36	826.0	3.5e-07
37	165.0
42	299.0
43	Rcorr=(R/Ra)corr*140
44	9200.0
45	12.0
46	28700.0
47	950000.0
48	8800.0
49	2800.0
50	-28.6
51	-11.4
53	Symonds et al., 2003	Lupton, 1983

USA213

Column	Version 1	Version 2
2		38.8583333333
4		38.0
5		51.5
7		-122.673333333
9		-122.0
10		-40.4
11	13.0	05
12	USA	USA, CA
13	Colorado	California, Santa Rosa area
14	Sheep Mountain gas field, well	Howard Spr.
16		19750000.0
17	960.0
19	1037.0
20		a
21	G/H	G/S
22		45.0
23	Jurassic
24	180.0
32	0.98
34	137.2	4.1e-07
35	<=	≤
36	137.2	4.1e-07
45	40.0
46	6660.0
47	973000.0
48	23840.0
50	-40.8
51	-4.1
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	GIN RAS collection, unpubl.

USA214

Column	Version 1	Version 2
2		38.8583333333
4		38.0
5		51.5
7		-122.673333333
9		-122.0
10		-40.4
11	13.0	05
12	USA	USA, CA
13	Colorado	California, Santa Rosa area
14	Sheep Mountain gas field, well	Howard Spr.
16		19750000.0
17	959.0
19	1034.0
20		b
21	G/H	G/S
22		45.0
23	Cretaceous
24	612.0
32	1.02
34	142.8	4.2e-07
35	>=	≤
36	142.8	4.2e-07
45	50.0
46	15400.0
47	948000.0
48	44880.0
50	-41.1
51	-4.0
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	GIN RAS collection, unpubl.

USA215

Column	Version 1	Version 2
2	40.4666666667	37.716
4	40.0	37.0
5	28.0	43.0
7	-106.85	-118.883
9	-106.0	-118.0
10	-51.0	-53.0
11	15.0	32.0
12	USA	USA, CA
13	Colorado	California, Sierra Newada
14	Steamboat Spr., spring #1	Long Valley caldera, Big Alcal Lake hot spring
16	19780000.0	19951200.0
19		BAL
22	200.0	57.0
23	Reservoir temperature,
24	28.3467859574	0.000488
29	454.098998347	0.007465
33	5.9	4.98
36	826.0	6.972e-06
37	86.1
43		Ra=1.40E-06
44	770.592239619
45	1062.31644462	0.000904
46	25126.8112419	0.563
47	972478.848585	0.42
48	66.0507633959	0.00333
51		-7.9
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988a	Sorey et al., 1998

USA216

Column	Version 1	Version 2
2	40.4666666667	37.4
4	40.0	37.0
5	28.0	24.0
7	-106.85	-118.5
9	-106.0	-118.0
10	-51.0	-30.0
11	15.0	16,28
12	USA	USA, CA
13	Colorado	California, Sierra Newada
14	Steamboat Spr., spring #10, gas	Long Valley caldera, Big Alkali Lake hot spring
16		19841000.0
21	G/S	W/S
25		8.8e-06
32	6.0
34	836.0
36	840.0	8.4e-06
37	117.0	26.978
53	Torgersen and Jenkins, 1982	Welhan et al., 1988b; Newell et al., 2005

USA217

Column	Version 1	Version 2
2	40.4666666667	37.4
4	40.0	37.0
5	28.0	24.0
7	-106.85	-118.5
9	-106.0	-118.0
10	-51.0	-30.0
11	15.0	16,28
12	USA	USA, CA
13	Colorado	California, Sierra Newada
14	Steamboat Spr., spring #2	Long Valley caldera, Big Alkali Lake hot spring
16	19780000.0	19850600.0
21	G/S	W/S
22	200.0
23	Reservoir temperature,
24	15.8094019383
25		1.12e-05
29	120.376156891
33	5.9	5.68
36	826.0	7.952e-06
37	57.4	22.96
44	249.57989862
45	19.2601851025
46	7607.7731155
47	991974.922874
48	32.1003085042
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988a	Welhan et al., 1988b; Newell et al., 2005

USA218

Column	Version 1	Version 2
2	40.4666666667	37.716
4	40.0	37.0
5	28.0	43.0
7	-106.85	-118.883
9	-106.0	-118.0
10	-51.0	-53.0
11	15.0	32.0
12	USA	USA, CA
13	Colorado	California, Sierra Newada
14	Steamboat Spr., spring #24, gas	Long Valley caldera, Casa Diablo Fumarole
16		19960800.0
19		CDF
21	G/S	G/F
22		94.0
24		7e-06
29		0.000611
32	1.1
33	1.1	4.6
34	148.0
36	154.0	6.44e-06
37	6.2
43		Ra=1.40E-06
44		0.000787
45		0.00206
46		0.0313
47		0.974
48		0.000305
51		-6.3
53	Torgersen and Jenkins, 1982	Sorey et al., 1998

USA219

Column	Version 1	Version 2
2	40.4666666667	37.65
4	40.0	37.0
5	28.0	39.0
7	-106.85	-118.55
9	-106.0	-118.0
10	-51.0	-33.0
11	15.0	16,28
12	USA	USA, CA
13	Colorado	California, Sierra Newada
14	Steamboat Spr., spring #24, water	Long Valley caldera, Casa Diablo fumarole
16		19830600.0
21	W/S	G/S
22		94.0
24		9.7e-06
25	0.034
29		0.000129899435129
32	4.4
33	4.4	4.87
34	604.0
36	616.0	6.818e-06
37	41.0	243.95
44		0.000567493621626
45		0.000182875182417
46		0.00603052684874
47		0.992743048317
48		0.000348333680793
51		-5.56
52		[CO2]=[CO2+H2S]
53	Torgersen and Jenkins, 1982	Welhan et al., 1988b; Newell et al., 2005

USA220

Column	Version 1	Version 2
2	40.4666666667	37.65
4	40.0	37.0
5	28.0	39.0
7	-106.85	-118.55
9	-106.0	-118.0
10	-51.0	-33.0
11	15.0	16,28
12	USA	USA, CA
13	Colorado	California, Sierra Newada
14	Steamboat Spr., spring #4, gas	Long Valley caldera, Casa Diablo fumarole
16		19841000.0
24		1.65e-05
32	3.7
33		4.52
34	516.0
35	>=
36	516.0	6.328e-06
37	0.03	66.01
53	Torgersen and Jenkins, 1982	Welhan et al., 1988b; Newell et al., 2005

USA221

Column	Version 1	Version 2
2	40.4666666667	37.65
4	40.0	37.0
5	28.0	39.0
7	-106.85	-118.55
9	-106.0	-118.0
10	-51.0	-33.0
11	15.0	16,28
12	USA	USA, CA
13	Colorado	California, Sierra Newada
14	Steamboat Spr., spring #4, water	Long Valley caldera, Casa Diablo fumarole
16		19850600.0
21	W/S	G/S
24		1.46e-05
25	0.042
32	4.4
33	4.5	4.41
34	613.0
36	630.0	6.174e-06
37	13.0	91.84
53	Torgersen and Jenkins, 1982	Welhan et al., 1988b; Newell et al., 2005

USA222

Column	Version 1	Version 2
2	40.4666666667	37.65
4	40.0	37.0
5	28.0	39.0
7	-106.85	-118.55
9	-106.0	-118.0
10	-51.0	-33.0
12	USA	USA, CA
13	Colorado	California, Sierra Newada
14	Steamboat Spr., spring #6, gas	Long Valley caldera, Casa Diablo, spring
16		19830000.0
22		230.0
23		Reservoir temperature,
24		9.6e-06
32	5.9
33	6.0	4.87
34	809.0
36	840.0	6.818e-06
37	11.0	243.95
42		335.0
53	Torgersen and Jenkins, 1982	Welhan et al., 1988a

USA223

Column	Version 1	Version 2
2	40.4666666667	37.716
4	40.0	37.0
5	28.0	43.0
7	-106.85	-118.883
9	-106.0	-118.0
10	-51.0	-53.0
11	15.0	32.0
12	USA	USA, CA
13	Colorado	California, Sierra Newada
14	Steamboat Spr., spring #6, water	Long Valley caldera, Chris' hot spot
16		19951200.0
19		CHS
21	W/S	G/S
22		91.0
24		1.4e-05
25	0.0141
29		0.000201
32	3.8
33	3.9	4.23
34	519.0
36	546.0	5.922e-06
37	17.0
43		Ra=1.40E-06
44		0.000234
45		0.000538
46		0.0104
47		0.985
48		0.000603
51		-4.04
53	Torgersen and Jenkins, 1982	Sorey et al., 1998

USA224

Column	Version 1	Version 2
2	19.421097472	37.6666666667
4	19.0	37.0
5	25.26584832	40.0
7	-155.286762433	-118.866666667
9	-155.0	-118.0
10	-17.20574598	-52.0
11	14.0	16.0
12	USA	USA, CA
13	Hawaii	California, Sierra Newada
14	Kilauea volcano, fissure of 1971 eruption, fumarole	Long Valley caldera, Colton fumarole
16	19760813.0	19841000.0
21	G/F	G/S
24		5.04e-05
32	13.0
33		4.6
34	1800.0
35	>=
36	1800.0	6.44e-06
37		16.646
53	Torgersen and Jenkins, 1982	Welhan et al., 1988b

USA225

Column	Version 1	Version 2
2	19.421097472	37.716
4	19.0	37.0
5	25.26584832	43.0
7	-155.286762433	-118.883
9	-155.0	-118.0
10	-17.20574598	-53.0
11	14.0	32.0
12	USA	USA, CA
13	Hawaii	California, Sierra Newada
14	Kilauea volcano, fissure of 1971 eruption, fumarole	Long Valley caldera, HC-5
16	19760813.0	19951200.0
19		HC-5
21	G/F
22		86.0
24		2e-06
29		0.000318
32	14.0
33		5.14
34	1940.0
35	>=
36	1940.0	7.196e-06
43		Ra=1.40E-06
44		2e-05
45		0.00443
46		0.015
47		0.992
48		2e-05
51		-5.78
53	Torgersen and Jenkins, 1982	Sorey et al., 1998

USA226

Column	Version 1	Version 2
2	19.421097472	37.6666666667
4	19.0	37.0
5	25.26584832	40.0
7	-155.286762433	-118.866666667
9	-155.0	-118.0
10	-17.20574598	-52.0
11	14.0	16.0
12	USA	USA, CA
13	Hawaii	California, Sierra Newada
14	Kilauea volcano, fissure of 1971 eruption, fumarole	Long Valley caldera, Hot Bubbling Pool
16	19761201.0	19841000.0
21	G/F	G/S
24		1.7e-06
32	13.4
33		3.95
34	1850.0
35	>=
36	1850.0	5.53e-06
37		3.0709
53	Torgersen and Jenkins, 1982	Welhan et al., 1988b

USA227

Column	Version 1	Version 2
2	19.421097472	37.6666666667
4	19.0	37.0
5	25.26584832	40.0
7	-155.286762433	-118.866666667
9	-155.0	-118.0
10	-17.20574598	-52.0
11	14.0	16.0
12	USA	USA, CA
13	Hawaii	California, Sierra Newada
14	Kilauea volcano, Sulfur Bank, fumarole	Long Valley caldera, Hot Bubbling Pool
16	19760805.0	19850600.0
21	G/F	G/S
24		1.6e-06
32	14.4
33		3.75
34	1990.0
35	>=
36	1990.0	5.25e-06
37		2.009
53	Torgersen and Jenkins, 1982	Welhan et al., 1988b

USA228

Column	Version 1	Version 2
2	19.421097472	37.6666666667
4	19.0	37.0
5	25.26584832	40.0
7	-155.286762433	-118.866666667
9	-155.0	-118.0
10	-17.20574598	-52.0
11	14.0	15.0
12	USA	USA, CA
13	Hawaii	California, Sierra Newada
14	Kilauea volcano, Sulfur Bank, fumarole	Long Valley caldera, Hot Creek spring
16	19760813.0	19800000.0
21	G/F	G/S
22		230.0
23		Reservoir temperature,
24		5.04471004869e-06
29		0.00226094732182
32	14.1
33		5.64
34	1950.0
35	>=
36	1950.0	7.896e-06
37		11.48
44		5.73262505533e-05
45		0.0256821602479
46		0.0865626383355
47		0.885347498893
48		0.000206374501992
52		[CO2]=[CO2+H2S]
53	Torgersen and Jenkins, 1982	Welhan et al., 1988a

USA229

Column	Version 1	Version 2
2	19.421097472	37.4
4	19.0	37.0
5	25.26584832	24.0
7	-155.286762433	-118.5
9	-155.0	-118.0
10	-17.20574598	-30.0
11	14.0	16,28
12	USA	USA, CA
13	Hawaii	California, Sierra Newada
14	Kilauea volcano, Sulfur Bank, fumarole	Long Valley caldera, Hot Creek spring
16	19761201.0	19781000.0
21	G/F	G/S
22		84.0
24		5.4e-07
29		0.000202124039137
32	14.1
33		4.75
34	1940.0
35	>=
36	1940.0	6.65e-06
37		2.1525
44		2.13887872103e-05
45		0.00153999267914
46		0.00890842987307
47		0.989305606395
48		2.24582265708e-05
51		-5.62
52		[CO2]=[CO2+H2S]
53	Torgersen and Jenkins, 1982	Welhan et al., 1988b; Newell et al., 2005

USA230

Column	Version 1	Version 2
2	19.421097472	37.4
4	19.0	37.0
5	25.26584832	24.0
7	-155.286762433	-118.5
9	-155.0	-118.0
10	-17.20574598	-30.0
11	1.0	16,28
12	USA	USA, CA
13	Hawaii	California, Sierra Newada
14	Kilauea volcano, Sulfur Bank, fumarole on the caldera edge	Long Valley caldera, Hot Creek spring
16	19741217.0	19810800.0
17	0.0
21	G/F	G/S
24		1.47e-05
29		0.000736692022476
33		5.21
34	2090.0
36	2090.3	7.294e-06
37	1650.0	10.332
39	10.3
40	2.97
44		2.21895187493e-05
45		0.014334429112
46		0.0290238905241
47		0.955620962501
48		0.00029733955124
51		-6.71
52		[CO2]=[CO2+H2S]
53	Craig & Lupton, 1976	Welhan et al., 1988b; Newell et al., 2005

USA231

Column	Version 1	Version 2
2	18.92	37.4
4	18.0	37.0
5	55.2	24.0
7	-155.27	-118.5
9	-155.0	-118.0
10	-16.2	-30.0
11	4.0	16,28
12	USA	USA, CA
13	Hawaii	California, Sierra Newada
14	Loihi Seamount, Pele's fumaroles	Long Valley caldera, Hot Creek spring
16	19870000.0	19830600.0
17	1000.0
21	W/S	G/S
22		46.0
24		5.7e-06
25	0.004
29		0.0025606229337
32	23.0
33		5.66
34	3220.0
35	>=
36	3220.0	7.924e-06
37		9.184
44		6.49904297895e-05
45		0.0291157125457
46		0.0981355489821
47		0.870019140421
48		0.000233965547242
51		-5.57
52		[CO2]=[CO2+H2S]
53	Craig et al., 1987	Welhan et al., 1988b; Newell et al., 2005

USA232

Column	Version 1	Version 2
2	18.92	37.4
4	18.0	37.0
5	55.2	24.0
7	-155.27	-118.5
9	-155.0	-118.0
10	-16.2	-30.0
11	2.0	16,28
12	USA	USA, CA
13	Hawaii	California, Sierra Newada
14	Loihi Seamount, Pele's fumaroles	Long Valley caldera, Hot Creek spring
16	19920828.0	19830800.0
17	1000.0
19	PV213
21	W/S	G/S
22	12.9
23	Temperature estimated
24		1.19e-05
33	21.7	5.6
36	3038.0	7.84e-06
37		11.48
51	-5.5
53	Sedwick et al., 1994	Welhan et al., 1988b; Newell et al., 2005

USA233

Column	Version 1	Version 2
2	18.92	37.4
4	18.0	37.0
5	55.2	24.0
7	-155.27	-118.5
9	-155.0	-118.0
10	-16.2	-30.0
11	2.0	16,28
12	USA	USA, CA
13	Hawaii	California, Sierra Newada
14	Loihi Seamount, Pele's fumaroles	Long Valley caldera, Hot Creek spring
16	19920830.0	19841000.0
17	1000.0
19	PV214
21	W/S	G/S
22	25.6
23	Temperature estimated
24		4.2e-06
33	27.0	5.3
36	3780.0	7.42e-06
37		3.5875
51	-2.3
53	Sedwick et al., 1994	Welhan et al., 1988b; Newell et al., 2005

USA234

Column	Version 1	Version 2
2	18.92	37.4
4	18.0	37.0
5	55.2	24.0
7	-155.27	-118.5
9	-155.0	-118.0
10	-16.2	-30.0
11	2.0	16,28
12	USA	USA, CA
13	Hawaii	California, Sierra Newada
14	Loihi Seamount, Pele's fumaroles	Long Valley caldera, Hot Creek spring
16	19920901.0	19850600.0
17	1000.0
19	PV215
21	W/S	G/S
22	26.6
23	Temperature estimated
24		4.4e-06
33	26.1	5.3
36	3654.0	7.42e-06
37		6.027
51	-2.5
53	Sedwick et al., 1994	Welhan et al., 1988b; Newell et al., 2005

USA235

Column	Version 1	Version 2
2		37.4
4		37.0
5		24.0
7		-118.5
9		-118.0
10		-30.0
11	13.0	15,28
12	USA	USA, CA
13	Hugoton-Panhandle area	California, Sierra Newada
14	Dunkle gas field, well	Long Valley caldera, Little Hot Creek spring
16		19830000.0
17	899.0
19	1277.0
21	G/H	G/S
22		230.0
23	Permian	Reservoir temperature,
24	5830.0	1.76181498486e-05
29		0.000452190094754
32	0.159
33		6.54
34	22.26
35	<=
36	22.26	9.156e-06
37		9.184
45	2400.0	0.000136592751783
46	252000.0	0.022225261307
47	460.0	0.976848686139
48	734400.0	0.000338009182378
50	-43.5
52	[CH4]=[CH4+HC]	[CO2]=[CO2+H2S]
53	Jenden et al., 1993	Welhan et al., 1988a; Newell et al., 2005

USA236

Column	Version 1	Version 2
2		37.4
4		37.0
5		24.0
7		-118.5
9		-118.0
10		-30.0
11	13.0	16,28
12	USA	USA, CA
13	Hugoton-Panhandle area	California, Sierra Newada
14	Santa Fe Trail gas field, well	Long Valley caldera, Little Hot Creek spring
16		19830600.0
17	1567.0
19	1275.0
21	G/H	G/S
22		78.0
23	Pennsylvanian
24	3290.0	1.752e-05
29		0.000505401195506
32	0.091
33		6.52
34	12.74
35	<=
36	12.74	9.128e-06
37		9.184
44		1.32303977881e-05
45	290.0	0.0001561186939
46	67900.0	0.0254023637532
47	3610.0	0.973539204424
48	926300.0	0.000386327615413
50	-43.0
51		-6.76
52	[CH4]=[CH4+HC]	[CO2]=[CO2+H2S]
53	Jenden et al., 1993	Welhan et al., 1988b; Newell et al., 2005

USA237

Column	Version 1	Version 2
2	44.1	37.4
4	44.0	37.0
5	6.0	24.0
7	-111.458333333	-118.5
9	-111.0	-118.0
10	-27.5	-30.0
11	15.0	16,28
12	USA	USA, CA
13	Idaho	California, Sierra Newada
14	Ashton Hot Spr., spring	Long Valley caldera, Little Hot Creek spring
16	19800000.0	19841000.0
21	W/S	G/S
22	40.0
23	Surface temperature
24	225.223367698	1.38e-05
29	13453.6082474
33	0.28	6.0
36	39.2	8.4e-06
37		45.059
45	97663.2302405
46	882955.32646
47	3436.42611684
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988a	Welhan et al., 1988b; Newell et al., 2005

USA238

Column	Version 1	Version 2
2	43.5583333333	37.4
4	43.0	37.0
5	33.5	24.0
7	-114.415	-118.5
9	-114.0	-118.0
10	-24.9	-30.0
11	15.0	16,28
12	USA	USA, CA
13	Idaho	California, Sierra Newada
14	Clarendon Hot Spr., spring	Long Valley caldera, Little Hot Creek spring
16	19800000.0	19850600.0
21	W/S	G/S
22	51.0
23	Surface temperature
24	253.287663445	1.77e-05
29	11305.173394
33	0.25	5.65
36	35.0	7.91e-06
37	61.705	43.05
45	215.747583854
46	416824.332007
47	568504.832291
48	3020.46617396
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988a	Welhan et al., 1988b; Newell et al., 2005

USA239

Column	Version 1	Version 2
2	42.619444	37.4
4	42.0	37.0
5	37.16664	24.0
7	-112.014167	-119.0
9	-112.0	-119.0
10	-0.85002	0.0
11	15.0	16,28
12	USA	USA, CA
13	Idaho	California, Sierra Newada
14	Lava Hot Spr., spring	Long Valley caldera, Mammoth Mountain fumarole
16	19780000.0	19841000.0
22	43.0
23	Surface temperature
24	324.373702422	1.5e-05
29	8763.32179931	0.00013
33	0.51	4.4
36	71.4	6.16e-06
37	51.66	2.9274
45	39631.1418685
46	605584.775087
47	346020.761246
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988a	Welhan et al., 1988b; Newell et al., 2005

USA240

Column	Version 1	Version 2
2	43.3333333333	37.716
4	43.0	37.0
5	20.0	43.0
7	-114.4	-118.883
9	-114.0	-118.0
10	-24.0	-53.0
11	15.0	32.0
12	USA	USA, CA
13	Idaho	California, Sierra Newada
14	Magic Hot Spr., spring	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16	19780000.0	19820600.0
19		MMF
21	G/S	G/F
22	45.0	80.0
23	Surface temperature
24	178.921928817	5e-05
29	14531.228473	0.0011
32	0.19
33	0.14
36	19.6
37	4.2189
43		Ra=1.40E-06
44	395.407577497	0.0001
45	7809.29965557	0.0001
46	963805.970149	0.0827
47	11481.0562572	0.912
48	1878.18599311	8e-05
51		-5.5
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988a	Sorey et al., 1998

USA241

Column	Version 1	Version 2
2	37.176389	37.716
5	10.58334	43.0
7	-101.345556	-118.883
9	-101.0	-118.0
10	-20.73336	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Kansas Hugoton gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19890700.0
19	1264.0	MMF
21	G/H	G/F
22		85.0
23	Permian
24	3550.0	3.5e-05
29		0.00338
32	0.203
33		3.45
34	28.42
35	<=
36	28.42	4.83e-06
43		Ra=1.40E-06
44		9.6e-05
45	150.0	0.00637
46	125000.0	0.265
47	310.0	0.661
48	863000.0	5.6e-05
50	-43.4
51		-5.3
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA242

Column	Version 1	Version 2
2	37.176389	37.716
5	10.58334	43.0
7	-101.345556	-118.883
9	-101.0	-118.0
10	-20.73336	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Kansas Hugoton gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19890900.0
17	780.0
19	1262.0	MMF
21	G/H	G/F
22		89.0
23	Permian
24	3890.0	4.2e-05
29		0.000289
32	0.198
33		5.45
34	27.72
35	<=
36	27.72	7.63e-06
43		Ra=1.40E-06
44		0.000272
45	0.0	0.000126
46	142000.0	0.0367
47	200.0	0.95
48	861000.0	6.5e-05
50	-43.4
51		-5.2
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA243

Column	Version 1	Version 2
2	37.176389	37.716
5	10.58334	43.0
7	-101.345556	-118.883
9	-101.0	-118.0
10	-20.73336	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Kansas Hugoton gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19900100.0
17	768.0
19	1252.0	MMF
21	G/H	G/F
22		89.0
23	Permian
24	3960.0	4.9e-05
29		0.000223
32	0.197
33		5.91
34	27.58
35	<=
36	27.58	8.274e-06
43		Ra=1.40E-06
44		0.000229
45	1150.0	0.00305
46	144000.0	0.0429
47	210.0	0.947
48	852000.0	2.1e-05
50	-43.5
51		-5.0
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA244

Column	Version 1	Version 2
2	37.176389	37.716
5	10.58334	43.0
7	-101.345556	-118.883
9	-101.0	-118.0
10	-20.73336	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Kansas Hugoton gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19900400.0
17	738.0
19	1256.0	MMF
21	G/H	G/F
22		86.0
23	Permian
24	4160.0	2.8e-05
29		0.000102
32	0.163
33		6.09
34	22.82
35	<=
36	22.82	8.526e-06
43		Ra=1.40E-06
44		0.000166
45	350.0	0.00197
46	163000.0	0.0299
47	250.0	0.972
48	829000.0	1e-05
50	-43.8
51		-4.6
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA245

Column	Version 1	Version 2
2	37.176389	37.716
5	10.58334	43.0
7	-101.345556	-118.883
9	-101.0	-118.0
10	-20.73336	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Kansas Hugoton gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19900700.0
17	759.0
19	1281.0	MMF
21	G/H	G/F
22		84.0
23	Permian
24	4210.0	2.6e-05
29		2.1e-05
32	0.161
33		6.02
34	22.54
35	<=
36	22.54	8.428e-06
43		Ra=1.40E-06
44		0.000192
45	2410.0	1.5e-05
46	171000.0	0.0173
47	180.0	0.974
48	820000.0	1.5e-05
50	-43.8
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA246

Column	Version 1	Version 2
2	37.176389	37.716
5	10.58334	43.0
7	-101.345556	-118.883
9	-101.0	-118.0
10	-20.73336	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Kansas Hugoton gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19901100.0
17	814.0
19	1278.0	MMF
21	G/H	G/F
22		84.0
23	Permian
24	4520.0	3.2e-05
29		3e-05
32	0.186
33		6.35
34	26.04
35	<=
36	26.04	8.89e-06
43		Ra=1.40E-06
44		0.000215
45	2100.0	0.000302
46	165000.0	0.0153
47	300.0	0.976
48	828000.0	1e-05
50	-43.7
51		-4.6
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA247

Column	Version 1	Version 2
2	37.176389	37.716
5	10.58334	43.0
7	-101.345556	-118.883
9	-101.0	-118.0
10	-20.73336	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Kansas Hugoton gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19910100.0
17	689.0
19	1276.0	MMF
21	G/H	G/F
22		83.0
23	Permian
24	5250.0	2.4e-05
29		0.000219
32	0.192
33		5.56
34	26.88
35	<=
36	26.88	7.784e-06
43		Ra=1.40E-06
44		0.00023
45	4320.0	0.00452
46	192000.0	0.00293
47	330.0	0.956
48	797000.0	1.1e-05
50	-43.6
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA248

Column	Version 1	Version 2
2	37.176389	37.716
5	10.58334	43.0
7	-101.345556	-118.883
9	-101.0	-118.0
10	-20.73336	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Kansas Hugoton gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19910600.0
17	783.0
19	1259.0	MMF
21	G/H	G/F
22		81.0
23	Permian
24	5410.0	2e-05
29		2.4e-05
32	0.093
33		5.77
34	13.02
35	<=
36	13.02	8.078e-06
43		Ra=1.40E-06
44		0.000243
45	970.0	0.000404
46	238000.0	0.0129
47	580.0	0.991
48	756800.0	1e-05
50	-44.3
51		-4.6
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA249

Column	Version 1	Version 2
2	37.176389	37.716
5	10.58334	43.0
7	-101.345556	-118.883
9	-101.0	-118.0
10	-20.73336	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Kansas Hugoton gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19910800.0
17	814.0
19	1258.0	MMF
21	G/H	G/F
22		83.0
23	Permian
24	6330.0	2.3e-05
29		3.9e-05
32	0.103
33		5.64
34	14.42
35	<=
36	14.42	7.896e-06
43		Ra=1.40E-06
44		0.000263
45	880.0	0.000442
46	272000.0	0.0128
47	240.0	0.984
48	720000.0	1.1e-05
50	-43.9
51		-4.5
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA250

Column	Version 1	Version 2
2	37.176389	37.716
5	10.58334	43.0
7	-101.345556	-118.883
9	-101.0	-118.0
10	-20.73336	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Kansas Hugoton gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19920100.0
17	820.0
19	1280.0	MMF
21	G/H	G/F
22		82.0
23	Permian
24	6590.0	2.2e-05
29		5e-05
32	0.073
33		5.29
34	10.22
35	<=
36	10.22	7.406e-06
43		Ra=1.40E-06
44		0.000278
45	1210.0	0.00029
46	245000.0	0.0128
47	170.0	0.993
48	744100.0	1.2e-05
50	-45.4
51		-4.5
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA251

Column	Version 1	Version 2
2	37.176389	37.716
5	10.58334	43.0
7	-101.345556	-118.883
9	-101.0	-118.0
10	-20.73336	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Kansas Hugoton gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19920500.0
17	780.0
19	1283.0	MMF
21	G/H	G/F
22		82.0
23	Permian
24	7830.0	1.8e-05
29		5e-05
32	0.084
33		5.26
34	11.76
35	<=
36	11.76	7.364e-06
43		Ra=1.40E-06
44		0.000278
45	540.0	0.000279
46	391000.0	0.0121
47	210.0	0.994
48	592100.0	1.4e-05
50	-43.6
51		-4.7
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA252

Column	Version 1	Version 2
2	37.176389	37.716
5	10.58334	43.0
7	-101.345556	-118.883
9	-101.0	-118.0
10	-20.73336	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Kansas Hugoton gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19920900.0
17	811.0
19	1260.0	MMF
21	G/H	G/F
22		83.0
23	Permian
24	8030.0	1.6e-05
29		3.2e-05
32	0.057
33		6.37
34	7.98
35	<=
36	7.98	8.918e-06
43		Ra=1.40E-06
44		0.000303
45	1470.0	0.000492
46	371000.0	0.0124
47	160.0	0.99
48	613100.0	1.7e-05
50	-44.8
51		-4.8
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA253

Column	Version 1	Version 2
2	37.176389	37.716
5	10.58334	43.0
7	-101.345556	-118.883
9	-101.0	-118.0
10	-20.73336	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Kansas Hugoton gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19930300.0
17	683.0
19	1257.0	MMF
21	G/H	G/F
22		83.0
23	Permian
24	9150.0	1.6e-05
29		3.2e-05
32	0.132
33		5.22
34	18.48
35	<=
36	18.48	7.308e-06
43		Ra=1.40E-06
44		0.000306
45	80.0	0.000339
46	435000.0	0.0114
47	10.0	0.979
48	563100.0	1.9e-05
50	-42.1
51		-4.8
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA254

Column	Version 1	Version 2
2		37.716
4		37.0
5		43.0
7		-118.883
9		-118.0
10		-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Reichel, West gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19930900.0
17	629.0
19	1136.0	MMF
21	G/H	G/F
22		83.0
23	Permian
24	21100.0	1.4e-05
29		4.5e-05
32	0.097
33		5.25
34	13.58
35	<=
36	13.58	7.35e-06
43		Ra=1.40E-06
44		0.00034
45	250.0	0.000247
46	305000.0	0.0121
47	70.0	0.99
48	674200.0	2e-05
50	-40.0
51		-4.9
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA255

Column	Version 1	Version 2
2	37.7689	37.716
5	46.134	43.0
7	-95.803	-118.883
9	-95.0	-118.0
10	-48.18	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Silver City oil field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19931200.0
17	274.0
19	1204.0	MMF
21	G/H	G/F
22		84.0
23	Cretaceous
24	416.0	1.3e-05
29		2.8e-05
32	0.092
33		5.05
34	12.88
35	<=
36	12.88	7.07e-06
43		Ra=1.40E-06
44		0.000313
45	400.0	0.000165
46	33000.0	0.0113
47	2070.0	0.992
48	949280.0	1.7e-05
50	-63.2
51		-4.9
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA256

Column	Version 1	Version 2
2		37.716
4		37.0
5		43.0
7		-118.883
9		-118.0
10		-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Sterling gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19940200.0
17	591.0
19	1098.0	MMF
21	G/H	G/F
22		85.0
23	Permian
24	9360.0	1.2e-05
29		2.9e-05
32	0.097
33		5.78
34	13.58
35	<=
36	13.58	8.092e-06
43		Ra=1.40E-06
44		0.000326
45	1010.0	0.000225
46	242000.0	0.0118
47	350.0	0.992
48	735400.0	1.8e-05
50	-41.0
51		-4.9
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA257

Column	Version 1	Version 2
2		37.716
4		37.0
5		43.0
7		-118.883
9		-118.0
10		-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Thayer gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19940800.0
17	154.0
19	1090.0	MMF
21	G/H	G/F
22		86.0
23	Pennsylvanian
24	1330.0	1.3e-05
29		2.2e-05
32	0.07
33		5.59
34	9.8
35	<=
36	9.8	7.826e-06
43		Ra=1.40E-06
44		0.000324
45	130.0	0.000201
46	23300.0	0.0108
47	3510.0	0.99
48	968900.0	1.5e-05
50	-65.0
51		-4.6
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA258

Column	Version 1	Version 2
2		37.716
4		37.0
5		43.0
7		-118.883
9		-118.0
10		-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Wilde gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19950200.0
17	403.0
19	1048.0	MMF
21	G/H	G/F
23	Pennsylvanian
24		1.5e-05
29		4.7e-05
32	0.1
33		5.71
34	14.0
35	<=
36	14.0	7.994e-06
43		Ra=1.40E-06
44		0.000322
45	30.0	0.000631
46	263000.0	0.0116
47	1250.0	0.989
48	714300.0	1.9e-05
50	-42.2
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA259

Column	Version 1	Version 2
2		37.716
4		37.0
5		43.0
7		-118.883
9		-118.0
10		-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Wilde gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		1995600.0
17	148.0
19	1049.0	MMF
21	G/H	G/F
23	Permian
24	6680.0	1.8e-05
29		5.5e-05
32	0.091
33		5.29
34	12.74
35	<=
36	12.74	7.406e-06
43		Ra=1.40E-06
44		0.00035
45	90.0	0.000572
46	142000.0	0.0113
47	10.0	0.985
48	844600.0	1.7e-05
50	-41.2
51		-4.68
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA260

Column	Version 1	Version 2
2		37.716
4		37.0
5		43.0
7		-118.883
9		-118.0
10		-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Wilde gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19950900.0
17	422.0
19	1047.0	MMF
21	G/H	G/F
22		83.0
23	Pennsylvanian
24	6810.0	1.2e-05
29		5.3e-05
32	0.091
33		5.84
34	12.74
35	<=
36	12.74	8.176e-06
43		Ra=1.40E-06
44		0.000337
45	30.0	0.000283
46	174000.0	0.0112
47	880.0	0.985
48	815000.0	1.8e-05
50	-41.1
51		-4.76
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA261

Column	Version 1	Version 2
2	38.0578	37.716
4	38.0	37.0
5	3.468	43.0
7	-99.0666666667	-118.883
9	-99.0	-118.0
10	-4.0	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas	California, Sierra Newada
14	Zook gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19960800.0
17	1234.0
19	1145.0	MMF
21	G/H	G/F
22		81.0
23	Ordovician
24	22800.0	1.6e-05
29		5.8e-05
32	0.082
33		5.3
34	11.48
35	<=
36	11.48	7.42e-06
43		Ra=1.40E-06
44		0.000301
45	220.0	0.000639
46	220000.0	0.0115
47	2080.0	0.981
48	748900.0	1.9e-05
50	-39.6
51		-4.8
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA262

Column	Version 1	Version 2
1	~
2	37.1833333333	37.716
3	~
5	11.0	43.0
7	-101.366666667	-118.883
8	~
9	-101.0	-118.0
10	-22.0	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas, Hugoton-Panhandle area	California, Sierra Newada
14	Guymon, South gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19970500.0
17	2021.0
19	1271.0	MMF
21	G/H	G/F
22		83.0
23	Permian
24	857.0	1e-05
29		1.5e-05
32	0.169
33		4.47
34	23.66
35	<=
36	23.66	6.258e-06
43		Ra=1.40E-06
44		0.000315
45	3480.0	5.3e-05
46	18600.0	0.0096
47	2690.0	0.989
48	947600.0	2e-05
50	-43.6
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA263

Column	Version 1	Version 2
1	~
2	37.1833333333	37.716
3	~
5	11.0	43.0
7	-101.366666667	-118.883
8	~
9	-101.0	-118.0
10	-22.0	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas, Hugoton-Panhandle area	California, Sierra Newada
14	Guymon, South gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19970600.0
17	1905.0
19	1270.0	MMF
21	G/H	G/F
22		78.0
23	Pennsylvanian
24	1380.0	1.4e-05
29		2.2e-05
32	0.056
33		5.16
34	7.84
35	<=
36	7.84	7.224e-06
43		Ra=1.40E-06
44		0.000297
45	400.0	0.000226
46	47300.0	0.0102
47	2960.0	0.989
48	931000.0	2.8e-05
50	-45.3
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA264

Column	Version 1	Version 2
1	~
2	37.1833333333	37.716
3	~
5	11.0	43.0
7	-101.366666667	-118.883
8	~
9	-101.0	-118.0
10	-22.0	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas, Hugoton-Panhandle area	California, Sierra Newada
14	Guymon-Hugoton gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19970800.0
17	802.0
19	1269.0	MMF
21	G/H	G/F
22		84.0
23	Permian
24	3670.0	1.1e-05
29		6.6e-05
32	0.205
33		4.72
34	28.7
35	<=
36	28.7	6.608e-06
43		Ra=1.40E-06
44		0.000327
45	520.0	0.000892
46	114000.0	0.0112
47	450.0	0.987
48	861000.0	2.1e-05
50	-43.2
51		-4.86
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA265

Column	Version 1	Version 2
1	~
2	37.1833333333	37.716
3	~
5	11.0	43.0
7	-101.366666667	-118.883
8	~
9	-101.0	-118.0
10	-22.0	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas, Hugoton-Panhandle area	California, Sierra Newada
14	Guymon-Hugoton gas field, well	Long Valley caldera, Mammoth Mt. fumarole (steam vent)
16		19971100.0
19	1274.0	MMF
21	G/H	G/F
22		84.0
23	Permian
24	4010.0	1.2e-05
29		1.7e-05
32	0.197
33		5.24
34	27.58
35	<=
36	27.58	7.336e-06
43		Ra=1.40E-06
44		0.000306
45	170.0	0.000102
46	118000.0	0.01
47	260.0	0.989
48	862000.0	1.4e-05
50	-43.2
51		-4.88
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA266

Column	Version 1	Version 2
1	~
2	37.1833333333	37.716
3	~
5	11.0	43.0
7	-101.366666667	-118.883
8	~
9	-101.0	-118.0
10	-22.0	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas, Hugoton-Panhandle area	California, Sierra Newada
14	Guymon-Hugoton gas field, well	Long Valley caldera, Mammoth Mt. Ski area spring
17	817.0
19	1245.0	MMSA-1
21	G/H	G/S
22		5.3
23	Permian
24	4610.0
32	0.191
33		4.49
34	26.74
35	<=
36	26.74	6.286e-06
43		Ra=1.40E-06
45	1190.0
46	149000.0
47	560.0
48	837000.0
50	-43.0
51		-5.9
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA267

Column	Version 1	Version 2
1	~
2	37.1833333333	37.716
3	~
5	11.0	43.0
7	-101.366666667	-118.883
8	~
9	-101.0	-118.0
10	-22.0	-53.0
11	13.0	32.0
12	USA	USA, CA
13	Kansas, Hugoton-Panhandle area	California, Sierra Newada
14	Guymon-Hugoton gas field, well	Long Valley caldera, Mammoth Mt. Ski area spring
17	817.0
19	1265.0	MMSA-2B
21	G/H	G/S
22		10.1
23	Permian
24	6220.0
32	0.244
33		4.19
34	34.16
35	<=
36	34.16	5.866e-06
43		Ra=1.40E-06
45	2520.0
46	366000.0
47	540.0
48	596000.0
50	-42.6
51		-7.0
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Sorey et al., 1998

USA268

Column	Version 1	Version 2
1	~
2	37.1833333333	38.1
3	~
4	37.0	38.0
5	11.0	6.0
7	-101.366666667	-119.2
8	~
9	-101.0	-119.0
10	-22.0	-12.0
11	13.0	16,28
12	USA	USA, CA
13	Kansas, Hugoton-Panhandle area	California, Sierra Newada
14	Guymon-Hugoton gas field, well	Long Valley caldera, N.Mono Lake spring
16		19830600.0
17	863.0
19	1273.0
21	G/H	W/S
22		66.0
23	Permian
24	6270.0
25		4.38268110517e-05
29		0.00190401745768
32	0.043
33		1.6
34	6.02
35	<=
36	6.02	2.24e-06
37		223.86
44		4.34707182119e-05
45	2750.0	0.000417318894834
46	170000.0	0.081464125929
47	220.0	0.913058563576
48	798800.0	0.00318205657311
50	-43.9
52	[CH4]=[CH4+HC]	[CO2]=[CO2+H2S]
53	Jenden et al., 1993	Welhan et al., 1988b; Newell et al., 2005

USA269

Column	Version 1	Version 2
1	~
2	37.1833333333	37.4
3	~
5	11.0	24.0
7	-101.366666667	-119.0
8	~
9	-101.0	-119.0
10	-22.0	0.0
11	13.0	16,28
12	USA	USA, CA
13	Kansas, Hugoton-Panhandle area	California, Sierra Newada
14	Guymon-Hugoton gas field, well	Long Valley caldera, Red's Meadow hot spring
16		19841000.0
17	820.0
19	1248.0
21	G/H	G/S
23	Permian
24	12600.0	2e-05
32	0.228
33		2.57
34	31.92
35	<=
36	31.92	3.598e-06
37		6.601
45	590.0
46	282000.0
47	850.0
48	698000.0
50	-42.7
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Welhan et al., 1988b; Newell et al., 2005

USA270

Column	Version 1	Version 2
2		37.716
4		37.0
5		43.0
7		-118.883
9		-118.0
10		-53.0
11	15.0	32.0
12	USA	USA, CA
13	Louisiana	California, Sierra Newada
14	Edna Delcambre well #1	Long Valley caldera, Reds Meadow Tub hot spring
16	19770000.0	19900700.0
19		RMT
21	G/H	G/S
22		46.0
24	100.496962333	8e-06
29		0.00202
33	0.022	2.35
36	3.08	3.29e-06
37	861.0
43		Ra=1.40E-06
45		0.00501
46	1561.11786148	0.0758
47	24301.3365735	0.917
48	937646.415553
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988a	Sorey et al., 1998

USA271

Column	Version 1	Version 2
2		37.9
4		37.0
5		54.0
7		-119.0
9		-119.0
10		0.0
11	13.0	16,28
12	USA	USA, CA
13	Nebraska	California, Sierra Newada
14	Sidney, West, gas field, well	Long Valley caldera, S.Mono Lake spring
16		19830600.0
17	1509.0
19	1203.0
21	G/H	G/S
22		38.0
23	Cretaceous
24	733.0	4.82198035781e-06
29		0.000251573540121
32	0.233
33		5.86
34	32.62
35	<=
36	32.62	8.204e-06
37		48.79
44		7.96118797851e-06
45	350.0	0.00469710090732
46	42300.0	0.0109545946584
47	39900.0	0.984077624043
48	889000.0	1.49670333996e-05
50	-54.6
51		-6.86
52	[CH4]=[CH4+HC]	[CO2]=[CO2+H2S]
53	Jenden et al., 1993	Welhan et al., 1988b; Newell et al., 2005

USA272

Column	Version 1	Version 2
2	40.5666666667	37.9
4	40.0	37.0
5	34.0	54.0
7	-116.583333333	-119.0
9	-116.0	-119.0
10	-35.0	0.0
11	15.0	16,28
12	USA	USA, CA
13	Nevada	California, Sierra Newada
14	Beowave Geysers, hole	Long Valley caldera, S.Mono Lake spring
16	19780000.0	19850600.0
21	M/H	G/S
22	230.0
23	Reservoir temperature,
24	119.542302358	4.7e-06
29	3678.22468793
33	0.46	5.27
36	64.4	7.378e-06
37	44.485	19.516
45	5486.6851595
46	291805.825243
47	693481.276006
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988a	Welhan et al., 1988b; Newell et al., 2005

USA273

Column	Version 1	Version 2
2	40.58493	37.716
4	40.0	37.0
5	35.0958	43.0
7	-115.28588	-118.883
9	-115.0	-118.0
10	-17.1528	-53.0
11	15.0	32.0
12	USA	USA, CA
13	Nevada	California, Sierra Newada
14	Ruby Valley Hot Spr., spring	Long Valley caldera, soda spring
16	19780000.0
19		CH12S
22	180.0	2.4
23	Reservoir temperature,
24	3824.03626943
29	18774.0932642
33	0.26	4.94
36	36.4	6.916e-06
37	143.5
43		Ra=1.40E-06
44	6447.66839378
45	5878.75647668
46	884658.031088
47	51813.4715026
48	28445.5958549
51		-4.9
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988a	Sorey et al., 1998

USA274

Column	Version 1	Version 2
1	~
2	43.95	37.716
3	~
4	43.0	37.0
5	57.0	43.0
7	-71.0	-118.883
9	-71.0	-118.0
10	0.0	-53.0
11	22.0	32.0
12	USA	USA, CA
13	New Hampshire, White Mountains	California, Sierra Newada
14	Mirror Lake	Long Valley caldera, soda spring
19		RMCS
21		G/S
22		7.5
33	1.2	3.06
36	165.0	4.284e-06
43		Ra=1.40E-06
51		-6.1
53	Torgersen et al., 1995	Sorey et al., 1998

USA275

Column	Version 1	Version 2
2	36.0167	37.716
4	36.0	37.0
5	1.002	43.0
7	-103.73385	-118.883
9	-103.0	-118.0
10	-44.031	-53.0
11	9.0	32.0
12	USA	USA, CA
13	New Mexico	California, Sierra Newada
14	Bueyeros CO2 well, Harding County	Long Valley caldera, soda spring
19		VSS
21	G/H	G/S
22		6.5
24	16.66
26	0.00108
28	0.00099
29	33.93
30	7.473735e-05
31	1.663181578e-05
33		3.8
34	439.0
36	439.0	5.32e-06
38	16897.0
39	11.6
40	0.062
41	0.324
42	16200.0
43	[129Xe/132Xe] = 1.0657+-0.0025; [Ne], [Ar], [Kr], [Xe], and [i/36Ar] calculated from isotopic data cited in [Phinney et al., 1978]; [38Ar/36Ar]true > [38Ar/36Ar]indicated	Ra=1.40E-06
51		-5.9
53	Phinney et al., 1978	Sorey et al., 1998

USA276

Column	Version 1	Version 2
2	33.17972	37.716
4	33.0	37.0
5	10.7832	43.0
7	-108.20611	-118.883
9	-108.0	-118.0
10	-12.3666	-53.0
11	15.0	32.0
12	USA	USA, CA
13	New Mexico	California, Sierra Newada
14	Gila River Hot Spr., spring	Long Valley caldera, soda spring
16	19790000.0
19		SLS
21	W/S	G/S
22	43.0	18.0
23	Surface temperature
33	0.13	3.34
36	18.2	4.676e-06
37	16.933
43		Ra=1.40E-06
51		-8.4
53	Welhan et al., 1988a	Sorey et al., 1998

USA277

Column	Version 1	Version 2
2	36.0167	37.4
4	36.0	37.0
5	1.002	24.0
7	-103.73385	-119.0
9	-103.0	-119.0
10	-44.031	0.0
11	15.0	16,28
12	USA	USA, CA
13	New Mexico	California, Sierra Newada
14	Harding Co. Gas Well	Long Valley caldera, Soda Spring
16		19841000.0
21	G/H	G/S
24		0.000374
33	3.34	0.46
36	467.6	6.44e-07
37	28.7	229.887
53	Welhan et al., 1988a	Welhan et al., 1988b; Newell et al., 2005

USA278

Column	Version 1	Version 2
2	34.038	37.716
4	34.0	37.0
5	2.28	43.0
7	-106.94	-118.883
9	-106.0	-118.0
10	-56.4	-53.0
11	15.0	32.0
12	USA	USA, CA
13	New Mexico	California, Sierra Newada
14	Socorro Hot Spr., spring	Long Valley caldera, thermal Spring
16	19790000.0
19		RMT
22	34.0	46.0
23	Surface temperature
32	0.65
33	0.43	2.1
36	60.2	2.94e-06
37	0.6027
43		Ra=1.40E-06
51		-6.0
53	Welhan et al., 1988a	Sorey et al., 1998

USA279

Column	Version 1	Version 2
2	35.793	37.716
4	35.0	37.0
5	47.58	43.0
7	-106.685	-118.883
9	-106.0	-118.0
10	-41.1	-53.0
11	15.0	32.0
12	USA	USA, CA
13	New Mexico	California, Sierra Newada
14	Soda Dam Hot Spr., spring	Long Valley calderaBasalt Fumarole
16	19790000.0	19951100.0
19		BF
21	G/S	G/F
22	47.0	92.0
23	Surface temperature
24		5.1e-05
29		0.000319
33	0.8	4.1
36	112.0	5.74e-06
37	229.6
43		Ra=1.40E-06
44		0.00021
45		0.000634
46		0.0213
47		0.965
48		0.00114
51		-3.99
53	Welhan et al., 1988a	Sorey et al., 1998

USA280

Column	Version 1	Version 2
2	35.9	37.716
4	35.0	37.0
5	54.0	43.0
7	-106.533333333	-118.883
9	-106.0	-118.0
10	-32.0	-53.0
11	15.0	32.0
12	USA	USA, CA
13	New Mexico	California, Sierra Newada
14	Valles Caldera, Sulfur Spring	Long Valley calderaHot Bubbling Pooll
16	19700000.0	19951200.0
19		HBP
22	275.0	95.0
23	Reservoir temperature,
24	44.4661285673	8e-06
29	370.746612857	0.000513
33	5.06	3.42
36	708.4	4.788e-06
37	602.7
43		Ra=1.40E-06
44	15017.5843182	0.000497
45	469.299509945	0.00112
46	21157.58624	0.0246
47	960891.707505	0.983
48	2127.49111175	0.000417
51		-4.75
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988a	Sorey et al., 1998

USA281

Column	Version 1	Version 2
2		36.05
4		36.0
5		3.0
7		-117.783333333
9		-117.0
10		-47.0
11	13.0	15.0
12	USA	USA, CA
13	New York	California, Sierra Newada/Mojave Desert (Inyo County)
14	Auburn gas field, well	Coso Sprs., Devil's Kitchen spring
16		19820000.0
17	360.0
19	1339.0
21	G/H	G/S
22		220.0
23	Silurian	Reservoir temperature,
24	1540.0	2.18797212835e-05
29		1.50731182153e-05
32	0.023
33		7.08
34	3.22
35	<=
36	3.22	9.912e-06
37		229.6
42		388.0
44		0.000499277290988
45	390.0	2.05398885533e-05
46	16100.0	0.00205398885533
47	100.0	0.996840017146
48	971120.0	0.000521397170968
50	-31.5
52	[CH4]=[CH4+HC]	[CO2]=[CO2+H2S]
53	Jenden et al., 1993	Welhan et al., 1988a

USA282

Column	Version 1	Version 2
12	USA	USA, CO
13	New York	Colorado
14	Beech Hill-Independent gas field, well	Sheep Mountain gas field, well
17	366.0	959.0
19	1334.0	1034.0
23	Devonian	Cretaceous
24	907.0	0.000612
32	0.021	1.02
34	2.94	1.428e-06
35	<=	≥
36	2.94	1.428e-06
45	440.0	5e-05
46	5180.0	0.0154
47	70.0	0.948
48	964000.0	0.04488
50	-46.2	-41.1
51		-4.0

USA283

Column	Version 1	Version 2
12	USA	USA, CO
13	New York	Colorado
14	Bergen gas field, well	Sheep Mountain gas field, well
17	180.0	960.0
19	1338.0	1037.0
23	Silurian	Jurassic
24	2150.0	0.00018
32	0.022	0.98
34	3.08	1.372e-06
35	<=	≤
36	3.08	1.372e-06
45	250.0	4e-05
46	40400.0	0.00666
47	120.0	0.973
48	942900.0	0.02384
50	-42.6	-40.8
51		-4.1

USA284

Column	Version 1	Version 2
2		40.4666666667
4		40.0
5		28.0
7		-106.85
9		-106.0
10		-51.0
11	13.0	15.0
12	USA	USA, CO
13	New York	Colorado
14	Bradford gas field, well	Steamboat Spr., spring #1
16		19780000.0
17	1315.0
19	1343.0
21	G/H	G/S
22		200.0
23	Devonian	Reservoir temperature,
24	227.0	2.83467859574e-05
29		0.000454098998347
32	0.013
33		5.9
34	1.82
35	<=
36	1.82	8.26e-06
37		86.1
44		0.000770592239619
45	170.0	0.00106231644462
46	5120.0	0.0251268112419
47	240.0	0.972478848585
48	992000.0	6.60507633959e-05
50	-44.4
52	[CH4]=[CH4+HC]	[CO2]=[CO2+H2S]
53	Jenden et al., 1993	Welhan et al., 1988a

USA285

Column	Version 1	Version 2
2		40.4666666667
4		40.0
5		28.0
7		-106.85
9		-106.0
10		-51.0
11	13.0	14
12	USA	USA, CO
13	New York	Colorado
14	Dansville gas field, well	Steamboat Spr., spring #10, gas
17	448.0
19	1333.0
21	G/H	G/S
23	Devonian
24	661.0
32	0.026	6.0
33		6.0
34	3.64	8.36e-06
35	<=
36	3.64	8.4e-06
37		117.0
45	290.0
46	9140.0
47	50.0
48	984000.0
50	-47.3
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Torgersen and Jenkins, 1982

USA286

Column	Version 1	Version 2
2		40.4666666667
4		40.0
5		28.0
7		-106.85
9		-106.0
10		-51.0
11	13.0	15.0
12	USA	USA, CO
13	New York	Colorado
14	Ellery Center oil field, well	Steamboat Spr., spring #2
16		19780000.0
17	811.0
19	1345.0
21	G/H	G/S
22		200.0
23	Silurian	Reservoir temperature,
24	755.0	1.58094019383e-05
29		0.000120376156891
32	0.02
33		5.9
34	2.8
35	<=
36	2.8	8.26e-06
37		57.4
44		0.00024957989862
45	2060.0	1.92601851025e-05
46	19100.0	0.0076077731155
47	230.0	0.991974922874
48	975000.0	3.21003085042e-05
50	-47.8
52	[CH4]=[CH4+HC]	[CO2]=[CO2+H2S]
53	Jenden et al., 1993	Welhan et al., 1988a

USA287

Column	Version 1	Version 2
2		40.4666666667
4		40.0
5		28.0
7		-106.85
9		-106.0
10		-51.0
11	13.0	14
12	USA	USA, CO
13	New York	Colorado
14	Elmira, East gas field, well	Steamboat Spr., spring #24, gas
17	893.0
19	1335.0
21	G/H	G/S
23	Devonian
24	292.0
32	0.015	1.1
33		1.1
34	2.1	1.48e-06
35	<=
36	2.1	1.54e-06
37		6.2
45	330.0
46	7330.0
47	280.0
48	983400.0
50	-35.8
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Torgersen and Jenkins, 1982

USA288

Column	Version 1	Version 2
2		40.4666666667
4		40.0
5		28.0
7		-106.85
9		-106.0
10		-51.0
11	13.0	14
12	USA	USA, CO
13	New York	Colorado
14	Fayette-Waterloo gas field, well	Steamboat Spr., spring #24, water
17	607.0
19	1336.0
21	G/H	W/S
23	Ordovician
24	1120.0
25		3.4e-08
32	0.019	4.4
33		4.4
34	2.66	6.04e-06
35	<=
36	2.66	6.16e-06
37		41.0
45	610.0
46	20600.0
47	80.0
48	976500.0
50	-30.9
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Torgersen and Jenkins, 1982

USA289

Column	Version 1	Version 2
2		40.4666666667
4		40.0
5		28.0
7		-106.85
9		-106.0
10		-51.0
11	13.0	14
12	USA	USA, CO
13	New York	Colorado
14	Fredonia oil field, well	Steamboat Spr., spring #4, gas
17	320.0
19	1344.0
21	G/H	G/S
23	Devonian
24	1550.0
32	0.018	3.7
34	2.52	5.16e-06
35	<=	≥
36	2.52	5.16e-06
37		0.03
45	1320.0
46	18300.0
47	900.0
48	973000.0
50	-47.9
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Torgersen and Jenkins, 1982

USA290

Column	Version 1	Version 2
2		40.4666666667
4		40.0
5		28.0
7		-106.85
9		-106.0
10		-51.0
11	13.0	14
12	USA	USA, CO
13	New York	Colorado
14	Houghton gas field, well	Steamboat Spr., spring #4, water
17	689.0
19	1340.0
21	G/H	W/S
23	Devonian
24	444.0
25		4.2e-08
32	0.02	4.4
33		4.5
34	2.8	6.13e-06
35	<=
36	2.8	6.3e-06
37		13.0
45	470.0
46	10800.0
47	10.0
48	985000.0
50	-47.2
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Torgersen and Jenkins, 1982

USA291

Column	Version 1	Version 2
2		40.4666666667
4		40.0
5		28.0
7		-106.85
9		-106.0
10		-51.0
11	13.0	14
12	USA	USA, CO
13	New York	Colorado
14	Lakeshore gas field, well	Steamboat Spr., spring #6, gas
17	1190.0
19	1342.0
21	G/H	G/S
23	Silurian
24	1040.0
32	0.016	5.9
33		6.0
34	2.24	8.09e-06
35	<=
36	2.24	8.4e-06
37		11.0
45	170.0
46	35400.0
47	80.0
48	960000.0
50	-35.4
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Torgersen and Jenkins, 1982

USA292

Column	Version 1	Version 2
2		40.4666666667
4		40.0
5		28.0
7		-106.85
9		-106.0
10		-51.0
11	13.0	14
12	USA	USA, CO
13	New York	Colorado
14	Lakeshore gas field, well	Steamboat Spr., spring #6, water
17	1241.0
19	1341.0
21	G/H	W/S
23	Silurian
24	1300.0
25		1.41e-08
32	0.019	3.8
33		3.9
34	2.66	5.19e-06
35	<=
36	2.66	5.46e-06
37		17.0
45	290.0
46	45600.0
47	0.0
48	945200.0
50	-36.8
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Torgersen and Jenkins, 1982

USA293

Column	Version 1	Version 2
2		37.3
4		37.0
5		18.0
7		-109.0
9		-109.0
10		0.0
11	13.0	28.0
12	USA	USA, CO
13	New York	Colorado, Colorado Plateau
14	Lebanon gas field, well	McElmo Dome Gas
17	834.0
19	1346.0
21	G/H
23	Silurian
24	518.0
32	0.018
33		0.1
34	2.52
35	<=
36	2.52	1.4e-07
39		9.0
40		0.00108
45	140.0
46	4610.0
47	140.0
48	992400.0
50	-34.8
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Newell et al., 2005

USA294

Column	Version 1	Version 2
2		37.3
4		37.0
5		18.0
7		-107.0
9		-107.0
10		0.0
11	13.0	28.0
12	USA	USA, CO
13	New York	Colorado, Rocky Mountains
14	Painted Post gas field, well	Pagosa Hot Spr - south of main terrace
17	1128.0
19	1337.0
21	G/H
23	Devonian
24	276.0
32	0.016
33		0.113
34	2.24
35	<=
36	2.24	1.582e-07
45	220.0
46	4150.0
47	780.0
48	979600.0
50	-37.4
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Newell et al., 2005

USA295

Column	Version 1	Version 2
2		37.3
4		37.0
5		18.0
7		-107.0
9		-107.0
10		0.0
11	13.0	28.0
12	USA	USA, CO
13	New York	Colorado, Rocky Mountains
14	Reading Center gas field, well	Pagosa Hot Spr -travertine summit
17	2466.0
19	1347.0
21	G/H
23	Ordovician
24	437.0
32	0.035
33		0.093
34	4.9
35	<=
36	4.9	1.302e-07
45	410.0
46	10200.0
47	50.0
48	991900.0
50	-30.7
52	[CH4]=[CH4+HC]
53	Jenden et al., 1993	Newell et al., 2005

USA296

Column	Version 1	Version 2
2		37.7
4		37.0
5		42.0
7		-105.2
9		-105.0
10		-12.0
11	15.0	28.0
12	USA	USA, CO
13	Oklahoma (Anadarko Basin)	Colorado, Sheep Mt
14	Green well #1-11	Sheep Mt. Gas Field
16	19800000.0
21	G/H
33	0.032	0.4
36	4.48	5.6e-07
37	258.3
39		10.4
40		0.00064
53	Welhan et al., 1988a	Newell et al., 2005

USA297

Column	Version 1	Version 2
2		19.421097472
4		19.0
5		25.26584832
7		-155.286762433
9		-155.0
10		-17.20574598
11	15.0	14.0
12	USA	USA, HI
13	Oklahoma (Anadarko Basin)	Hawaii
14	Gregory gas well #1-29	Kilauea volcano, fissure of 1971 eruption, fumarole
16	19800000.0	19760813.0
21	G/H	G/F
32		13.0
33	0.031
34		1.8e-05
35		≥
36	4.34	1.8e-05
37	200.9
53	Welhan et al., 1988a	Torgersen and Jenkins, 1982

USA298

Column	Version 1	Version 2
2		19.421097472
4		19.0
5		25.26584832
7		-155.286762433
9		-155.0
10		-17.20574598
11	15.0	14.0
12	USA	USA, HI
13	Oklahoma (Anadarko Basin)	Hawaii
14	Vernon well #1-22	Kilauea volcano, fissure of 1971 eruption, fumarole
16	19800000.0	19760813.0
21	G/H	G/F
32		14.0
33	0.022
34		1.94e-05
35		≥
36	3.08	1.94e-05
37	200.9
53	Welhan et al., 1988a	Torgersen and Jenkins, 1982

USA299

Column	Version 1	Version 2
1	~
2	44.1333333333	19.421097472
3	~
4	44.0	19.0
5	8.0	25.26584832
7	-121.0	-155.286762433
8	~
9	-121.0	-155.0
10	0.0	-17.20574598
11	24.0	14.0
12	USA	USA, HI
13	Oregon central, Cascades, Three Sisters volcanoes, west side	Hawaii
14	Belknap Hot Spring	Kilauea volcano, fissure of 1971 eruption, fumarole
16	20020804.0	19761201.0
19	TS121RM02
20	62.0
21		G/F
32		13.4
33	5.1
34		1.85e-05
35		≥
36	714.0	1.85e-05
43	Rcorr=(R/Ra)corr*140
53	Evans William et al., 2004	Torgersen and Jenkins, 1982

USA300

Column	Version 1	Version 2
1	~
2	44.1333333333	19.421097472
3	~
4	44.0	19.0
5	8.0	25.26584832
7	-121.0	-155.286762433
8	~
9	-121.0	-155.0
10	0.0	-17.20574598
11	24.0	14.0
12	USA	USA, HI
13	Oregon central, Cascades, Three Sisters volcanoes, west side	Hawaii
14	Belknap Hot Springs	Kilauea volcano, Sulfur Bank, fumarole
16	20020510.0	19760805.0
19	TS29BE02
20	34.0
21		G/F
32		14.4
33	5.2
34		1.99e-05
35		≥
36	728.0	1.99e-05
43	Rcorr=(R/Ra)corr*140
53	Evans William et al., 2004	Torgersen and Jenkins, 1982

USA301

Column	Version 1	Version 2
1	~
2	44.1333333333	19.421097472
3	~
4	44.0	19.0
5	8.0	25.26584832
7	-121.0	-155.286762433
8	~
9	-121.0	-155.0
10	0.0	-17.20574598
11	24.0	14.0
12	USA	USA, HI
13	Oregon central, Cascades, Three Sisters volcanoes, west side	Hawaii
14	Bigelow Hot Springs	Kilauea volcano, Sulfur Bank, fumarole
16	20020511.0	19760813.0
19	TS31BE02
20	36.0
21		G/F
32		14.1
33	4.7
34		1.95e-05
35		≥
36	658.0	1.95e-05
43	Rcorr=(R/Ra)corr*140
53	Evans William et al., 2004	Torgersen and Jenkins, 1982

USA302

Column	Version 1	Version 2
1	~
2	44.1333333333	19.421097472
3	~
4	44.0	19.0
5	8.0	25.26584832
7	-121.0	-155.286762433
8	~
9	-121.0	-155.0
10	0.0	-17.20574598
11	24.0	14.0
12	USA	USA, HI
13	Oregon central, Cascades, Three Sisters volcanoes, west side	Hawaii
14	Cold spring low on Separation Creek	Kilauea volcano, Sulfur Bank, fumarole
16	20020510.0	19761201.0
19	TS31BE02
20	37.0
21		G/F
32		14.1
33	7.0
34		1.94e-05
35		≥
36	980.0	1.94e-05
43	Rcorr=(R/Ra)corr*140
53	Evans William et al., 2004	Torgersen and Jenkins, 1982

USA303

Column	Version 1	Version 2
1	~
2	44.1333333333	19.421097472
3	~
4	44.0	19.0
5	8.0	25.26584832
7	-121.0	-155.286762433
8	~
9	-121.0	-155.0
10	0.0	-17.20574598
11	24.0	01
12	USA	USA, HI
13	Oregon central, Cascades, Three Sisters volcanoes, west side	Hawaii
14	Gassy cold spring at upper end of Mesa Meadows	Kilauea volcano, Sulfur Bank, fumarole on the caldera edge
16	20010711.0	19741217.0
19	VH10BE01
20	9.0
21		G/F
33	8.6
34		2.09e-05
36	1204.0	2.0903e-05
37		1650.0
39		10.3
40		0.0297
43	Rcorr=(R/Ra)corr*140
53	Evans William et al., 2004	Craig & Lupton, 1976

USA304

Column	Version 1	Version 2
1	~
2	44.1333333333	18.92
3	~
4	44.0	18.0
5	8.0	55.2
7	-121.0	-155.27
8	~
9	-121.0	-155.0
10	0.0	-16.2
11	24.0	02
12	USA	USA, HI
13	Oregon central, Cascades, Three Sisters volcanoes, west side	Hawaii
14	Gassy cold spring at upper end of Mesa Meadows	Loihi Seamount, Pele's fumaroles
16	20020802.0	19920828.0
17		1000.0
19	TS117RM02	PV213
20	58.0
21		W/S
22		12.9
23		Temperature estimated
25		3.5e-06
33	7.7	21.7
36	1078.0	3.038e-05
43	Rcorr=(R/Ra)corr*140
51		-5.5
53	Evans William et al., 2004	Sedwick et al., 1994

USA305

Column	Version 1	Version 2
1	~
2	44.1333333333	18.92
3	~
4	44.0	18.0
5	8.0	55.2
7	-121.0	-155.27
8	~
9	-121.0	-155.0
10	0.0	-16.2
11	24.0	02
12	USA	USA, HI
13	Oregon central, Cascades, Three Sisters volcanoes, west side	Hawaii
14	Headwaters of the Metolius River	Loihi Seamount, Pele's fumaroles
16	20020805.0	19920830.0
17		1000.0
19	TS123RM02	PV214
20	64.0
21		W/S
22		25.6
23		Temperature estimated
25		4.1e-06
33	2.4	27.0
36	336.0	3.78e-05
43	Rcorr=(R/Ra)corr*140
51		-2.3
53	Evans William et al., 2004	Sedwick et al., 1994

USA306

Column	Version 1	Version 2
1	~
2	44.1333333333	18.92
3	~
4	44.0	18.0
5	8.0	55.2
6	~
7	-121.0	-155.27
8	~
9	-121.0	-155.0
10	0.0	-16.2
11	24.0	02
12	USA	USA, HI
13	Oregon central, Cascades, Three Sisters volcanoes, west side	Hawaii
14	Indian Holes spring in lower meadow	Loihi Seamount, Pele's fumaroles
16	20010710.0	19920901.0
17		1000.0
19	VH05BE01	PV215
20	4.0
21		W/S
22		26.6
23		Temperature estimated
25		4.3e-06
33	7.4	26.1
36	1036.0	3.654e-05
43	Rcorr=(R/Ra)corr*140
51		-2.5
53	Evans William et al., 2004	Sedwick et al., 1994

USA307

Column	Version 1	Version 2
1	~
2	44.1333333333	18.92
3	~
4	44.0	18.0
5	8.0	55.2
7	-121.0	-155.27
8	~
9	-121.0	-155.0
10	0.0	-16.2
11	24.0	04
12	USA	USA, HI
13	Oregon central, Cascades, Three Sisters volcanoes, west side	Hawaii
14	Indian Holes spring in lower meadow	Loihi Seamount, Pele's fumaroles
16	20020730.0	19870000.0
17		1000.0
19	TS101RM02
20	42.0
21		W/S
25		4e-09
32		23.0
33	7.7
34		3.22e-05
35		≥
36	1078.0	3.22e-05
43	Rcorr=(R/Ra)corr*140
53	Evans William et al., 2004	Craig et al., 1987

USA308

Column	Version 1	Version 2
1	~
2	44.1333333333	42.6789733333
3	~
4	44.0	42.0
5	8.0	40.7384
7	-121.0	-111.603699167
8	~
9	-121.0	-111.0
10	0.0	-36.22195
11	24.0	26.0
12	USA	USA, ID
13	Oregon central, Cascades, Three Sisters volcanoes, west side	Idaho, Basin and Range province
14	Large-discharge cold spring at base of Mesa Meadows	Soda Springs, Hooper
16	20020729.0
19	TS100RM02
20	41.0
21		G/S
22		10.2
24		4.2409756212e-06
26		2.70365668927e-07
29		0.0002466089742
30		2.13204825e-08
31		1.135650435e-09
32		2.096
33	2.4	2.119
34		2.9344e-06
36	336.0	2.9666e-06
42		299.29
43	Rcorr=(R/Ra)corr*140	[Ar]=[36Ar]
47		0.7
51		-1.4
53	Evans William et al., 2004	Lewicki et al., 2013

USA309

Column	Version 1	Version 2
1	~
2	44.1333333333	42.7134927778
3	~
4	44.0	42.0
5	8.0	42.8095666667
7	-121.0	-111.623633889
8	~
9	-121.0	-111.0
10	0.0	-37.4180333333
11	24.0	26.0
12	USA	USA, ID
13	Oregon central, Cascades, Three Sisters volcanoes, west side	Idaho, Basin and Range province
14	Melvin Spring	Soda Springs, Mammoth
16	20020805.0
19	TS125RM02
20	66.0
21		G/S
22		15.8
24		2.0663550612e-06
26		1.03390249586e-07
29		0.0002746074924
30		4.070416536e-08
31		2.999015082e-09
32		2.367
33	3.7	2.389
34		3.3138e-06
36	518.0	3.3446e-06
42		296.06
43	Rcorr=(R/Ra)corr*140	[Ar]=[36Ar]
47		0.99
51		-0.3
53	Evans William et al., 2004	Lewicki et al., 2013

USA310

Column	Version 1	Version 2
1	~
2	44.1333333333	42.6599047222
3	~
4	44.0	42.0
5	8.0	39.5942833333
7	-121.0	-111.602721667
8	~
9	-121.0	-111.0
10	0.0	-36.1633
11	24.0	26.0
12	USA	USA, ID
13	Oregon central, Cascades, Three Sisters volcanoes, west side	Idaho, Basin and Range province
14	Middle spring at headwaters of Hinton Creek	Soda Springs, Octagon
16	20020731.0
19	TS110RM02
20	51.0
21		G/S
22		14.2
24		4.7396105004e-07
26		1.11520517707e-08
29		2.67982402e-05
30		4.503495312e-09
31		4.962110346e-10
32		1.744
33	6.7	1.75
34		2.4416e-06
36	938.0	2.45e-06
42		300.55
43	Rcorr=(R/Ra)corr*140	[Ar]=[36Ar]
47		0.999
51		-1.2
53	Evans William et al., 2004	Lewicki et al., 2013

USA311

Column	Version 1	Version 2
1	~
2	44.1333333333	44.2
3	~
5	8.0	12.0
7	-121.0	-111.8
8	~
9	-121.0	-111.0
10	0.0	-48.0
11	24.0	15,28
12	USA	USA, ID
13	Oregon central, Cascades, Three Sisters volcanoes, west side	Idaho, Snake River Plain
14	Seep at south end of Linton Lake	Ashton Hot Spr., spring
16	20020804.0	19800000.0
19	TS120RM02
20	61.0
21		W/S
22		40.0
23		Surface temperature
25		0.000225223367698
29		0.0134536082474
33	5.2	0.28
36	728.0	3.92e-07
43	Rcorr=(R/Ra)corr*140
45		0.0976632302405
46		0.88295532646
47		0.00343642611684
52		[CO2]=[CO2+H2S]
53	Evans William et al., 2004	Welhan et al., 1988a; Newell et al., 2005

USA312

Column	Version 1	Version 2
1	~
2	44.1333333333	43.9
3	~
4	44.0	43.0
5	8.0	54.0
7	-121.0	-114.7
8	~
9	-121.0	-114.0
10	0.0	-42.0
11	24.0	15,28
12	USA	USA, ID
13	Oregon central, Cascades, Three Sisters volcanoes, west side	Idaho, Snake River Plain
14	Snow Creek Spring	Clarendon Hot Spr., spring
16	20020805.0	19800000.0
19	TS128RM02
20	69.0
21		W/S
22		51.0
23		Surface temperature
25		0.000253287663445
29		0.011305173394
33	3.0	0.25
36	420.0	3.5e-07
37		61.705
43	Rcorr=(R/Ra)corr*140
45		0.000215747583854
46		0.416824332007
47		0.568504832291
48		0.00302046617396
52		[CO2]=[CO2+H2S]
53	Evans William et al., 2004	Welhan et al., 1988a; Newell et al., 2005

USA313

Column	Version 1	Version 2
1	~
2	44.1333333333	43.0
3	~
4	44.0	43.0
5	8.0	0.0
7	-121.0	-112.0
8	~
9	-121.0	-112.0
11	24.0	15,28
12	USA	USA, ID
13	Oregon central, Cascades, Three Sisters volcanoes, west side	Idaho, Snake River Plain
14	Soda spring	Lava Hot Spr., spring
16	20010715.0	19780000.0
19	VH27BE01
20	15.0
21		G/S
22		43.0
23		Surface temperature
24		0.000324373702422
29		0.00876332179931
33	4.6	0.51
36	644.0	7.14e-07
37		51.66
43	Rcorr=(R/Ra)corr*140
45		0.0396311418685
46		0.605584775087
47		0.346020761246
52		[CO2]=[CO2+H2S]
53	Evans William et al., 2004	Welhan et al., 1988a; Newell et al., 2005

USA314

Column	Version 1	Version 2
1	~
2	44.1333333333	42.0
3	~
4	44.0	42.0
5	8.0	0.0
7	-121.0	-114.8
8	~
9	-121.0	-114.0
10	0.0	-48.0
11	24.0	15,28
12	USA	USA, ID
13	Oregon central, Cascades, Three Sisters volcanoes, west side	Idaho, Snake River Plain
14	Spring in Linton Meadows	Magic Hot Spr., spring
16	20020801.0	19780000.0
19	TS112RM02
20	53.0
21		G/S
22		45.0
23		Surface temperature
24		0.000178921928817
29		0.014531228473
32		0.19
33	2.7	0.14
36	378.0	1.96e-07
37		4.2189
43	Rcorr=(R/Ra)corr*140
44		0.000395407577497
45		0.00780929965557
46		0.963805970149
47		0.0114810562572
48		0.00187818599311
52		[CO2]=[CO2+H2S]
53	Evans William et al., 2004	Welhan et al., 1988a; Newell et al., 2005

USA315

Column	Version 1	Version 2
1	~
2	44.1333333333
3	~
4	44.0
5	8.0
7	-121.0
8	~
9	-121.0
10	0.0
11	24.0	13.0
12	USA	USA, KS?
13	Oregon central, Cascades, Three Sisters volcanoes, west side	Kansas (?), Hugoton-Panhandle area
14	Spring near Foley ridge trailhead	Dunkle gas field, well
16	20020805.0
17		899.0
19	TS122RM02	1277.0
20	63.0
21		G/H
23		Pennsylvanian
24		0.00583
32		0.159
33	2.2
34		2.226e-07
35		≤
36	308.0	2.226e-07
43	Rcorr=(R/Ra)corr*140
45		0.0024
46		0.252
47		0.00046
48		0.7344
50		-43.5
52		[CH4]=[CH4+HC]
53	Evans William et al., 2004	Jenden et al., 1993

USA316

Column	Version 1	Version 2
1	~
2	44.1333333333
3	~
4	44.0
5	8.0
7	-121.0
8	~
9	-121.0
10	0.0
11	24.0	13.0
12	USA	USA, KS?
13	Oregon central, Cascades, Three Sisters volcanoes, west side	Kansas (?), Hugoton-Panhandle area
14	Spring River headwaters	Santa Fe Trail gas field, well
16	20020805.0
17		1567.0
19	TS127RM02	1275.0
20	68.0
21		G/H
23		Pennsylvanian
24		0.00329
32		0.091
33	3.5
34		1.274e-07
35		≤
36	490.0	1.274e-07
43	Rcorr=(R/Ra)corr*140
45		0.00029
46		0.0679
47		0.00361
48		0.9263
50		-43.0
52		[CH4]=[CH4+HC]
53	Evans William et al., 2004	Jenden et al., 1993

USA317

Column	Version 1	Version 2
1	~
2	44.1333333333
3	~
4	44.0
5	8.0
7	-121.0
8	~
9	-121.0
10	0.0
11	24.0	13.0
12	USA	USA, KS
13	Oregon central, Cascades, Three Sisters volcanoes, west side	Kansas central-eastern
14	Terwilliger Hot Springs	Reichel, West gas field, well
16	20020510.0
17		629.0
19	TS30RM02	1136.0
20	35.0
21		G/H
23		Permian
24		0.0211
32		0.097
33	4.4
34		1.358e-07
35		≤
36	616.0	1.358e-07
43	Rcorr=(R/Ra)corr*140
45		0.00025
46		0.305
47		7e-05
48		0.6742
50		-40.0
52		[CH4]=[CH4+HC]
53	Evans William et al., 2004	Jenden et al., 1993

USA318

Column	Version 1	Version 2
1	~
2	44.1333333333	37.7689
3	~
4	44.0	37.0
5	8.0	46.134
7	-121.0	-95.803
8	~
9	-121.0	-95.0
10	0.0	-48.18
11	24.0	13.0
12	USA	USA, KS
13	Oregon central, Cascades, Three Sisters volcanoes, west side	Kansas central-eastern
14	White Branch Youth Camp Well	Silver City oil field, well
16	20020511.0
17		274.0
19	TS28RM02	1204.0
20	33.0
21		G/H
23		Cretaceous
24		0.000416
32		0.092
33	6.8
34		1.288e-07
35		≤
36	952.0	1.288e-07
43	Rcorr=(R/Ra)corr*140
45		0.0004
46		0.033
47		0.00207
48		0.94928
50		-63.2
52		[CH4]=[CH4+HC]
53	Evans William et al., 2004	Jenden et al., 1993

USA319

Column	Version 1	Version 2
2	45.4
4	45.0
5	24.0
7	-121.683333333
9	-121.0
10	-41.0
11	12,15	13.0
12	USA	USA, KS
13	Oregon, Cascades	Kansas central-eastern
14	Mt. Hood, summit fumarole	Sterling gas field, well
16	19780000.0
17		591.0
19		1098.0
21	G/F	G/H
23		Permian
24		0.00936
32	7.17	0.097
33	7.2
34		1.358e-07
35		≤
36	1008.0	1.358e-07
37	32.144
45		0.00101
46		0.242
47		0.00035
48		0.7354
50		-41.0
52		[CH4]=[CH4+HC]
53	Welhan et al., 1988a; Poreda and Craig, 1989	Jenden et al., 1993

USA320

Column	Version 1	Version 2
12	USA	USA, KS
13	Texas	Kansas central-eastern
14	Greasewood gas field, well	Thayer gas field, well
17	3137.0	154.0
19	1063.0	1090.0
23	Silurian	Pennsylvanian
24	143.0	0.00133
32	0.099	0.07
34	13.86	9.8e-08
35	<=	≤
36	13.86	9.8e-08
45	70.0	0.00013
46	5670.0	0.0233
47	57400.0	0.00351
48	928900.0	0.9689
50	-36.6	-65.0

USA321

Column	Version 1	Version 2
12	USA	USA, KS
13	Texas	Kansas central-eastern
14	Puckett-West Bend gas field, well	Wilde gas field, well
17	6774.0	403.0
19	1066.0	1048.0
24	125.0
32	0.013	0.1
34	1.82	1.4e-07
35	<=	≤
36	1.82	1.4e-07
45	90.0	3e-05
46	3590.0	0.263
47	49900.0	0.00125
48	933780.0	0.7143
50	-31.6	-42.2

USA322

Column	Version 1	Version 2
12	USA	USA, KS
13	Texas	Kansas central-eastern
14	Texas Hugoton gas field, well	Wilde gas field, well
17	960.0	422.0
19	1242.0	1047.0
23	Permian	Pennsylvanian
24	7000.0	0.00681
32	0.183	0.091
34	25.62	1.274e-07
35	<=	≤
36	25.62	1.274e-07
45	840.0	3e-05
46	148000.0	0.174
47	3400.0	0.00088
48	824000.0	0.815
50	-42.8	-41.1

USA323

Column	Version 1	Version 2
12	USA	USA, KS
13	Texas	Kansas central-eastern
14	Texas Hugoton gas field, well	Wilde gas field, well
17	930.0	148.0
19	1243.0	1049.0
24	7710.0	0.00668
32	0.175	0.091
34	24.5	1.274e-07
35	<=	≤
36	24.5	1.274e-07
45	1040.0	9e-05
46	185000.0	0.142
47	980.0	1e-05
48	791000.0	0.8446
50	-42.3	-41.2

USA324

Column	Version 1	Version 2
2		38.0578
4		38.0
5		3.468
7		-99.0666666667
9		-99.0
10		-4.0
12	USA	USA, KS
13	Texas	Kansas central-eastern
14	Texas Hugoton gas field, well	Zook gas field, well
17	945.0	1234.0
19	1240.0	1145.0
23	Permian	Ordovician
24	8000.0	0.0228
32	0.183	0.082
34	25.62	1.148e-07
35	<=	≤
36	25.62	1.148e-07
45	970.0	0.00022
46	157000.0	0.22
47	30.0	0.00208
48	824000.0	0.7489
50	-44.5	-39.6

USA325

Column	Version 1	Version 2
1		~
2	30.37288	37.1833333333
3		~
4	30.0	37.0
5	22.3728	11.0
6		~
7	-101.81441	-101.366666667
8		~
10	-48.8646	-22.0
11	23.0	13.0
12	USA	USA, KS
13	Texas West, Permian Basin	Kansas, Hugoton-Panhandle area
14	Basset Goode No.3	Guymon, South gas field, well
17		1905.0
19		1270.0
21		G/H
23		Pennsylvanian
24	142.0	0.00138
26	5.12
32	0.502	0.056
33	0.502
34		7.84e-08
35		≤
36	70.28	7.84e-08
38	27.734375
39	9.72
40	0.0432
42	4811.0
45		0.0004
46		0.0473
47	553000.0	0.00296
48	442000.0	0.931
50	-37.47	-45.3
51	-2.89
52		[CH4]=[CH4+HC]
53	Ballentine et al., 2000	Jenden et al., 1993

USA326

Column	Version 1	Version 2
1		~
2	30.344433	37.1833333333
3		~
4	30.0	37.0
5	20.66598	11.0
6		~
7	-101.7995	-101.366666667
8		~
10	-47.97	-22.0
11	23.0	13.0
12	USA	USA, KS
13	Texas West, Permian Basin	Kansas, Hugoton-Panhandle area
14	Brown-Basset No.2'	Guymon, South gas field, well
17		2021.0
19		1271.0
21		G/H
23		Permian
24	133.0	0.000857
26	2.14
32	0.504	0.169
33	0.504
34		2.366e-07
35		≤
36	70.56	2.366e-07
38	62.1495327103
39	9.61
40	0.0614
42	5660.0
45		0.00348
46		0.0186
47	546000.0	0.00269
48	448000.0	0.9476
50	-37.48	-43.6
51	-2.9
52		[CH4]=[CH4+HC]
53	Ballentine et al., 2000	Jenden et al., 1993

USA327

Column	Version 1	Version 2
1		~
2	30.35661	37.1833333333
3		~
4	30.0	37.0
5	21.3966	11.0
6		~
7	-101.74721	-101.366666667
8		~
10	-44.8326	-22.0
11	23.0	13.0
12	USA	USA, KS
13	Texas West, Permian Basin	Kansas, Hugoton-Panhandle area
14	Mayme K. Martin ETAL No.1	Guymon-Hugoton gas field, well
17		802.0
19		1269.0
21		G/H
23		Permian
24	142.0	0.00367
26	26.3
32	0.372	0.205
33	0.372
34		2.87e-07
35		≤
36	52.08	2.87e-07
38	5.39923954373
42	1030.0
45		0.00052
46		0.114
47	391000.0	0.00045
48	600000.0	0.861
50	-37.3	-43.2
51	-2.97
52		[CH4]=[CH4+HC]
53	Ballentine et al., 2000	Jenden et al., 1993

USA328

Column	Version 1	Version 2
1		~
2	30.3568	37.1833333333
3		~
4	30.0	37.0
5	21.408	11.0
6		~
7	-101.63842	-101.366666667
8		~
10	-38.3052	-22.0
11	23.0	13.0
12	USA	USA, KS
13	Texas West, Permian Basin	Kansas, Hugoton-Panhandle area
14	Mitchel 103 No. 2	Guymon-Hugoton gas field, well
19		1274.0
21		G/H
23		Permian
24	139.0	0.00401
26	13.2
32	0.246	0.197
33	0.246
34		2.758e-07
35		≤
36	34.44	2.758e-07
38	10.5303030303
39	9.76
40	0.0343
42	2817.0
45		0.00017
46		0.118
47	201000.0	0.00026
48	792000.0	0.862
50	-37.31	-43.2
51	-2.7
52		[CH4]=[CH4+HC]
53	Ballentine et al., 2000	Jenden et al., 1993

USA329

Column	Version 1	Version 2
1		~
2	30.33329	37.1833333333
3		~
4	30.0	37.0
5	19.9974	11.0
6		~
7	-101.69826	-101.366666667
8		~
10	-41.8956	-22.0
11	23.0	13.0
12	USA	USA, KS
13	Texas West, Permian Basin	Kansas, Hugoton-Panhandle area
14	Mitchel 109 No. 2'	Guymon-Hugoton gas field, well
17		817.0
19		1245.0
21		G/H
23		Permian
24	153.0	0.00461
26	1.67
32	0.4	0.191
33	0.4
34		2.674e-07
35		≤
36	56.0	2.674e-07
38	91.6167664671
39	9.68
40	0.073
42	4575.0
45		0.00119
46		0.149
47	392000.0	0.00056
48	601000.0	0.837
50	-37.48	-43.0
51	-2.99
52		[CH4]=[CH4+HC]
53	Ballentine et al., 2000	Jenden et al., 1993

USA330

Column	Version 1	Version 2
1		~
2	30.32352	37.1833333333
3		~
4	30.0	37.0
5	19.4112	11.0
6		~
7	-101.68429	-101.366666667
8		~
10	-41.0574	-22.0
11	23.0	13.0
12	USA	USA, KS
13	Texas West, Permian Basin	Kansas, Hugoton-Panhandle area
14	Mitchel 5 No. 1	Guymon-Hugoton gas field, well
17		817.0
19		1265.0
21		G/H
23		Permian
24	140.0	0.00622
26	9.58
32	0.478	0.244
33	0.478
34		3.416e-07
35		≤
36	66.92	3.416e-07
38	14.6137787056
39	9.95
40	0.0371
42	2322.0
45		0.00252
46		0.366
47	525000.0	0.00054
48	468000.0	0.596
50	-37.57	-42.6
51	-2.84
52		[CH4]=[CH4+HC]
53	Ballentine et al., 2000	Jenden et al., 1993

USA331

Column	Version 1	Version 2
1		~
2	30.30286	37.1833333333
3		~
4	30.0	37.0
5	18.1716	11.0
6		~
7	-101.57677	-101.366666667
8		~
10	-34.6062	-22.0
11	23.0	13.0
12	USA	USA, KS
13	Texas West, Permian Basin	Kansas, Hugoton-Panhandle area
14	Mitchel A-11 No. 1	Guymon-Hugoton gas field, well
17		863.0
19		1273.0
21		G/H
23		Permian
24	166.0	0.00627
26	1.36
32	0.272	0.043
33	0.272
34		6.02e-08
35		≤
36	38.08	6.02e-08
38	122.058823529
39	9.41
40	0.0674
42	3834.0
45		0.00275
46		0.17
47	257000.0	0.00022
48	738000.0	0.7988
50	-37.3	-43.9
51	-2.93
52		[CH4]=[CH4+HC]
53	Ballentine et al., 2000	Jenden et al., 1993

USA332

Column	Version 1	Version 2
1		~
2	30.33966	37.1833333333
3		~
4	30.0	37.0
5	20.3796	11.0
6		~
7	-101.61307	-101.366666667
8		~
10	-36.7842	-22.0
11	23.0	13.0
12	USA	USA, KS
13	Texas West, Permian Basin	Kansas, Hugoton-Panhandle area
14	Mitchel No. 3	Guymon-Hugoton gas field, well
17		820.0
19		1248.0
21		G/H
23		Permian
24	139.0	0.0126
26	2.38
32	0.24	0.228
33	0.24
34		3.192e-07
35		≤
36	33.6	3.192e-07
38	58.4033613445
39	9.37
40	0.0623
42	2970.0
45		0.00059
46		0.282
47	197000.0	0.00085
48	798000.0	0.698
50	-37.26	-42.7
51	-3.06
52		[CH4]=[CH4+HC]
53	Ballentine et al., 2000	Jenden et al., 1993

USA333

Column	Version 1	Version 2
2	30.351	37.3
4	30.0	37.0
5	21.06	18.0
7	-101.68835	-101.6
10	-41.301	-36.0
11	23.0	20,28
12	USA	USA, KS
13	Texas West, Permian Basin	Kansas, Hugoton-Panhandle area
14	Mitchel No. 6	Hugoton gas field, Crayton A-1, well
21		G/H
23		Permian
24	151.0	0.00426
26	1.66
28		1.188e-07
29		0.000462
32	0.264	0.193
33	0.264
36	36.96	2.702e-07
38	90.9638554217	35858.5858586
39	9.28	9.704
40	0.0733	0.0396
42	3664.0	969.0
46		0.166
47	219000.0
48	774000.0	0.798
50	-37.32	-43.5
51	-2.98
52		[CH4]=[CH4+HC]
53	Ballentine et al., 2000	Ballentine & Sherwood Lollar., 2002; Newell et al., 2005

USA334

Column	Version 1	Version 2
2	30.29118	37.7
4	30.0	37.0
5	17.4708	42.0
7	-101.57296	-101.7
10	-34.3776	-42.0
11	23.0	20,28
12	USA	USA, KS
13	Texas West, Permian Basin	Kansas, Hugoton-Panhandle area
14	Mitchell No. 12	Hugoton gas field, Guldner Unit # 1, well
21		G/H
23		Permian
24	146.0	0.00501
26	7.31
28		1.556e-07
29		0.000575
32	0.267	0.139
33	0.267
36	37.38	1.946e-07
38	19.9726402189	32197.9434447
39	9.72	9.729
40	0.0403	0.0402
42	2709.0	835.0
46		0.207
47	231000.0
48	763000.0	0.763
50	-37.32	-43.5
51	-2.96
52		[CH4]=[CH4+HC]
53	Ballentine et al., 2000	Ballentine & Sherwood Lollar., 2002; Newell et al., 2005

USA335

Column	Version 1	Version 2
2	30.40166	37.7
4	30.0	37.0
5	24.0996	42.0
7	-101.87472	-101.7
10	-52.4832	-42.0
11	23.0	20,28
12	USA	USA, KS
13	Texas West, Permian Basin	Kansas, Hugoton-Panhandle area
14	Turk No. 1A	Hugoton gas field, Guldner Unit # 2, well
21		G/H
23		Permian
24		0.00427
28		1.406e-07
29		0.00051
32	0.543	0.146
33	0.543
36	76.02	2.044e-07
38		30369.8435277
39	9.75	9.66
40	0.0515	0.0435
42	2330.0	889.0
46		0.203
47	548000.0
48	446000.0	0.761
50	-37.68	-43.6
51	-2.77
52		[CH4]=[CH4+HC]
53	Ballentine et al., 2000	Ballentine & Sherwood Lollar., 2002; Newell et al., 2005

USA336

Column	Version 1	Version 2
2	30.38758	37.9
4	30.0	37.0
5	23.2548	54.0
7	-101.85842	-101.4
10	-51.5052	-24.0
11	23.0	20,28
12	USA	USA, KS
13	Texas West, Permian Basin	Kansas, Hugoton-Panhandle area
14	Turk State No. 1	Hugoton gas field, Hefner Gas Unit #1, well
21		G/H
23		Permian
24	125.0	0.00397
26	7.24
28		1.077e-07
29		0.000512
32	0.527	0.161
33	0.527
34		3.5e-07
36	73.78	2.254e-07
38	17.2651933702	36861.6527391
39	10.02	9.74
40	0.0384	0.0394
42	2637.0	851.0
46		0.181
47	546000.0
48	448000.0	0.791
50	-37.48	-43.4
51	-2.88
52		[CH4]=[CH4+HC]
53	Ballentine et al., 2000	Ballentine & Sherwood Lollar., 2002; Newell et al., 2005

USA337

Column	Version 1	Version 2
1	~
2	35.35	37.5
3	~
4	35.0	37.0
5	21.0	30.0
6	~
7	-101.4	-101.3
8	~
10	-24.0	-18.0
11	13.0	20,28
12	USA	USA, KS
13	Texas, Hugoton-Panhandle area	Kansas, Hugoton-Panhandle area
14	Panhandle oil field, well	Hugoton gas field, Jarvis Unit # 2, well
17	765.0
19	1219.0
24	251.0	0.0039
28		1.067e-07
29		0.000427
32	0.041	0.2
34	5.74
35	<=
36	5.74	2.8e-07
38		36551.0777882
39		9.682
40		0.0405
42		1038.0
45	3600.0
46	196000.0	0.148
47	12100.0
48	822000.0	0.804
50	-42.3	-43.3
53	Jenden et al., 1993	Ballentine & Sherwood Lollar., 2002; Newell et al., 2005

USA338

Column	Version 1	Version 2
1	~
2	35.35	37.5
3	~
4	35.0	37.0
5	21.0	30.0
6	~
7	-101.4	-101.3
8	~
10	-24.0	-18.0
11	13.0	20,28
12	USA	USA, KS
13	Texas, Hugoton-Panhandle area	Kansas, Hugoton-Panhandle area
14	Panhandle, East gas field, well	Hugoton gas field, Keller, Ernest # 2, well
17	64.0
19	1218.0
24	729.0	0.00379
28		8.64e-08
29		0.000468
32	0.053	0.201
34	7.42
35	<=
36	7.42	2.814e-07
38		43865.7407407
39		9.662
40		0.0405
42		1066.0
45	3770.0
46	34600.0	0.145
47	600.0
48	962000.0	0.802
50	-41.6	-43.0
53	Jenden et al., 1993	Ballentine & Sherwood Lollar., 2002; Newell et al., 2005

USA339

Column	Version 1	Version 2
1	~
2	35.35	37.1
3	~
4	35.0	37.0
5	21.0	6.0
6	~
7	-101.4	-101.2
8	~
10	-24.0	-12.0
11	13.0	20,28
12	USA	USA, KS
13	Texas, Hugoton-Panhandle area	Kansas, Hugoton-Panhandle area
14	Panhandle, West gas field, well	Hugoton gas field, Mills C-1, well
17	838.0
19	1307.0
24	3410.0	0.00376
28		1.032e-07
29		0.000446
32	0.144	0.206
34	20.16
35	<=
36	20.16	2.884e-07
38		36434.1085271
39		9.714
40		0.0449
42		1155.0
45	680.0
46	83100.0	0.127
47	2290.0
48	884000.0	0.814
50	-42.4	-43.4
53	Jenden et al., 1993	Ballentine & Sherwood Lollar., 2002; Newell et al., 2005

USA340

Column	Version 1	Version 2
1	~
2	35.35	37.2
3	~
4	35.0	37.0
5	21.0	12.0
6	~
7	-101.4	-102.0
8	~
9	-101.0	-102.0
10	-24.0	0.0
11	13.0	20,28
12	USA	USA, KS
13	Texas, Hugoton-Panhandle area	Kansas, Hugoton-Panhandle area
14	Panhandle, West gas field, well	Hugoton gas field, Oberrly A-1, well
17	820.0
19	1213.0
24	1120.0	0.00489
28		1.613e-07
29		0.000446
32	0.051	0.192
34	7.14
35	<=
36	7.14	2.688e-07
38		30316.1810291
39		9.732
40		0.0388
42		830.0
45	1860.0
46	44900.0	0.208
47	150.0
48	931000.0	0.767
50	-41.9	-44.5
53	Jenden et al., 1993	Ballentine & Sherwood Lollar., 2002; Newell et al., 2005

USA341

Column	Version 1	Version 2
1	~
2	35.35	37.0
3	~
4	35.0	37.0
5	21.0	0.0
6	~
7	-101.4	-101.1
8	~
10	-24.0	-6.0
11	13.0	20,28
12	USA	USA, KS
13	Texas, Hugoton-Panhandle area	Kansas, Hugoton-Panhandle area
14	Panhandle, West gas field, well	Hugoton gas field, Parsely A-1, well
17	826.0
19	1214.0
24	1310.0	0.00567
28		1.232e-07
29		0.000419
32	0.042	0.208
34	5.88
35	<=
36	5.88	2.912e-07
38		46022.7272727
39		9.796
40		0.0404
42		925.0
45	670.0
46	47300.0	0.152
47	230.0
48	949000.0	0.786
50	-41.8	-44.9
53	Jenden et al., 1993	Ballentine & Sherwood Lollar., 2002; Newell et al., 2005

USA342

Column	Version 1	Version 2
1	~
2	35.35	38.0
3	~
4	35.0	38.0
5	21.0	0.0
6	~
7	-101.4	-101.3
8	~
10	-24.0	-18.0
11	13.0	20,28
12	USA	USA, KS
13	Texas, Hugoton-Panhandle area	Kansas, Hugoton-Panhandle area
14	Panhandle, West gas field, well	Hugoton gas field, Ratzlaff D "A" #1, well
17	488.0
19	1228.0
24	1500.0	0.00475
29		0.000553
32	0.031	0.158
34	4.34	1.96e-07
35	<=
36	4.34	2.212e-07
39		9.695
40		0.0386
42		818.0
45	2330.0
46	85500.0	0.189
47	290.0
48	894600.0	0.77
50	-43.9	-43.5
53	Jenden et al., 1993	Ballentine & Sherwood Lollar., 2002; Newell et al., 2005

USA343

Column	Version 1	Version 2
1	~
2	35.35	37.1
3	~
4	35.0	37.0
5	21.0	6.0
6	~
7	-101.4	-101.7
8	~
10	-24.0	-42.0
11	13.0	20,28
12	USA	USA, KS
13	Texas, Hugoton-Panhandle area	Kansas, Hugoton-Panhandle area
14	Panhandle, West gas field, well	Hugoton gas field, Tucker B-1, well
17	588.0
19	1232.0
24	1580.0	0.00393
28		9.93e-08
29		0.000538
32	0.135	0.188
34	18.9
35	<=
36	18.9	2.632e-07
38		39577.0392749
39		9.799
40		0.0412
42		967.0
45	340.0
46	59400.0	0.147
47	260.0
48	914000.0	0.79
50	-44.7	-43.3
53	Jenden et al., 1993	Ballentine & Sherwood Lollar., 2002; Newell et al., 2005

USA344

Column	Version 1	Version 2
2	35.35	37.176389
4	35.0	37.0
5	21.0	10.58334
7	-101.4	-101.345556
10	-24.0	-20.73336
12	USA	USA, KS
13	Texas, Hugoton-Panhandle area	Kansas, Hugoton-Panhandle area
14	Panhandle, West gas field, well	Hugoton gas field, well
17	866.0
19	1231.0	1264.0
24	6080.0	0.00355
32	0.125	0.203
34	17.5	2.842e-07
35	<=	≤
36	17.5	2.842e-07
45	220.0	0.00015
46	109000.0	0.125
47	1980.0	0.00031
48	869000.0	0.863
50	-42.6	-43.4

USA345

Column	Version 1	Version 2
2	35.35	37.176389
4	35.0	37.0
5	21.0	10.58334
7	-101.4	-101.345556
10	-24.0	-20.73336
12	USA	USA, KS
13	Texas, Hugoton-Panhandle area	Kansas, Hugoton-Panhandle area
14	Panhandle, West gas field, well	Hugoton gas field, well
17	814.0	780.0
19	1221.0	1262.0
24	6500.0	0.00389
32	0.147	0.198
34	20.58	2.772e-07
35	<=	≤
36	20.58	2.772e-07
45	850.0
46	126000.0	0.142
47	1520.0	0.0002
48	867000.0	0.861
50	-43.3	-43.4

USA346

Column	Version 1	Version 2
2	35.35	37.176389
4	35.0	37.0
5	21.0	10.58334
7	-101.4	-101.345556
10	-24.0	-20.73336
12	USA	USA, KS
13	Texas, Hugoton-Panhandle area	Kansas, Hugoton-Panhandle area
14	Panhandle, West gas field, well	Hugoton gas field, well
17	994.0	768.0
19	1237.0	1252.0
24	7300.0	0.00396
32	0.14	0.197
34	19.6	2.758e-07
35	<=	≤
36	19.6	2.758e-07
45	1580.0	0.00115
46	137000.0	0.144
47	11300.0	0.00021
48	832000.0	0.852
50	-42.6	-43.5

USA347

Column	Version 1	Version 2
2	35.35	37.176389
4	35.0	37.0
5	21.0	10.58334
7	-101.4	-101.345556
10	-24.0	-20.73336
12	USA	USA, KS
13	Texas, Hugoton-Panhandle area	Kansas, Hugoton-Panhandle area
14	Panhandle, West gas field, well	Hugoton gas field, well
17	997.0	738.0
19	1236.0	1256.0
24	13700.0	0.00416
32	0.105	0.163
34	14.7	2.282e-07
35	<=	≤
36	14.7	2.282e-07
45	1570.0	0.00035
46	241000.0	0.163
47	9390.0	0.00025
48	723400.0	0.829
50	-43.0	-43.8

USA348

Column	Version 1	Version 2
1		~
2	38.629444	37.176389
3		~
4	38.0	37.0
5	37.76664	10.58334
6		~
7	-112.120278	-101.345556
8		~
9	-112.0	-101.0
10	-7.21668	-20.73336
11	15.0	13.0
12	USA	USA, KS
13	Utah	Kansas, Hugoton-Panhandle area
14	Monroe Hot Spr., spring #1	Hugoton gas field, well
16	19780000.0
17		759.0
19		1281.0
21	G/S	G/H
22	100.0
23	Reservoir temperature,	Permian
24	1351.48816379	0.00421
29	6483.68522073
32		0.161
33	0.22
34		2.254e-07
35		≤
36	30.8	2.254e-07
37	344.4
45	6735.82853487	0.00241
46	341474.088292	0.171
47	639795.265515	0.00018
48	3025.71976967	0.82
50		-43.8
52	[CO2]=[CO2+H2S]	[CH4]=[CH4+HC]
53	Welhan et al., 1988a	Jenden et al., 1993

USA349

Column	Version 1	Version 2
1		~
2	38.629444	37.176389
3		~
4	38.0	37.0
5	37.76664	10.58334
6		~
7	-112.120278	-101.345556
8		~
9	-112.0	-101.0
10	-7.21668	-20.73336
11	15.0	13.0
12	USA	USA, KS
13	Utah	Kansas, Hugoton-Panhandle area
14	Monroe Hot Spr., spring #2	Hugoton gas field, well
16	19780000.0
17		814.0
19		1278.0
21	G/S	G/H
22	100.0
23	Reservoir temperature,	Permian
24		0.00452
32		0.186
33	0.22
34		2.604e-07
35		≤
36	30.8	2.604e-07
37	172.2
45		0.0021
46		0.165
47		0.0003
48		0.828
50		-43.7
52		[CH4]=[CH4+HC]
53	Welhan et al., 1988a	Jenden et al., 1993

USA350

Column	Version 1	Version 2
1		~
2	38.5	37.176389
3		~
4	38.0	37.0
5	30.0	10.58334
6		~
7	-112.85	-101.345556
8		~
9	-112.0	-101.0
10	-51.0	-20.73336
11	15.0	13.0
12	USA	USA, KS
13	Utah	Kansas, Hugoton-Panhandle area
14	Roosevelt Hot Spr., spring	Hugoton gas field, well
16	19810000.0
17		689.0
19		1276.0
21	G/S	G/H
22	265.0
23	Reservoir temperature,	Permian
24	49.0151558208	0.00525
29	504.397082505
32		0.192
33	2.34
34		2.688e-07
35		≤
36	327.6	2.688e-07
37	68.88
44	437.91796912
45	8389.03097471	0.00432
46	43422.4685043	0.192
47	947238.798901	0.00033
48		0.797
50		-43.6
52	[CO2]=[CO2+H2S]	[CH4]=[CH4+HC]
53	Welhan et al., 1988a	Jenden et al., 1993

USA351

Column	Version 1	Version 2
1		~
2	38.055	37.176389
3		~
4	38.0	37.0
5	3.3	10.58334
6		~
7	-79.78	-101.345556
8		~
9	-79.0	-101.0
10	-46.8	-20.73336
11	8.0	13.0
12	USA	USA, KS
13	Virginia	Kansas, Hugoton-Panhandle area
14	Warm Springs	Hugoton gas field, well
17		783.0
19		1259.0
21		G/H
22	35.0
23		Permian
24		0.00541
32	2.8	0.093
34	392.0	1.302e-07
35	>=	≤
36	392.0	1.302e-07
43	R/Ra = 0.01-0.07 in other Appalachian warm springs
45		0.00097
46		0.238
47		0.00058
48		0.7568
50		-44.3
52		[CH4]=[CH4+HC]
53	O'Brien et al., 1985	Jenden et al., 1993

USA352

Column	Version 1	Version 2
1		~
2	48.7833333333	37.176389
3		~
4	48.0	37.0
5	47.0	10.58334
6		~
7	-121.816666667	-101.345556
8		~
9	-121.0	-101.0
10	-49.0	-20.73336
11	12,15	13.0
12	USA	USA, KS
13	Washington	Kansas, Hugoton-Panhandle area
14	Mt. Baker, summit fumarole	Hugoton gas field, well
16	19780000.0
17		814.0
19		1258.0
21	G/F	G/H
23		Permian
24	21.0149574136	0.00633
29	21.4086802691
32	7.61	0.103
33	7.62
34		1.442e-07
35		≤
36	1066.8	1.442e-07
37	258.3
42	340.0
44	652.103479462
45	137.187807472	0.00088
46	4847.71265864	0.272
47	993848.080382	0.00024
48	495.229529214	0.72
50		-43.9
52	[CO2]=[CO2+H2S]	[CH4]=[CH4+HC]
53	Welhan et al., 1988a; Poreda and Craig, 1989	Jenden et al., 1993

USA353

Column	Version 1	Version 2
1		~
2		37.176389
3		~
4		37.0
5		10.58334
6		~
7		-101.345556
8		~
9		-101.0
10		-20.73336
12	USA	USA, KS
13	Western Virginia	Kansas, Hugoton-Panhandle area
14	Indian Creek gas field, well	Hugoton gas field, well
17	2058.0	820.0
19	1074.0	1280.0
23	Silurian	Permian
24	1140.0	0.00659
32	0.21	0.073
34	29.4	1.022e-07
35	<=	≤
36	29.4	1.022e-07
45	120.0	0.00121
46	27300.0	0.245
47	613000.0	0.00017
48	336770.0	0.7441
50	-34.5	-45.4
51	-2.9

USA354

Column	Version 1	Version 2
1		~
2		37.176389
3		~
4		37.0
5		10.58334
6		~
7		-101.345556
8		~
9		-101.0
10		-20.73336
12	USA	USA, KS
13	Western Virginia	Kansas, Hugoton-Panhandle area
14	Wildcat gas field, well	Hugoton gas field, well
17	2490.0	780.0
19	1192.0	1283.0
23	Silurian	Permian
24	1060.0	0.00783
32	0.331	0.084
34	46.34	1.176e-07
35	<=	≤
36	46.34	1.176e-07
45	1070.0	0.00054
46	22300.0	0.391
47	835000.0	0.00021
48	131380.0	0.5921
50	-35.7	-43.6
51	-3.5

USA355

Column	Version 1	Version 2
1		~
2	44.1166666667	37.176389
3		~
4	44.0	37.0
5	7.0	10.58334
6		~
7	-110.683333333	-101.345556
8		~
9	-110.0	-101.0
10	-41.0	-20.73336
11	15.0	13.0
12	USA	USA, KS
13	Wyoming	Kansas, Hugoton-Panhandle area
14	Huckleberry Hot Spr., spring	Hugoton gas field, well
16	19800000.0
17		811.0
19		1260.0
21	G/S	G/H
22	135.0
23	Reservoir temperature,	Permian
24		0.00803
32		0.057
33	1.6
34		7.98e-08
35		≤
36	224.0	7.98e-08
37	149.24
45		0.00147
46		0.371
47		0.00016
48		0.6131
50		-44.8
52		[CH4]=[CH4+HC]
53	Welhan et al., 1988a	Jenden et al., 1993

USA356

Column	Version 1	Version 2
1		~
2	43.64556	37.176389
3		~
4	43.0	37.0
5	38.7336	10.58334
6		~
7	-108.21472	-101.345556
8		~
9	-108.0	-101.0
10	-12.8832	-20.73336
11	15.0	13.0
12	USA	USA, KS
13	Wyoming	Kansas, Hugoton-Panhandle area
14	Thermopolis Hot Spr., spring	Hugoton gas field, well
16	19800000.0
17		683.0
19		1257.0
21	W/S	G/H
22	60.0
23	Surface temperature	Permian
24	5741.56389634	0.00915
29	1956.74709562
32		0.132
33	0.062
34		1.848e-07
35		≤
36	8.68	1.848e-07
37	1119.3
42	430.0
45	1797.22966935	8e-05
46	95710.4557641	0.435
47	893655.049151	1e-05
48	1212.33243968	0.5631
50		-42.1
52	[CO2]=[CO2+H2S]	[CH4]=[CH4+HC]
53	Welhan et al., 1988a	Jenden et al., 1993

USA357

Column	Version 1	Version 2
1	~
2	44.4666666667	37.4
3	~
4	44.0	37.0
5	28.0	24.0
6	~
7	-110.833333333	-101.6
8	~
9	-110.0	-101.0
10	-50.0	-36.0
11	15.0	20,28
12	USA	USA, KS
13	Wyoming	Kansas, Hugoton-Panhandle area
14	Yellowstone Park, Chinaman Spring	Hugoton gas field, Wright "C" Unit # 1, well
15	<
16	19800000.0
21	G/S
22	340-370
23	Reservoir temperature; sumpling time 1978-1980	Permian
24	25.5925503611	0.00369
28		1.187e-07
29	965.944507792	0.000444
32		0.183
33	7.84
36	1097.6	2.562e-07
37	31.57
38		31086.7733783
39		9.694
40		0.0394
42		948.0
44	3121.89281642
46	43467.5028506	0.156
47	950209.04599
48	2230.63473964	0.78
50		-43.9
52	[CO2]=[CO2+H2S]	[CH4]=[CH4+HC]
53	Welhan et al., 1988a	Ballentine & Sherwood Lollar., 2002; Newell et al., 2005

USA358

Column	Version 1	Version 2
1	~
2	44.4666666667
3	~
4	44.0
5	28.0
6	~
7	-110.833333333
8	~
9	-110.0
10	-50.0
12	USA	USA, LA
13	Wyoming	Louisiana
14	Yellowstone Park, Fearless Geyser	Edna Delcambre well #1
15	<
16	19800000.0	19770000.0
21	G/S	G/H
22	340-370
23	Reservoir temperature; sumpling time 1978-1980
24	24.268105232	0.000100496962333
29	189.388117056
33	8.85	0.022
36	1239.0	3.08e-08
37	235.34	861.0
42	352.0
44	4169.47482511
46	8705.98088482	0.00156111786148
47	985318.750616	0.0243013365735
48	1600.25618288	0.937646415553

USA359

Column	Version 1	Version 2
1	~
2	44.4666666667
3	~
4	44.0
5	28.0
6	~
7	-110.833333333
8	~
9	-110.0
10	-50.0
11	18.0	13.0
12	USA	USA, NE
13	Wyoming	Nebraska
14	Yellowstone Park, Gibbon River, Beryl Spring	Sidney West, gas field, well
16	19780600.0
17		1509.0
19		1203.0
21	G/S	G/H
22	92.0
23		Cretaceous
24	21.5714884696	0.000733
32	12.1	0.233
34	1694.0	3.262e-07
35	>=	≤
36	1694.0	3.262e-07
45		0.00035
46		0.0423
47	989517.819706	0.0399
48		0.889
50		-54.6
52		[CH4]=[CH4+HC]
53	Craig et al., 1978	Jenden et al., 1993

USA360

Column	Version 1	Version 2
1	~
2	44.4666666667	40.5666666667
3	~
4	44.0	40.0
5	28.0	34.0
6	~
7	-110.833333333	-116.583333333
8	~
9	-110.0	-116.0
10	-50.0	-35.0
12	USA	USA, NV
13	Wyoming	Nevada
14	Yellowstone Park, Lone Star, spring	Beowave Geysers, hole
15	<
16	19800000.0	19780000.0
21	G/S	M/H
22	340-370	230.0
23	Reservoir temperature; sumpling time 1978-1980	Reservoir temperature,
24		0.000119542302358
29		0.00367822468793
33	7.55	0.46
36	1057.0	6.44e-07
37	189.42	44.485
42	356.0
45		0.0054866851595
46		0.291805825243
47		0.693481276006
52		[CO2]=[CO2+H2S]

USA361

Column	Version 1	Version 2
1	~
2	44.4666666667	40.58493
3	~
4	44.0	40.0
5	28.0	35.0958
6	~
7	-110.833333333	-115.28588
8	~
9	-110.0	-115.0
10	-50.0	-17.1528
11	18.0	15.0
12	USA	USA, NV
13	Wyoming	Nevada
14	Yellowstone Park, Lower Basin, south of Surprise Pool, spring	Ruby Valley Hot Spr., spring
16	19780600.0	19780000.0
22	85.0	180.0
23		Reservoir temperature,
24	37.145	0.00382403626943
29		0.0187740932642
32	7.0
33		0.26
34	980.0
35	>=
36	980.0	3.64e-07
37		143.5
44		0.00644766839378
45		0.00587875647668
46		0.884658031088
47	950000.0	0.0518134715026
48		0.0284455958549
52		[CO2]=[CO2+H2S]
53	Craig et al., 1978	Welhan et al., 1988a

USA362

Column	Version 1	Version 2
2	44.4666666667	43.95
4	44.0	43.0
5	28.0	57.0
7	-110.833333333	-71.0
9	-110.0	-71.0
10	-50.0	0.0
11	18.0	22.0
12	USA	USA, NH
13	Wyoming	New Hampshire, White Mountains
14	Yellowstone Park, Lower Basin, Spur Spring Group, spring	Mirror Lake
16	19780600.0
21	G/S
22	87.0
24	71.5243243243
32	5.2
33		1.2
34	728.0
35	>=
36	728.0	1.65e-06
47	864864.864865
53	Craig et al., 1978	Torgersen et al., 1995

USA363

Column	Version 1	Version 2
1	~
2	44.4666666667	33.17972
3	~
4	44.0	33.0
5	28.0	10.7832
6	~
7	-110.833333333	-108.20611
8	~
9	-110.0	-108.0
10	-50.0	-12.3666
11	18.0	15.0
12	USA	USA, NM
13	Wyoming	New Mexico
14	Yellowstone Park, Lower Geyser Basin, (River Group?), Ojo Caliente Spring	Gila River Hot Spr., spring
16	19780600.0	19790000.0
21	G/S	W/S
22	96.0	43.0
23		Surface temperature
24	562.789473684
32	2.8
33		0.13
34	392.0
35	>=
36	392.0	1.82e-07
37		16.933
47	649122.807018
53	Craig et al., 1978	Welhan et al., 1988a

USA364

Column	Version 1	Version 2
1	~
2	44.4666666667	34.038
3	~
4	44.0	34.0
5	28.0	2.28
6	~
7	-110.833333333	-106.94
8	~
9	-110.0	-106.0
10	-50.0	-56.4
11	19.0	15.0
12	USA	USA, NM
13	Wyoming	New Mexico
14	Yellowstone Park, Lower Geyser Basin, Black Warrior, unnamed spring, TY J7455	Socorro Hot Spr., spring
16		19790000.0
19	YR83-83
22	92.0	34.0
23		Surface temperature
32	6.61	0.65
33		0.43
34	925.4
35	>=
36	925.4	6.02e-07
37		0.6027
53	Kennedy et al., 1987	Welhan et al., 1988a

USA365

Column	Version 1	Version 2
1	~
2	44.4666666667	35.793
3	~
4	44.0	35.0
5	28.0	47.58
6	~
7	-110.833333333	-106.685
8	~
9	-110.0	-106.0
10	-50.0	-41.1
11	19.0	15.0
12	USA	USA, NM
13	Wyoming	New Mexico
14	Yellowstone Park, Lower Geyser Basin, Fairy Meadows, unnamed spring, TY J7719	Soda Dam Hot Spr., spring
16		19790000.0
19	YR83-81
22	95.0	47.0
23		Surface temperature
32	3.59
33		0.84
34	502.6
35	>=
36	502.6	1.12e-06
37		229.6
53	Kennedy et al., 1987	Welhan et al., 1988a

USA366

Column	Version 1	Version 2
1	~
2	44.4666666667	35.9
3	~
4	44.0	35.0
5	28.0	54.0
6	~
7	-110.833333333	-106.533333333
8	~
9	-110.0	-106.0
10	-50.0	-32.0
11	19.0	15.0
12	USA	USA, NM
13	Wyoming	New Mexico
14	Yellowstone Park, Lower Geyser Basin, Fairy Meadows, unnamed spring, TY J7722	Valles Caldera, Sulfur Spring
16		19700000.0
19	YR83-80
22	94.0	275.0
23		Reservoir temperature,
24		4.44661285673e-05
29		0.000370746612857
32	3.33
33		5.06
34	466.2
35	>=
36	466.2	7.084e-06
37		602.7
44		0.0150175843182
45		0.000469299509945
46		0.02115758624
47		0.960891707505
48		0.00212749111175
52		[CO2]=[CO2+H2S]
53	Kennedy et al., 1987	Welhan et al., 1988a

USA367

Column	Version 1	Version 2
1	~
2	44.4666666667	33.2
3	~
4	44.0	33.0
5	28.0	12.0
6	~
7	-110.833333333	-108.9
8	~
9	-110.0	-108.0
10	-50.0	-54.0
11	19.0	28.0
12	USA	USA, NM
13	Wyoming	New Mexico, Arizona Transition
14	Yellowstone Park, Lower Geyser Basin, Midway-Flood Group, unnamed spring near Midway superheated	Bubbles Spr Lower FriscoArea
19	YT81-LBI
21	G/S
22	87.0
32	7.66
33		0.425
34	1072.4
35	>=
36	1072.4	5.95e-07
53	Kennedy et al., 1987	Newell et al., 2005

USA368

Column	Version 1	Version 2
1	~
2	44.4666666667	33.2
3	~
4	44.0	33.0
5	28.0	12.0
6	~
7	-110.833333333	-108.2
8	~
9	-110.0	-108.0
10	-50.0	-12.0
11	19.0	28.0
12	USA	USA, NM
13	Wyoming	New Mexico, Arizona Transition
14	Yellowstone Park, Lower Geyser Basin, Nez Perce, Snort Spring	Doc Cambell'sGila Hot Spr., well #4
19	YT82-02
21	G/S
22	96.0
32	3.53
33		0.112
34	494.2
35	>=
36	494.2	1.568e-07
53	Kennedy et al., 1987	Newell et al., 2005

USA369

Column	Version 1	Version 2
1	~
2	44.4666666667	33.2
3	~
4	44.0	33.0
5	28.0	12.0
6	~
7	-110.833333333	-108.2
8	~
9	-110.0	-108.0
10	-50.0	-12.0
11	19.0	28.0
12	USA	USA, NM
13	Wyoming	New Mexico, Arizona Transition
14	Yellowstone Park, Lower Geyser Basin, Rabbit Creek, unnamed spring, headwaters South Fork Rabbit Creek, ~200 m from road to Old Faithful	Lightfeather Hot Spr
19	YR83-85
21	W/S
22	74.0
32	6.62
33		0.107
34	926.8
35	>=
36	926.8	1.498e-07
53	Kennedy et al., 1987	Newell et al., 2005

USA370

Column	Version 1	Version 2
1	~
2	44.4666666667	33.8
3	~
4	44.0	33.0
5	28.0	48.0
6	~
7	-110.833333333	-108.8
8	~
9	-110.0	-108.0
10	-50.0	-48.0
11	19.0	28.0
12	USA	USA, NM
13	Wyoming	New Mexico, Arizona Transition
14	Yellowstone Park, Lower Geyser Basin, River Group, Boulder Spring	Lower Frisco Hot Spr
19	YR83-59
21	G/S
22	92.0
32	3.08
33		0.35
34	431.2
35	>=
36	431.2	3.38e-07
53	Kennedy et al., 1987	Newell et al., 2005

USA371

Column	Version 1	Version 2
1	~
2	44.4666666667	33.1
3	~
4	44.0	33.0
5	28.0	6.0
6	~
7	-110.833333333	-108.8
8	~
9	-110.0	-108.0
10	-50.0	-48.0
11	19.0	28.0
12	USA	USA, NM
13	Wyoming	New Mexico, Arizona Transition
14	Yellowstone Park, Lower Geyser Basin, River Group, Ojo Caliente Spring	Turkey Creek Hot Spr -Upper Sp
15	<
16	19870000.0
19	YT81-LBJ
21	G/S
22	95.0
32	2.87
33		0.159
34	401.8
35	>=
36	401.8	2.226e-07
53	Kennedy et al., 1987	Newell et al., 2005

USA372

Column	Version 1	Version 2
1	~
2	44.4666666667	33.8
3	~
4	44.0	33.0
5	28.0	48.0
6	~
7	-110.833333333	-108.8
8	~
9	-110.0	-108.0
10	-50.0	-48.0
11	19.0	28.0
12	USA	USA, NM
13	Wyoming	New Mexico, Arizona Transition
14	Yellowstone Park, Lower Geyser Basin, Sentinel Group, Queens Laundry Spring	Upper Frisco Hot Spr
19	YR83-79
21	G/S
22	91.0
32	2.64
33		0.363
34	369.6
35	>=
36	369.6	3.38e-07
53	Kennedy et al., 1987	Newell et al., 2005

USA373

Column	Version 1	Version 2
1	~
2	44.4666666667	32.1
3	~
4	44.0	32.0
5	28.0	6.0
6	~
7	-110.833333333	-108.2
8	~
9	-110.0	-108.0
10	-50.0	-12.0
11	19.0	28.0
12	USA	USA, NM
13	Wyoming	New Mexico, Basin and Range province
14	Yellowstone Park, Lower Geyser Basin, Sentinel Group, Steep Cone Spring	Burgette Greenhouse Lightening Dock Well #10
19	YR83-78
21	G/S
22	95.0
32	3.04
33		0.679
34	425.6
35	>=
36	425.6	9.506e-07
53	Kennedy et al., 1987	Newell et al., 2005

USA374

Column	Version 1	Version 2
1	~
2	44.4666666667	32.1
3	~
4	44.0	32.0
5	28.0	6.0
6	~
7	-110.833333333	-108.2
8	~
9	-110.0	-108.0
10	-50.0	-12.0
11	19.0	28.0
12	USA	USA, NM
13	Wyoming	New Mexico, Basin and Range province
14	Yellowstone Park, Lower Geyser Basin, White Creek, Shelf Spring	BurgetteGreenhouse Lightening Dock, well #1
19	YR83-82
21	G/S
22	95.0
32	5.5
33		0.724
34	770.0
35	>=
36	770.0	1.01e-06
53	Kennedy et al., 1987	Newell et al., 2005

USA375

Column	Version 1	Version 2
1	~
2	44.4666666667	32.5
3	~
4	44.0	32.0
5	28.0	30.0
6	~
7	-110.833333333	-104.3
8	~
9	-110.0	-104.0
10	-50.0	-18.0
11	19.0	28.0
12	USA	USA, NM
13	Wyoming	New Mexico, Delaware Basin
14	Yellowstone Park, Lower Geyser Basin, White Creek, Surprise Spring	Pecos Slope City of Artesia "EQ"
19	YT82-03
21	G/S
22	95.0
32	5.73
33		0.03
34	802.2
35	>=
36	802.2	4.2e-08
53	Kennedy et al., 1987	Newell et al., 2005

USA376

Column	Version 1	Version 2
2	44.65	33.5
4	44.0	33.0
5	39.0	30.0
7	-110.85	-104.1
9	-110.0	-104.0
10	-51.0	-6.0
11	18.0	28.0
12	USA	USA, NM
13	Wyoming	New Mexico, Delaware Basin
14	Yellowstone Park, Madison Jcn., Terrace Spring	Pecos Slope Long Arroyo "OW"
16	19780600.0
21	G/S
22	43.0
24	1.06820809249
32	6.6
33		0.042
34	924.0
35	>=
36	924.0	5.88e-08
47	971098.265896
53	Craig et al., 1978	Newell et al., 2005

USA377

Column	Version 1	Version 2
1	~
2	44.4666666667	32.2
3	~
4	44.0	32.0
5	28.0	12.0
6	~
7	-110.833333333	-104.9
8	~
9	-110.0	-104.0
10	-50.0	-54.0
11	18.0	28.0
12	USA	USA, NM
13	Wyoming	New Mexico, Delaware Basin
14	Yellowstone Park, Mud Volcano, Black Dragon's Cauldron spring	Pecos Slope Merland "A"
16	19780600.0
21	G/S
22	82.0
24	21.6483333333
32	15.6
33		0.016
34	2184.0
35	>=
36	2184.0	2.24e-08
47	997619.047619
53	Craig et al., 1978	Newell et al., 2005

USA378

Column	Version 1	Version 2
2	44.7333333333	32.4
4	44.0	32.0
5	44.0	24.0
7	-110.683333333	-104.3
9	-110.0	-104.0
10	-41.0	-18.0
11	18.0	28.0
12	USA	USA, NM
13	Wyoming	New Mexico, Delaware Basin
14	Yellowstone Park, Norris Basin, Green Dragon Spring	Pecos Slope Rio Penasco "KD"
16	19780600.0
21	G/S
22	82.0
24	139.42118863
32	6.8
33		0.032
34	952.0
35	>=
36	952.0	4.48e-08
47	741602.067183
53	Craig et al., 1978	Newell et al., 2005

USA379

Column	Version 1	Version 2
2	44.7333333333	33.4
4	44.0	33.0
5	44.0	24.0
7	-110.683333333	-104.1
9	-110.0	-104.0
10	-41.0	-6.0
11	18.0	28.0
12	USA	USA, NM
13	Wyoming	New Mexico, Delaware Basin
14	Yellowstone Park, Norris Basin, Near Emerald Spring	Pecos Slope Spear "OA"
16	19780600.0
21	G/S
22	86.0
24	12.3322147651
32	7.1
33		0.13
34	994.0
35	>=
36	994.0	1.82e-07
47	986577.181208
53	Craig et al., 1978	Newell et al., 2005

USA380

Column	Version 1	Version 2
1	~
2	44.4666666667	32.5
3	~
4	44.0	32.0
5	28.0	30.0
6	~
7	-110.833333333	-104.9
8	~
9	-110.0	-104.0
10	-50.0	-54.0
11	15.0	28.0
12	USA	USA, NM
13	Wyoming	New Mexico, Delaware Basin/Pecos Slope
14	Yellowstone Park, Sizzling Basin, spring	ARCO "EG" State
15	<
16	19800000.0
21	G/S
22	340-370
23	Reservoir temperature; sumpling time 1978-1980
24	19.7138201497
29	57.7731490248
33	16.48	0.047
36	2307.2	6.58e-08
37	67.445
42	626.0
44	316.569828282
45	11.4870588704
46	2885.27890451
47	996621.453273
48	86.1529415282
52	[CO2]=[CO2+H2S]
53	Welhan et al., 1988a	Newell et al., 2005

USA381

Column	Version 1	Version 2
1	~
2	44.4666666667	33.4
3	~
4	44.0	33.0
5	28.0	24.0
6	~
7	-110.833333333	-104.4
8	~
9	-110.0	-104.0
10	-50.0	-24.0
11	18.0	28.0
12	USA	USA, NM
13	Wyoming	New Mexico, Delaware Basin/Pecos Slope
14	Yellowstone Park, Upper Basin, Biscuit Basin spring	Bajillo Draw "WQ"
16	19780600.0
21	G/S
22	93.0
24	75.6371565114
32	7.4
33		0.099
34	1036.0
35	>=
36	1036.0	1.386e-07
47	880525.686977
53	Craig et al., 1978	Newell et al., 2005

USA382

Column	Version 1	Version 2
1	~
2	44.4666666667	33.4
3	~
4	44.0	33.0
5	28.0	24.0
6	~
7	-110.833333333	-104.4
8	~
9	-110.0	-104.0
10	-50.0	-24.0
11	18.0	28.0
12	USA	USA, NM
13	Wyoming	New Mexico, Delaware Basin/Pecos Slope
14	Yellowstone Park, Upper Basin, Black Sand Basin spring	Bam Federal
16	19780600.0
21	G/S
22	75.0
24	45.9303030303
32	7.2
33		0.092
34	1008.0
35	>=
36	1008.0	1.288e-07
47	868247.694335
53	Craig et al., 1978	Newell et al., 2005

USA383

Column	Version 1	Version 2
2		33.4
4		33.0
5		24.0
7		-104.4
9		-104.0
10		-24.0
11	14.0	28.0
12	USA	USA, NM
13	Wyoming, Snake River Plain	New Mexico, Delaware Basin/Pecos Slope
14	Raft River geothermal area, well BLM, gas	Carrot Federal
20	a
21	G/H
32	0.18
33		0.038
34	25.6
35	<=
36	25.6	5.32e-08
53	Torgersen and Jenkins, 1982	Newell et al., 2005

USA384

Column	Version 1	Version 2
2		33.4
4		33.0
5		24.0
7		-104.4
9		-104.0
10		-24.0
11	14.0	28.0
12	USA	USA, NM
13	Wyoming, Snake River Plain	New Mexico, Delaware Basin/Pecos Slope
14	Raft River geothermal area, well BLM, gas	China Federal
20	b
21	G/H
32	0.15
33	0.13	0.059
34	21.4
36	18.2	8.26e-08
37	10.0
53	Torgersen and Jenkins, 1982	Newell et al., 2005

USA385

Column	Version 1	Version 2
2		33.5
4		33.0
5		30.0
7		-104.2
9		-104.0
10		-12.0
11	14.0	28.0
12	USA	USA, NM
13	Wyoming, Snake River Plain	New Mexico, Delaware Basin/Pecos Slope
14	Raft River geothermal area, well BLM, water	Dee "OQ" State
21	W/H
25	3.3
32	0.15
33	0.15	0.053
34	20.1
36	21.0	7.42e-08
37	64.0
53	Torgersen and Jenkins, 1982	Newell et al., 2005

USA386

Column	Version 1	Version 2
2		33.4
4		33.0
5		24.0
7		-104.2
9		-104.0
10		-12.0
11	14.0	28.0
12	USA	USA, NM
13	Wyoming, Snake River Plain	New Mexico, Delaware Basin/Pecos Slope
14	Raft River geothermal area, well CH-3, water	Duncan Federal
20	a
21	W/H
25	41.34
32	0.16
33	0.16	0.079
34	21.6
36	22.4	1.106e-07
37	500.0
53	Torgersen and Jenkins, 1982	Newell et al., 2005

USA387

Column	Version 1	Version 2
2		33.5
4		33.0
5		30.0
7		-104.4
9		-104.0
10		-24.0
11	14.0	28.0
12	USA	USA, NM
13	Wyoming, Snake River Plain	New Mexico, Delaware Basin/Pecos Slope
14	Raft River geothermal area, well CH-3, water	Macho State
20	b
21	W/H
25	28.89
32	0.16
33	0.16	0.091
34	21.5
36	22.4	1.274e-07
37	413.0
53	Torgersen and Jenkins, 1982	Newell et al., 2005

USA388

Column	Version 1	Version 2
2		33.5
4		33.0
5		30.0
7		-104.3
9		-104.0
10		-18.0
11	14.0	28.0
12	USA	USA, NM
13	Wyoming, Snake River Plain	New Mexico, Delaware Basin/Pecos Slope
14	Raft River geothermal area, well RR-1, water	Middle Fork Federal
20	a
21	W/H
25	8.38
32	0.13
33	0.13	0.027
34	18.6
36	18.2	3.78e-08
37	234.0
53	Torgersen and Jenkins, 1982	Newell et al., 2005

USA389

Column	Version 1	Version 2
2		33.4
4		33.0
5		24.0
7		-104.2
9		-104.0
10		-12.0
11	14.0	28.0
12	USA	USA, NM
13	Wyoming, Snake River Plain	New Mexico, Delaware Basin/Pecos Slope
14	Raft River geothermal area, well RR-1, water	Thorpe "MI" Federal
20	b
21	W/H
25	7.07
32	0.14
33	0.14	0.07
34	19.2
36	19.6	9.8e-08
37	118.0
53	Torgersen and Jenkins, 1982	Newell et al., 2005

USA390

Column	Version 1	Version 2
2		33.4
4		33.0
5		24.0
7		-104.2
9		-104.0
10		-12.0
11	14.0	28.0
12	USA	USA, NM
13	Wyoming, Snake River Plain	New Mexico, Delaware Basin/Pecos Slope
14	Raft River geothermal area, well RR-3, water	Williamson "LC" Federal
20	a
21	W/H
25	4.47
32	0.17
33	0.16	0.017
34	23.8
36	22.4	2.38e-08
37	47.0
53	Torgersen and Jenkins, 1982	Newell et al., 2005

USA391

Column	Version 1	Version 2
2		36.0167
4		36.0
5		1.002
7		-103.73385
9		-103.0
10		-44.031
11	14.0	09,28,30
12	USA	USA, NM
13	Wyoming, Snake River Plain	New Mexico, Harding County, Bravo Dome Gas Field
14	Raft River geothermal area, well RR-3, water	Bueyeros CO2 well
20	b
21	W/H	G/H
24		1.666e-05
25	8.76
28		9.9e-10
29		3.393e-05
30		4.35e-11
31		4.33e-12
32	0.17
33	0.17
34	23.6	4.39e-06
36	23.8	4.39e-06
37	108.0
38		16897.0
39		11.6
40		0.062
42		16200.0
43		[20Ne] are calculated from [22Ne] and 22Ne/20Ne in [Phinney et al., 1978]
53	Torgersen and Jenkins, 1982	Phinney et al., 1978; Newell et al., 2005; Staudacher, 1987

ANT001

Column	Version 1	Version 2
1		~
2	13.1	15.3216666667
3		~
4	13.0	15.0
5	6.0	19.3
6		~
7	-59.55	-61.3433333333
8		~
9	-59.0	-61.0
10	-33.0	-20.6
11	1.0	02
12	BARBADOS	DOMINICA
13	Lesser Antilles, Barbados isl.	Lesser Antilles, Dominica Isl.
14	Scotland, Distr. gas field, well Rock Hall 1	Diablotin volcanic centre. Layou River hydrothermal spring.
17	453.0
18	15.0
19		ACU49A
21	G/H	Water
23	Scotland Sand Formation	Last eruption activity 22 ka
24	31.9
25		8.3e-08
28		6.01449275362e-08
29		0.000147421944521
32	0.0193	2.43
34	2.702	3.402e-06
35	<=
36	2.702	3.958e-06
38		1.38
39		9.996
42		295.408
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]; [He]=[4He]
46	800.0
47	10.0	0.06
48	981000.0
51		-18.6
52	[CH4]=[CH4+HC]
53	Poreda et al., 1988	Pedroni et al, 1999

ANT002

Column	Version 1	Version 2
2	13.1	15.3216666667
4	13.0	15.0
5	6.0	19.3
7	-59.55	-61.3433333333
9	-59.0	-61.0
10	-33.0	-20.6
11	1.0	06
12	BARBADOS	DOMINICA
13	Lesser Antilles, Barbados isl.	Lesser Antilles, Dominica Isl.
14	Scotland, Distr. gas field, well Turners Hall 19	Micotrin Monte volcanic centre, Trafalgar Falls
17	520.5
18	26.5
19		95lsd5a
21	G/H	Flank Water Spring
22		39.2
23	Scotland Sand Formation
24	16.7
25		3.2e-08
32	0.0217	6.9
33		6.9
34	3.038
35	<=
36	3.038	9.66e-06
43		Rcorr=(R/Ra)corr*140
46	2000.0
47	40200.0
48	940000.0
51		-5.6
52	[CH4]=[CH4+HC]	CO2/3He*109=1302; dC(CO2)=dC(C )
53	Poreda et al., 1988	Soest et al., 1998

ANT003

Column	Version 1	Version 2
2	13.1	15.31
4	13.0	15.0
5	6.0	18.6
7	-59.55	-61.3083333333
9	-59.0	-61.0
10	-33.0	-18.5
11	1.0	06
12	BARBADOS	DOMINICA
13	Lesser Antilles, Barbados isl.	Lesser Antilles, Dominica Isl.
14	Woodbourne gas field, well 115	Micotrin Monte volcanic centre, Vallev of Desolation
17	1656.0
18	82.0
19		96LAD4a
21	G/H	Summit Fumarole
22		49.2
23	Scotland Sand Formation
24	17.9
32	0.108	7.03
33		7.14
34	15.12
35	<=
36	15.12	9.996e-06
43		Rcorr=(R/Ra)corr*140
46	120000.0
47	800.0
48	799000.0
51		-3.3
52	[CH4]=[CH4+HC]	CO2/3He*109=69.2; dC(CO2)=dC(C )
53	Poreda et al., 1988	Soest et al., 1998

ANT004

Column	Version 1	Version 2
2	13.1	15.31
4	13.0	15.0
5	6.0	18.6
7	-59.55	-61.3083333333
9	-59.0	-61.0
10	-33.0	-18.5
11	1.0	06
12	BARBADOS	DOMINICA
13	Lesser Antilles, Barbados isl.	Lesser Antilles, Dominica Isl.
14	Woodbourne gas field, well Four Square 1	Micotrin Monte volcanic centre, Vallev of Desolation
17	2000.0
18	42.0
19		95LSD31a
21	G/H	Summit Fumarole
22		71.6
23	Scotland Sand Formation
24	29.7
32	0.0177	6.14
33		6.79
34	2.478
35	<=
36	2.478	9.506e-06
43		Rcorr=(R/Ra)corr*140
46	1000.0
47	900.0
48	999000.0
51		-3.5
52	[CH4]=[CH4+HC]	CO2/3He*109=83.8; dC(CO2)=dC(C )
53	Poreda et al., 1988	Soest et al., 1998

ANT005

Column	Version 1	Version 2
1	~
2	15.3216666667	15.31
3	~
5	19.3	18.6
6	!
7	-61.3433333333	-61.3083333333
8	~
10	-20.6	-18.5
11	2.0	06
14	Diablotin volcanic centre. Layou River hydrothermal spring.	Micotrin Monte volcanic centre, Vallev of Desolation
19	ACU49A	95lsd32b
21	Water	Summit Fumarole
22		57.7
23	Last erupt. Activity 22 ka
24	0.083
32	2.43	7.02
33		7.12
34	340.2
36	395.8	9.968e-06
38	1.38
39	20.0
42	-2.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	60000.0
51	-18.6	-3.4
52		CO2/3He*109=28.4; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT006

Column	Version 1	Version 2
2	15.3216666667	15.31
5	19.3	18.6
7	-61.3433333333	-61.3083333333
10	-20.6	-18.5
11	6.0	06
14	Micotrin Monte volcanic centre, Trafalgar Falls	Micotrin Monte volcanic centre, Vallev of Desolation
19	95lsd5a	96LAD2-1b
21	Flank Water Spring	Summit Fumarole
22	39.2	44.2
32	6.9	7.0
33	6.9	7.1
36	966.0	9.94e-06
51	-5.6	-3.3
52	CO2/3He*109=1302; dC(CO2)=dC(C )	CO2/3He*109=69.7; dC(CO2)=dC(C )

ANT008

Column	Version 1	Version 2
1		~
3		~
6		~
8		~
11	6.0	02
14	Micotrin Monte volcanic centre, Vallev of Desolation	Micotrin-Trois Pitons volcanic centre, Valley Desol. fumarole.
19	95LSD31a	AST6A
21	Summit Fumarole	G
22	71.6	68.0
23		Last eruption activity 1880
24		2.82e-06
28		1.3756097561e-08
29		3.36501631143e-05
32	6.14	7.32
33	6.79	7.33
36	950.6	1.0262e-05
38		205.0
39		9.9764
42		294.816
47		0.67
51	-3.5	-2.93
52	CO2/3He*109=83.8; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT009

Column	Version 1	Version 2
1		~
3		~
6		~
8		~
11	6.0	02
14	Micotrin Monte volcanic centre, Vallev of Desolation	Micotrin-Trois Pitons volcanic centre, Boiling Lake fumarole.
19	95lsd32b	AST5A
21	Summit Fumarole	G
22	57.7	41.2
23		Last eruption activity 1880
24		2.36e-06
28		2.88156288156e-08
29		7.07011010894e-05
32	7.02	7.38
33	7.12	7.44
36	996.8	1.0416e-05
38		81.9
39		9.9372
42		295.704
47		0.71
51	-3.4	-2.34
52	CO2/3He*109=28.4; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT010

Column	Version 1	Version 2
1		~
3		~
6		~
8		~
11	6.0	02
14	Micotrin Monte volcanic centre, Vallev of Desolation	Micotrin-Trois Pitons volcanic centre, Wotten Waven geysir.
19	96LAD2-1b	AST4A
21	Summit Fumarole	G
22	44.2	84.0
23		Last eruption activity 1880
24		1.2e-06
28		5.30973451327e-09
29		1.30669165181e-05
32	7.0	8.12
33	7.1	8.14
36	994.0	1.1396e-05
38		226.0
42		296.592
47		0.45
51	-3.3
52	CO2/3He*109=69.7; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT011

Column	Version 1	Version 2
2	15.31	15.3133333333
5	18.6	18.8
7	-61.3083333333	-61.3466666667
10	-18.5	-20.8
11	6.0	06
14	Micotrin Monte volcanic centre, Vallev of Desolation	Monte Micotrinvolcanic centre, Wotteo Waven
19	96LAD3-2a	95LSD4b
21	Summit Fumarole	Flank Fumarole
22	69.5	76.7
32	6.82	7.43
33	6.91	7.66
36	967.4	1.0724e-05
51	-3.2	-1.7
52	CO2/3He*109=201.6; dC(CO2)=dC(C )	CO2/3He*109=29.8; dC(CO2)=dC(C )

ANT012

Column	Version 1	Version 2
1	~
2	15.31	15.6133333333
3	~
5	18.6	36.8
6	~
7	-61.3083333333	-61.4466666667
8	~
10	-18.5	-26.8
11	2.0	06
14	Micotrin-Trois Pitons volcanic centre, Valley Desol. fumarole.	Morne aux Diable volcanic centre, Morac Aux Diables
19	AST6A	95LSD6a
21	Gas	Summit Base
22	68.0	20.9
23	Last erupt. Activity 1880
24	2.82
32	7.32	6.32
33	7.33	6.38
36	1026.2	8.932e-06
38	205.0
39	18.0
42	-4.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	670000.0
51	-2.93	-4.3
52		CO2/3He*109=63.5; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT013

Column	Version 1	Version 2
1	~
2	15.31	15.6116666667
3	~
5	18.6	36.7
6	~
7	-61.3083333333	-61.4483333333
8	~
10	-18.5	-26.9
11	2.0	06
14	Micotrin-Trois Pitons volcanic centre, Boiling Lake fumarole.	Morne aux Diable volcanic centre, Morne Aux Diables
19	AST5A	95LSD7a
21	Gas	Summit Base
22	41.2	21.1
23	Last erupt. Activity 1880
24	2.36
32	7.38	6.48
33	7.44	6.52
36	1041.6	9.128e-06
38	81.9
39	14.0
42	-1.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	710000.0
51	-2.34
52		CO2/3He*109=48.1
53	Pedroni et al, 1999	Soest et al., 1998

ANT014

Column	Version 1	Version 2
2	15.31	15.6116666667
5	18.6	36.7
7	-61.3083333333	-61.4483333333
10	-18.5	-26.9
11	2.0	02
14	Micotrin-Trois Pitons volcanic centre, Wotten Waven geysir.	Morne aux Diable volcanic centre, Sulph. Spr. North Mofette.
19	AST4A	ACU33A
21	Gas	G
22	84.0	24.6
23	Last erupt. Activity 1880	Last eruption activity 22 ka
24	1.2	3.16e-06
28		1.61224489796e-07
29		0.000409038249219
32	8.12	6.26
33	8.14	6.54
36	1139.6	9.156e-06
38	226.0	19.6
39		9.8098
42	2.0	305.768
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	450000.0	0.7
51		-4.01

ANT015

Column	Version 1	Version 2
2	15.3133333333	15.235
5	18.8	14.1
7	-61.3466666667	-61.3583333333
10	-20.8	-21.5
11	6.0	06
14	Monte Micotrinvolcanic centre, Wotteo Waven	Morne Patates volcanic centre, Soufriere S.S.
19	95LSD4b	95LSDlg22a
22	76.7	92.6
32	7.43	7.45
33	7.66	7.48
36	1072.4	1.0472e-05
51	-1.7	-2.0
52	CO2/3He*109=29.8; dC(CO2)=dC(C )	CO2/3He*109=20.3; dC(CO2)=dC(C )

ANT016

Column	Version 1	Version 2
2	15.6133333333	15.235
5	36.8	14.1
7	-61.4466666667	-61.3583333333
10	-26.8	-21.5
11	6.0	06
14	Morne aux Diable volcanic centre, Morac Aux Diables	Morne Patates volcanic centre, Soufriere S.S.
19	95LSD6a	95LSDlg22b
21	Summit Base	Flank Fumarole
22	20.9	92.6
32	6.32	7.47
33	6.38	7.5
36	893.2	1.05e-05
51	-4.3	-2.0
52	CO2/3He*109=63.5; dC(CO2)=dC(C )	CO2/3He*109=21.2; dC(CO2)=dC(C )

ANT017

Column	Version 1	Version 2
2	15.6116666667	15.235
5	36.7	14.1
7	-61.4483333333	-61.3583333333
10	-26.9	-21.5
11	6.0	06
14	Morne aux Diable volcanic centre, Morne Aux Diables	Morne Patates volcanic centre, Soufriere S.S.
19	95LSD7a	95LSDlgl4a
21	Summit Base	Flank Fumarole
22	21.1	92.2
32	6.48	7.4
33	6.52	7.5
36	912.8	1.05e-05
52	CO2/3He*109=48.1	CO2/3He*109=20.7

ANT018

Column	Version 1	Version 2
1	~
2	15.6116666667	15.2283333333
5	36.7	13.7
6	~
7	-61.4483333333	-61.37
10	-26.9	-22.2
11	2.0	06
14	Morne aux Diable volcanic centre, Sulph. Spr. North Mofette.	Morne Patates volcanic centre, Soufriere Village
19	ACU33A	95LSD2a
21	Gas	Flank Base
22	24.6	40.4
23	Last erupt. Activity 22 ka
24	3.16
32	6.26	8.03
33	6.54	8.11
36	915.6	1.1354e-05
38	19.6
39	1.0
42	33.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	700000.0
51	-4.01	-3.3
52		CO2/3He*109=10; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT019

Column	Version 1	Version 2
11	6.0	02
14	Morne Patates volcanic centre, Soufriere S.S.	Morne Patates volcanic centre. Sulph. Spr. South fumarole.
19	95LSDlg22a	AST11A
21	Flank Fumarole	G
22	92.6	69.0
23		Last eruption activity ca. 1500
24		3.11e-06
28		2.89033457249e-09
29		7.26200158668e-06
32	7.45	7.52
33	7.48	7.52
36	1047.2	1.0528e-05
38		1076.0
39		9.8784
42		302.808
47		0.68
51	-2.0	-1.81
52	CO2/3He*109=20.3; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT020

Column	Version 1	Version 2
11	6.0	02
14	Morne Patates volcanic centre, Soufriere S.S.	Morne Patates volcanic centre. Sulph. Spr. South fumarole.
19	95LSDlg22b	ASTEA
21	Flank Fumarole	G
22	92.6	93.0
23		Last eruption activity ca. 1500
24		2.96e-06
28		5.95573440644e-09
29		1.50516213778e-05
32	7.47	7.91
33	7.5	7.92
36	1050.0	1.1088e-05
38		497.0
39		10.5546
42		304.584
47		0.81
51	-2.0	-2.18
52	CO2/3He*109=21.2; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT021

Column	Version 1	Version 2
1		~
2	15.235	12.1983333333
3		~
4	15.0	12.0
5	14.1	11.9
6		~
7	-61.3583333333	-61.6183333333
8		~
10	-21.5	-37.1
11	6.0	02
12	DOMINICA	GRENADA
13	Lesser Antilles, Dominica Isl.	Lesser Antilles, Grenada Isl.
14	Morne Patates volcanic centre, Soufriere S.S.	Lake Antoine volcanic centre. Salle River hydrothermal spring.
19	95LSDlgl4a	BST23AK
21	Flank Fumarole	G
22	92.2	34.5
23		Last eruption activity Pleistocene
24		8.02e-06
28		8.57754010695e-08
29		0.000212351766232
32	7.4	5.71
33	7.5	5.74
36	1050.0	8.036e-06
38		93.5
39		9.849
42		298.368
47		0.97
51		-6.56
52	CO2/3He*109=20.7
53	Soest et al., 1998	Pedroni et al, 1999

ANT022

Column	Version 1	Version 2
2	15.2283333333	12.1983333333
4	15.0	12.0
5	13.7	11.9
7	-61.37	-61.6183333333
10	-22.2	-37.1
11	6.0	06
12	DOMINICA	GRENADA
13	Lesser Antilles, Dominica Isl.	Lesser Antilles, Grenada Isl.
14	Morne Patates volcanic centre, Soufriere Village	Lake Antoine volcanic centre. Sallee River
19	95LSD2a	951sg1a
22	40.4	32.0
32	8.03	6.51
33	8.11	6.57
36	1135.4	9.198e-06
51	-3.3	-6.0
52	CO2/3He*109=10; dC(CO2)=dC(C )	CO2/3He*109=5.15; dC(CO2)=dC(C )

ANT023

Column	Version 1	Version 2
2	15.235	12.1983333333
4	15.0	12.0
5	14.1	11.9
7	-61.3583333333	-61.6183333333
10	-21.5	-37.1
11	2.0	06
12	DOMINICA	GRENADA
13	Lesser Antilles, Dominica Isl.	Lesser Antilles, Grenada Isl.
14	Morne Patates volcanic centre. Sulph. Spr. South fumarole.	Lake Antoine volcanic centre. Sallee River
19	AST11A	96LAG1a-5
21	Gas	Flank Base
22	69.0	32.5
23	Last erupt. Activity ca. 1500
24	3.11
32	7.52	5.75
33	7.52	5.84
36	1052.8	8.176e-06
38	1076.0
39	8.0
42	23.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	680000.0
51	-1.81	-6.4
52		CO2/3He*109=38.1; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT024

Column	Version 1	Version 2
1		~
2	15.235	12.1566666667
3		~
4	15.0	12.0
5	14.1	9.4
6		~
7	-61.3583333333	-61.6816666667
8		~
10	-21.5	-40.9
11	2.0	02
12	DOMINICA	GRENADA
13	Lesser Antilles, Dominica Isl.	Lesser Antilles, Grenada Isl.
14	Morne Patates volcanic centre. Sulph. Spr. South fumarole.	Mt. St. Catherine volcanic centre. Clabony hydrothermal spring.
19	ASTEA	BST39AK
21	Gas	G
22	93.0	36.0
23	Last erupt. Activity ca. 1500	Last eruption activity Pleistocene
24	2.96	2.9e-08
28		2e-09
29		4.89239960173e-06
32	7.91	5.79
33	7.92	6.09
36	1108.8	8.526e-06
38	497.0	14.5
39	77.0	10.1234
42	29.0	294.816
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	810000.0	0.91
51	-2.18	-3.1

ANT025

Column	Version 1	Version 2
2	16.05	12.1566666667
4	16.0	12.0
5	3.0	9.4
7	-61.7	-61.6816666667
10	-42.0	-40.9
11	5.0	06
12	FRA-GUADELOUPE	GRENADA
13	Lesser Antilles, Guadeloupe Isl.	Lesser Antilles, Grenada Isl.
14	Bains Chauds. Spr.	Mt. St. Catherine volcanic centre. Hamp&ack Hall
19		95LSG3a
21		Flank Base
22		54.1
24	10.3
32	4.6	5.84
33		5.84
34	644.0
35	>=
36	644.0	8.176e-06
43	Rcorr=(R/Ra)me*140	Rcorr=(R/Ra)corr*140
47	59000.0
51		-2.7
52		CO2/3He*109=26.4; dC(CO2)=dC(C )
53	J.-C. Baubron, pers. comm., Nov. 10, 1991	Soest et al., 1998

ANT026

Column	Version 1	Version 2
1		~
2	16.05	12.1566666667
3		~
4	16.0	12.0
5	3.0	9.4
6		~
7	-61.7	-61.6816666667
8		~
10	-42.0	-40.9
11	5.0	02
12	FRA-GUADELOUPE	GRENADA
13	Lesser Antilles, Guadeloupe Isl.	Lesser Antilles, Grenada Isl.
14	Chaine de Bouillante volcanic centre. Bouillante hydrothermal spring.	Mt. St. Catherine volcanic centre. Hapsack fumartole.
19		BST31AK
21		G
22		43.0
23		Last eruption activity Pleistocene
24	43.0	3.24e-06
28		3.71986222732e-09
29		9.64769047103e-06
32	4.3	6.25
33		6.26
34	602.0
35	>=
36	602.0	8.764e-06
38		871.0
39		10.1332
42		312.576
43	Rcorr=(R/Ra)me*140	Rcorr=(R/Ra)corr*140
47	866000.0	0.86
51		-2.52
53	J.-C. Baubron, pers. comm., Nov. 10, 1991	Pedroni et al, 1999

ANT027

Column	Version 1	Version 2
1		~
2	16.05	12.1566666667
3		~
4	16.0	12.0
5	3.0	9.4
6		~
7	-61.7	-61.6816666667
8		~
10	-42.0	-40.9
11	2.0	02
12	FRA-GUADELOUPE	GRENADA
13	Lesser Antilles, Guadeloupe Isl.	Lesser Antilles, Grenada Isl.
14	Chaine de Bouillante volcanic centre. Bouillante hydrothermal spring.	Mt. St. Catherine volcanic centre. Hapsack fumartole.
19	ACU25A	BST30AK
21	Gas	G
22	68.0	56.0
23	Last erupt. Activity 0,25 Ma	Last eruption activity Pleistocene
24	203.0	3.35e-06
28		2.88793103448e-08
29		7.53258294517e-05
32	4.72	6.35
33	4.73	6.35
36	662.2	8.89e-06
38	226.0	116.0
39	1.0	10.1234
42	7.0	314.352
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	380000.0	0.85
51	-2.43	-2.61

ANT028

Column	Version 1	Version 2
1	~
2	16.05	12.145
3	~
4	16.0	12.0
5	3.0	8.7
6	~
7	-61.7	-61.67
8	~
10	-42.0	-40.2
11	2.0	06
12	FRA-GUADELOUPE	GRENADA
13	Lesser Antilles, Guadeloupe Isl.	Lesser Antilles, Grenada Isl.
14	Chaine de Bouillante volcanic centre. Sce. Marsolle hydrothermal spring.	Mt. St. Catherine volcanic centre. Mirabeau
19	ACU26A	95lsg9a
21	Water	Flank Water Spring
22	34.9	33.9
23	Last erupt. Activity 0,25 Ma
24	0.083
25		6.72e-09
32	2.4	2.46
33	4.04	2.73
36	565.6	3.822e-06
38	1.61
39	15.0
42	3.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	70000.0
51		-3.4
52		CO2/3He*109=28595; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT029

Column	Version 1	Version 2
1	~
2	16.05	12.145
3	~
4	16.0	12.0
5	3.0	8.7
6	~
7	-61.7	-61.67
8	~
10	-42.0	-40.2
11	2.0	06
12	FRA-GUADELOUPE	GRENADA
13	Lesser Antilles, Guadeloupe Isl.	Lesser Antilles, Grenada Isl.
14	Chaine de Bouillante volcanic centre. Sce. Marsolle hydrothermal spring.	Mt. St. Catherine volcanic centre. Mirabeau
19	ACU26A	95LSG9a
21	Water	Flank Water Spring
22	34.9	33.9
23	Last erupt. Activity 0,25 Ma
24	0.169
25		1.08e-08
32	1.8	1.48
33		1.53
34	252.0
36	296.2	2.142e-06
38	1.06
39	9.0
42	-4.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	60000.0
51	-18.0
52		CO2/3He*109=24858
53	Pedroni et al, 1999	Soest et al., 1998

ANT030

Column	Version 1	Version 2
2		12.1733333333
4		12.0
5		10.4
7		-61.66
9		-61.0
10		-39.6
11	2.0	06
12	FRA-GUADELOUPE	GRENADA
13	Lesser Antilles, Guadeloupe Isl.	Lesser Antilles, Grenada Isl.
14	Goton volcanic centre. Sofaia hydrothermal spring.	Mt. St. Catherine volcanic centre. Peggy's Whim
19	ACU16A	95lsg2a
21	Brine	Flank Water Spring
22	28.6	35.0
23	Last erupt. Activity Miocene
24	0.02
25		6.23e-09
32	1.27	2.89
33		2.89
34	177.8
36	194.2	4.046e-06
38	0.99
39	1.0
42	1.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	30000.0
51	-19.7	-2.7
52		CO2/3He*109=34680; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT031

Column	Version 1	Version 2
1		~
2	16.05	12.1733333333
3		~
4	16.0	12.0
5	3.0	10.4
6		~
7	-61.6666666667	-61.66
8		~
10	-40.0	-39.6
11	3.0	02
12	FRA-GUADELOUPE	GRENADA
13	Lesser Antilles, Guadeloupe Isl.	Lesser Antilles, Grenada Isl.
14	Soufriere volcano	Mt. St. Catherine volcanic centre. St. Cyr hydrothermal spring.
16	1975-1981
19		BGL5AK
21		G
22		33.0
23		Last eruption activity Pleistocene
24		1.29e-07
28		6.97297297297e-09
29		1.72627945569e-05
32		5.8
33		5.88
34	1000.0
35	>=
36	1000.0	8.232e-06
38		18.5
39		9.9862
42		298.368
43		Rcorr=(R/Ra)corr*140
47		0.81
51		-4.69
53	Allard et al., 1983	Pedroni et al, 1999

ANT032

Column	Version 1	Version 2
1		~
2		12.1733333333
3		~
4		12.0
5		10.4
6		~
7		-61.66
8		~
9		-61.0
10		-39.6
11	2.0	02
12	FRA-GUADELOUPE	GRENADA
13	Lesser Antilles, Guadeloupe Isl.	Lesser Antilles, Grenada Isl.
14	Soufriere volcano, Bain Jaune hydrothermal spring.	Mt. St. Catherine volcanic centre. St. Cyr hydrothermal spring.
19	ACU27A	BST41AK
21	Water	G
22	28.0	33.0
23	Last erupt. Activity 1975	Last eruption activity Pleistocene
24	0.137	1.11e-07
28		5.44117647059e-09
29		1.34839323715e-05
32	1.26	5.84
33		5.87
34	176.4
36	191.6	8.218e-06
38	1.02	20.4
39	9.0	9.9666
42	0.0	298.664
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	110000.0	0.62
51	-6.56	-4.75

ANT033

Column	Version 1	Version 2
1		~
2	16.0516666667	12.1733333333
3		~
4	16.0	12.0
5	3.1	10.4
6		~
7	-61.6683333333	-61.66
8		~
10	-40.1	-39.6
11	6.0	02
12	FRA-GUADELOUPE	GRENADA
13	Lesser Antilles, Guadeloupe Isl.	Lesser Antilles, Grenada Isl.
14	Soufriere volcano, Bains du Matouba	Mt. St. Catherine volcanic centre. St. John hydrothermal spring.
19	95LSGU3a	BST21AK
21	Flank Water Spring	G
22	52.1	24.0
23		Last eruption activity Pleistocene
24		4.41e-06
28		1.01847575058e-09
29		3.67604506722e-06
32	3.27	6.73
33	6.81	6.73
36	953.4	9.422e-06
38		4330.0
39		9.9666
42		435.0
43	Rcorr=(R/Ra)me*140	Rcorr=(R/Ra)corr*140
47		0.95
51		-2.56
52	CO2/3He*109=50.3; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT034

Column	Version 1	Version 2
1		~
2	16.125	12.1733333333
3		~
4	16.0	12.0
5	7.5	10.4
6		~
7	-61.7716666667	-61.66
8		~
10	-46.3	-39.6
11	6.0	02
12	FRA-GUADELOUPE	GRENADA
13	Lesser Antilles, Guadeloupe Isl.	Lesser Antilles, Grenada Isl.
14	Soufriere volcano, Bouillante	Mt. St. Catherine volcanic centre. Telescope fumarole.
19	95LSGUla	BST26AK
21	Flank Fumarole	G
22	55.5	28.0
23		Last eruption activity Pleistocene
24		1.72e-06
28		1.50877192982e-08
29		3.73151897334e-05
32	4.46	6.71
33	4.48	6.72
36	627.2	9.408e-06
38		114.0
39		9.9274
42		298.072
43	Rcorr=(R/Ra)me*140	Rcorr=(R/Ra)corr*140
47		0.91
51	-2.9	-2.61
52	CO2/3He*109=7.96; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT035

Column	Version 1	Version 2
1		~
2	16.05	12.1733333333
3		~
4	16.0	12.0
5	3.0	10.4
6		~
7	-61.6666666667	-61.66
8		~
10	-40.0	-39.6
11	4.0	02
12	FRA-GUADELOUPE	GRENADA
13	Lesser Antilles, Guadeloupe Isl.	Lesser Antilles, Grenada Isl.
14	Soufriere volcano, Matylis fumarole	Mt. St. Catherine volcanic centre. Telescope fumarole.
16	19870201.0
19		BGL7AK
21		G
22		28.0
23		Last eruption activity Pleistocene
24	50.0	4.53e-06
26	0.3
28		1.56206896552e-08
29	160.0	3.89402588782e-05
32		6.73
33		6.75
34	950.0
36	951.2	9.45e-06
37	166.666666667
38		290.0
39		10.0254
41	0.189
42	304.0	300.44
43		Rcorr=(R/Ra)corr*140
47		0.78
51		-2.58
53	Polyak et al., 1992	Pedroni et al, 1999

ANT036

Column	Version 1	Version 2
7	-61.6666666667	-61.7
10	-40.0	-42.0
11	5.0	05
14	Soufriere volcano, Matylis fumarole	Bains Chauds. Spr.
24	7.7	1.03e-05
32	8.0	4.6
34	1120.0	6.44e-06
35	>=	≥
36	1120.0	6.44e-06
43		Rcorr=(R/Ra)me*140
47	925000.0	0.059

ANT037

Column	Version 1	Version 2
7	-61.6666666667	-61.7
10	-40.0	-42.0
11	5.0	05
14	Soufriere volcano, Savane fumarole	Chaine de Bouillante volcanic centre. Bouillante hydrothermal spring.
24	12.6	4.3e-05
32	8.2	4.3
34	1148.0	6.02e-06
35	>=	≥
36	1148.0	6.02e-06
43		Rcorr=(R/Ra)me*140
47	700000.0	0.866

ANT038

Column	Version 1	Version 2
7	-61.6666666667	-61.7
10	-40.0	-42.0
11	2.0	02
14	Soufriere volcano, Soufriere fumarole.	Chaine de Bouillante volcanic centre. Bouillante hydrothermal spring.
19	AST3A	ACU25A
21	Gas	G
22	108.0	68.0
23	Last erupt. Activity 1975	Last eruption activity 0,25 Ma
24	4.95	0.000203
28		8.98230088496e-07
29		0.00222151708379
32	8.31	4.72
33	8.32	4.73
36	1164.8	6.622e-06
38	498.0	226.0
39	12.0	9.8098
42	42.0	298.072
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	990000.0	0.38
51	-3.01	-2.43

ANT039

Column	Version 1	Version 2
1		~
3		~
6		~
7	-61.6666666667	-61.7
8		~
10	-40.0	-42.0
11	2.0	02
14	Soufriere volcano, Soufriere fumarole.	Chaine de Bouillante volcanic centre. Sce. Marsolle hydrothermal spring.
19	AST15A	ACU26A
21	Gas	Water
22	108.0	34.9
23	Last erupt. Activity 1975	Last eruption activity 0,25 Ma
24	6.35
25		8.3e-08
28		5.15527950311e-08
29		0.000126994741215
32	8.46	2.4
33	8.46	4.04
36	1184.4	5.656e-06
38	2180.0	1.61
39	55.0	9.947
42	73.0	296.888
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	650000.0	0.07
51	-3.02

ANT040

Column	Version 1	Version 2
2	16.045	16.05
5	2.7	3.0
7	-61.6566666667	-61.7
10	-39.4	-42.0
11	6.0	02
14	Soufriere volcano, Soufriere Summit	Chaine de Bouillante volcanic centre. Sce. Marsolle hydrothermal spring.
19	95LSGU4a	ACU26A
21	Summit Fumarole	Water
22	94.0	34.9
23		Last eruption activity 0,25 Ma
25		1.69e-07
28		1.59433962264e-07
29		0.000390007326741
32	7.93	1.8
33	7.94
34		2.52e-06
36	1111.6	2.962e-06
38		1.06
39		9.8882
42		294.816
43	Rcorr=(R/Ra)me*140	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]; [He]=[4He]
47		0.06
51	-3.2	-18.0
52	CO2/3He*109=11.5; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT041

Column	Version 1	Version 2
1	~
2	16.045
3	~
4	16.0
5	2.7
6	~
7	-61.6566666667
8	~
9	-61.0
10	-39.4
11	6.0	02
14	Soufriere volcano, Soufriere Summit	Goton volcanic centre. Sofaia hydrothermal spring.
19	95LSGU4-74a	ACU16A
21	Summit Fumarole	Brine
22	94.0	28.6
23		Last eruption activity Miocene
24		2e-08
28		2.0202020202e-08
29		4.96662610171e-05
32	7.91	1.27
33	7.96
34		1.778e-06
36	1114.4	1.942e-06
38		0.99
39		9.8098
42		296.296
43	Rcorr=(R/Ra)me*140	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]; [He]=[4He]
47		0.03
51	-3.1	-19.7
52	CO2/3He*109=11.7; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT042

Column	Version 1	Version 2
2		16.05
4		16.0
5		3.0
7		-61.6666666667
9		-61.0
10		-40.0
11	2.0	03
12	FRA-MARTINIQUE	FRA-GUADELOUPE
13	Lesser Antilles, Martinique Isl.	Lesser Antilles, Guadeloupe Isl.
14	Bodelle min. spring.	Soufriere volcano
19	BST49AK
21	Water
22	27.0
24	0.056
32	1.0
33	1.0
34		1e-05
35		≥
36	140.0	1e-05
38	0.84
39	1.0
42	3.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%
47	130000.0
51	-17.9
53	Pedroni et al, 1999	Allard et al., 1983

ANT043

Column	Version 1	Version 2
11	2.0	02
12	FRA-MARTINIQUE	FRA-GUADELOUPE
13	Lesser Antilles, Martinique Isl.	Lesser Antilles, Guadeloupe Isl.
14	Diamant volcanic centre. Diamant hydrothermal spring.	Soufriere volcano, Bain Jaune hydrothermal spring.
19	AST10A	ACU27A
21	Brine	Water
22	33.7	28.0
23	Last erupt. Activity 0,5 Ma	Last eruption activity 1975
24	0.104
25		1.37e-07
28		1.3431372549e-07
29		0.000329877719425
32	5.74	1.26
33	7.75
34		1.764e-06
36	1085.0	1.916e-06
38	3.33	1.02
39	17.0	9.8882
42	-4.0	296.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]; [He]=[4He]
47	980000.0	0.11
51	-2.7	-6.56

ANT044

Column	Version 1	Version 2
2		16.0516666667
4		16.0
5		3.1
7		-61.6683333333
9		-61.0
10		-40.1
11	2.0	06
12	FRA-MARTINIQUE	FRA-GUADELOUPE
13	Lesser Antilles, Martinique Isl.	Lesser Antilles, Guadeloupe Isl.
14	Diamant volcanic centre. Diamant hydrothermal spring.	Soufriere volcano, Bains du Matouba
19	AST8A	95LSGU3a
21	Brine	Flank Water Spring
22	31.7	52.1
23	Last erupt. Activity 0,5 Ma
24	0.074
25		2.62e-08
32	6.05	3.27
33	7.83	6.81
36	1096.2	9.534e-06
38	3.8
39	16.0
42	3.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)me*140
47	1040000.0
52		CO2/3He*109=50.3; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT045

Column	Version 1	Version 2
2		16.125
4		16.0
5		7.5
7		-61.7716666667
9		-61.0
10		-46.3
11	2.0	06
12	FRA-MARTINIQUE	FRA-GUADELOUPE
13	Lesser Antilles, Martinique Isl.	Lesser Antilles, Guadeloupe Isl.
14	Diamant volcanic centre. Diamant hydrothermal spring.	Soufriere volcano, Bouillante
19	BST34AK	95LSGUla
21	Brine	Flank Fumarole
22	31.7	55.5
23	Last erupt. Activity 0,5 Ma
24	0.034
32	7.79	4.46
33	7.93	4.48
36	1110.2	6.272e-06
38	55.5
39	58.0
42	-33.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)me*140
47	1310000.0
51	-3.08	-2.9
52		CO2/3He*109=7.96; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT046

Column	Version 1	Version 2
2		16.05
4		16.0
5		3.0
7		-61.6666666667
9		-61.0
10		-40.0
11	2.0	04
12	FRA-MARTINIQUE	FRA-GUADELOUPE
13	Lesser Antilles, Martinique Isl.	Lesser Antilles, Guadeloupe Isl.
14	Lamentin volcanic centre. Airport mof.	Soufriere volcano, Matylis fumarole
16		19870201.0
19	BST43C
21	Gas
22	34.8
23	Last erupt. Activity 0,6 Ma
24	0.191	5e-05
26		3e-07
28		3.31491712707e-07
29		0.000836155664313
32	2.23
33	2.24
34		9.5e-06
36	313.6	9.512e-06
37		166.666666667
38	129.0
39	15.0
41		0.189
42	38.0	304.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%
47	930000.0
51	-7.8
53	Pedroni et al, 1999	Polyak et al., 1992

ANT047

Column	Version 1	Version 2
2		16.05
4		16.0
5		3.0
7		-61.6666666667
9		-61.0
10		-40.0
11	2.0	05
12	FRA-MARTINIQUE	FRA-GUADELOUPE
13	Lesser Antilles, Martinique Isl.	Lesser Antilles, Guadeloupe Isl.
14	Lamentin volcanic centre. Ch.d.Fer hydrothermal spring.	Soufriere volcano, Matylis fumarole
19	BST32AK
21	Gas
22	51.2
23	Last erupt. Activity 0,6 Ma
24	1.34	7.7e-06
32	2.3	8.0
33	2.32
34		1.12e-05
35		≥
36	324.8	1.12e-05
38	59.4
39	7.0
42	6.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%
47	910000.0	0.925
51	-6.16
53	Pedroni et al, 1999	J.-C. Baubron, pers. comm., Nov. 10, 1991

ANT048

Column	Version 1	Version 2
2		16.05
4		16.0
5		3.0
7		-61.6666666667
9		-61.0
10		-40.0
11	2.0	05
12	FRA-MARTINIQUE	FRA-GUADELOUPE
13	Lesser Antilles, Martinique Isl.	Lesser Antilles, Guadeloupe Isl.
14	Lamentin volcanic centre. Ch.d.Fer hydrothermal spring.	Soufriere volcano, Savane fumarole
19	BGL4AK
21	Gas
22	51.2
23	Last erupt. Activity 0,6 Ma
24	1.24	1.26e-05
32	2.25	8.2
33	2.27
34		1.148e-05
35		≥
36	317.8	1.148e-05
38	61.31
39	8.0
42	3.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%
47	810000.0	0.7
51	-7.4
53	Pedroni et al, 1999	J.-C. Baubron, pers. comm., Nov. 10, 1991

ANT049

Column	Version 1	Version 2
2		16.05
4		16.0
5		3.0
7		-61.6666666667
9		-61.0
10		-40.0
11	2.0	02
12	FRA-MARTINIQUE	FRA-GUADELOUPE
13	Lesser Antilles, Martinique Isl.	Lesser Antilles, Guadeloupe Isl.
14	Lamentin volcanic centre. Moutte hydrothermal spring.	Soufriere volcano, Soufriere fumarole.
19	ACU107A	AST3A
21	Brine	G
22	32.0	108.0
23	Last erupt. Activity 0,6 Ma	Last eruption activity 1975
24	0.051	4.95e-06
28		9.93975903614e-09
29		2.54376017179e-05
32	2.05	8.31
33	2.21	8.32
36	309.4	1.1648e-05
38	6.24	498.0
39	17.0	9.9176
42	-4.0	308.432
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	550000.0	0.99
51	-7.56	-3.01

ANT050

Column	Version 1	Version 2
2	14.7983333333	16.05
4	14.0	16.0
5	47.9	3.0
7	-61.1766666667	-61.6666666667
10	-10.6	-40.0
11	6.0	02
12	FRA-MARTINIQUE	FRA-GUADELOUPE
13	Lesser Antilles, Martinique Isl.	Lesser Antilles, Guadeloupe Isl.
14	Mont. Pelee volcanic centre, Cascade Chaude	Soufriere volcano, Soufriere fumarole.
19	95LSM5a	AST15A
21	Flank Water Spring	G
22	44.2	108.0
23		Last eruption activity 1975
24		6.35e-06
28		2.9128440367e-09
29		7.67625762369e-06
32	7.49	8.46
33	7.78	8.46
36	1089.2	1.1844e-05
38		2180.0
39		10.339
42		317.608
47		0.65
51	-4.2	-3.02
52	CO2/3He*109=24.4; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT051

Column	Version 1	Version 2
1		~
2		16.045
3		~
4		16.0
5		2.7
6		~
7		-61.6566666667
8		~
9		-61.0
10		-39.4
11	2.0	06
12	FRA-MARTINIQUE	FRA-GUADELOUPE
13	Lesser Antilles, Martinique Isl.	Lesser Antilles, Guadeloupe Isl.
14	Mont. Pelee volcanic centre, Champflore min. spring.	Soufriere volcano, Soufriere Summit
19	BST26AK	95LSGU4a
21	Water	Summit Fumarole
22	21.6	94.0
23	Last erupt. Activity 1929
24	0.074
32	1.14	7.93
33		7.94
34	159.6
36	173.0	1.1116e-05
38	0.74
39	5.0
42	1.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)me*140
47	40000.0
51		-3.2
52		CO2/3He*109=11.5; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT052

Column	Version 1	Version 2
1		~
2		16.045
3		~
4		16.0
5		2.7
6		~
7		-61.6566666667
8		~
9		-61.0
10		-39.4
11	2.0	06
12	FRA-MARTINIQUE	FRA-GUADELOUPE
13	Lesser Antilles, Martinique Isl.	Lesser Antilles, Guadeloupe Isl.
14	Mont. Pelee volcanic centre, Desgrottes well.	Soufriere volcano, Soufriere Summit
19	BST22C	95LSGU4-74a
21	Gas	Summit Fumarole
22	28.0	94.0
23	Last erupt. Activity 1929
24	4.92
32	4.43	7.91
33	4.91	7.96
36	687.4	1.1144e-05
38	7.03
39	3.0
42	10.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)me*140
47	590000.0
51		-3.1
52		CO2/3He*109=11.7; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT053

Column	Version 1	Version 2
2	14.73
4	14.0
5	43.8
7	-61.1
9	-61.0
10	-6.0
11	6.0	02
14	Mont. Pelee volcanic centre, Source Sulphureuse	Bodelle min. spring.
19	951smla	BST49AK
21	Flank Base	Water
22	20.5	27.0
25		5.6e-08
28		6.66666666667e-08
29		0.000164226131209
32	4.49	1.0
33	4.49	1.0
36	628.6	1.4e-06
38		0.84
39		9.8098
42		296.888
47		0.13
51	-6.6	-17.9
52	CO2/3He*109=89.2; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT054

Column	Version 1	Version 2
2	14.8166666667
4	14.0
5	49.0
7	-61.1666666667
9	-61.0
10	-10.0
11	5.0	02
14	Montagne Pele volcano	Diamant volcanic centre. Diamant hydrothermal spring.
19		AST10A
21		Brine
22		33.7
23		Last eruption activity 0,5 Ma
24	6.8	1.04e-07
28		3.12312312312e-08
29		7.63978316185e-05
32	1.8	5.74
33		7.75
34	252.0
35	>=
36	252.0	1.085e-05
38		3.33
39		9.9666
42		294.816
43		Rcorr=(R/Ra)corr*140
47	600000.0	0.98
51		-2.7
53	J.-C. Baubron, pers. comm., Nov. 10, 1994	Pedroni et al, 1999

ANT055

Column	Version 1	Version 2
2	14.8166666667
4	14.0
5	49.0
7	-61.1666666667
9	-61.0
10	-10.0
11	5.0	02
14	Montagne Pele volcano	Diamant volcanic centre. Diamant hydrothermal spring.
19		AST8A
21		Brine
22		31.7
23		Last eruption activity 0,5 Ma
24	3.0	7.4e-08
28		1.94736842105e-08
29		4.79713172743e-05
32	4.2	6.05
33		7.83
34	588.0
35	>=
36	588.0	1.0962e-05
38		3.8
39		9.9568
42		296.888
43		Rcorr=(R/Ra)corr*140
47	980000.0	1.04
53	J.-C. Baubron, pers. comm., Nov. 10, 1994	Pedroni et al, 1999

ANT056

Column	Version 1	Version 2
11	2.0	02
14	Morne Jacob volcanic centre. Deux Choux mof.1.	Diamant volcanic centre. Diamant hydrothermal spring.
19	BST44AK	BST34AK
21	Gas	Brine
22	21.8	31.7
23	Last erupt. Activity 2,2 Ma	Last eruption activity 0,5 Ma
24	2.13	3.4e-08
28		6.12612612613e-10
29		1.45493970572e-06
32	4.72	7.79
33	4.73	7.93
36	662.2	1.1102e-05
38	301.0	55.5
39	5.0	10.3684
42	24.0	286.232
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	930000.0
51	-6.28	-3.08

ANT057

Column	Version 1	Version 2
11	2.0	02
14	Morne Jacob volcanic centre. Deux Choux mof.2.	Lamentin volcanic centre. Airport mof.
19	BGL41A	BST43C
21	Gas	G
22	21.8	34.8
23	Last erupt. Activity 2,2 Ma	Last eruption activity 0,6 Ma
24	1.01	1.91e-07
28		1.48062015504e-09
29		3.77462314467e-06
32	4.66	2.23
33	4.68	2.24
36	655.2	3.136e-06
38	207.0	129.0
39	7.0	9.947
42	7.0	307.248
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	480000.0	0.93
51	-6.38	-7.8

ANT058

Column	Version 1	Version 2
11	2.0	02
14	Morne Jacob volcanic centre. Deux Choux well.	Lamentin volcanic centre. Ch.d.Fer hydrothermal spring.
19	AST9A	BST32AK
21	Gas	G
22	21.8	51.2
23	Last erupt. Activity 2,2 Ma	Last eruption activity 0,6 Ma
24	2.04	1.34e-06
28		2.25589225589e-08
29		5.57376844001e-05
32	4.45	2.3
33	4.45	2.32
36	623.0	3.248e-06
38	8040.0	59.4
39		9.8686
42	87.0	297.776
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	760000.0	0.91
51	-6.37	-6.16

ANT059

Column	Version 1	Version 2
11	2.0	02
14	Pitons du Carbet volcanic centre. Absalon hydrothermal spring.	Lamentin volcanic centre. Ch.d.Fer hydrothermal spring.
19	ACU111A	BGL4AK
21	Gas	G
22	32.0	51.2
23	Last erupt. Activity 0,8 Ma	Last eruption activity 0,6 Ma
24	0.031	1.24e-06
28		2.02250856304e-08
29		4.98223134968e-05
32	3.03	2.25
33	3.13	2.27
36	438.2	3.178e-06
38	6.24	61.31
39	11.0	9.8784
42	24.0	296.888
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	800000.0	0.81
51	-8.8	-7.4

ANT060

Column	Version 1	Version 2
11	2.0	02
14	Pitons du Carbet volcanic centre. Absalon hydrothermal spring.	Lamentin volcanic centre. Moutte hydrothermal spring.
19	BGL2A	ACU107A
21	Gas	Brine
22	22.0	32.0
23	Last erupt. Activity 0,8 Ma	Last eruption activity 0,6 Ma
24	0.022	5.1e-08
28		8.17307692308e-09
29		1.99929791417e-05
32	3.04	2.05
33	3.28	2.21
36	459.2	3.094e-06
38	6.88	6.24
39	4.0	9.9666
42	8.0	294.816
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	790000.0	0.55
51	-8.77	-7.56

ANT061

Column	Version 1	Version 2
2		14.7983333333
4		14.0
5		47.9
7		-61.1766666667
9		-61.0
10		-10.6
11	2.0	06
14	Pitons du Carbet volcanic centre. Absalon hydrothermal spring.	Mont. Pelee volcanic centre, Cascade Chaude
19	BGL3AK	95LSM5a
21	Gas	Flank Water Spring
22	32.0	44.2
23	Last erupt. Activity 0,8 Ma
24	0.038
25		8.96e-07
32	3.11	7.49
33	3.27	7.78
36	457.8	1.0892e-05
38	7.21
39	5.0
42	7.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	810000.0
51	-8.65	-4.2
52		CO2/3He*109=24.4; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT062

Column	Version 1	Version 2
11	2.0	02
14	Pitons du Carbet volcanic centre. Didier hydrothermal spring.	Mont. Pelee volcanic centre, Champflore min. spring.
19	BST35AK	BST26AK
21	Gas	Water
22	32.7	21.6
23	Last erupt. Activity 0,8 Ma	Last eruption activity 1929
24	0.011
25		7.4e-08
28		1e-07
29		0.000245847992035
32	2.76	1.14
33	3.39
34		1.596e-06
36	474.6	1.73e-06
38	2.19	0.74
39	11.0	9.849
42	-1.0	296.296
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]; [He]=[4He]
47	970000.0	0.04
51	-9.43

ANT063

Column	Version 1	Version 2
1	~
2	16.7
4	16.0
5	42.0
7	-62.1783333333
9	-62.0
10	-10.7
11	2.0	02
12	GBR-MONTSERRAT	FRA-MARTINIQUE
13	Lesser Antilles, Montserrat Isl.	Lesser Antilles, Martinique Isl.
14	Soufriere Hills volcanic centre, Galways Soufiere fumarole.	Mont. Pelee volcanic centre, Desgrottes well.
19	BST25AK	BST22C
21	Gas	G
22	97.6	28.0
23	Last erupt. Activity 1995	Last eruption activity 1929
24	5.04	4.92e-06
28		6.99857752489e-07
29		0.00173605603787
32	8.6	4.43
33	8.6	4.91
36	1204.0	6.874e-06
38	22000.0	7.03
39	15.0	9.8294
42	66.0	298.96
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	790000.0	0.59

ANT064

Column	Version 1	Version 2
1	~
2	16.7	14.73
4	16.0	14.0
5	42.0	43.8
7	-62.1783333333	-61.1
9	-62.0	-61.0
10	-10.7	-6.0
11	2.0	06
12	GBR-MONTSERRAT	FRA-MARTINIQUE
13	Lesser Antilles, Montserrat Isl.	Lesser Antilles, Martinique Isl.
14	Soufriere Hills volcanic centre, Galways Soufiere fumarole.	Mont. Pelee volcanic centre, Source Sulphureuse
19	BST33AK	951smla
21	Gas	Flank Base
22	97.6	20.5
23	Last erupt. Activity 1995
24	1.02
32	8.33	4.49
33	8.5	4.49
36	1190.0	6.286e-06
38	43.8
39	3.0
42	13.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	380000.0
51		-6.6
52		CO2/3He*109=89.2; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT065

Column	Version 1	Version 2
2	16.7	14.8166666667
4	16.0	14.0
5	42.0	49.0
7	-62.1783333333	-61.1666666667
9	-62.0	-61.0
10	-10.7	-10.0
11	6.0	05
12	GBR-MONTSERRAT	FRA-MARTINIQUE
13	Lesser Antilles, Montserrat Isl.	Lesser Antilles, Martinique Isl.
14	Soufriere Hills volcanic centre, Galway's Soufriere	Montagne Pele volcano
19	95LSMO1a
21	Flank Fumarole
22	52.7
24		6.8e-06
32	7.85	1.8
33	7.89
34		2.52e-06
35		≥
36	1104.6	2.52e-06
43	Rcorr=(R/Ra)corr*140
47		0.6
51	-3.0
52	CO2/3He*109=4.29; dC(CO2)=dC(C )
53	Soest et al., 1998	J.-C. Baubron, pers. comm., Nov. 10, 1994

ANT066

Column	Version 1	Version 2
2	16.7	14.8166666667
4	16.0	14.0
5	42.0	49.0
7	-62.1783333333	-61.1666666667
9	-62.0	-61.0
10	-10.7	-10.0
11	6.0	05
12	GBR-MONTSERRAT	FRA-MARTINIQUE
13	Lesser Antilles, Montserrat Isl.	Lesser Antilles, Martinique Isl.
14	Soufriere Hills volcanic centre, Galway's Soufriere	Montagne Pele volcano
19	95LSMO2a
21	Flank Fumarole
22	113.7
24		3e-06
32	8.06	4.2
33	8.07
34		5.88e-06
35		≥
36	1129.8	5.88e-06
43	Rcorr=(R/Ra)corr*140
47		0.98
51	-3.3
52	CO2/3He*109=8.04; dC(CO2)=dC(C )
53	Soest et al., 1998	J.-C. Baubron, pers. comm., Nov. 10, 1994

ANT067

Column	Version 1	Version 2
2	16.7
4	16.0
5	42.0
7	-62.1783333333
9	-62.0
10	-10.7
11	6.0	02
12	GBR-MONTSERRAT	FRA-MARTINIQUE
13	Lesser Antilles, Montserrat Isl.	Lesser Antilles, Martinique Isl.
14	Soufriere Hills volcanic centre, Galway's Soufriere	Morne Jacob volcanic centre. Deux Choux mof.1.
19	95LSMO2-66a	BST44AK
21	Flank Fumarole	G
22	113.7	21.8
23		Last eruption activity 2,2 Ma
24		2.13e-06
28		7.07641196013e-09
29		1.77969529602e-05
32	7.85	4.72
33	7.86	4.73
36	1100.4	6.622e-06
38		301.0
39		9.849
42		303.104
47		0.93
51	-3.8	-6.28
52	CO2/3He*109=8.23; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT068

Column	Version 1	Version 2
1	~
2	16.7
4	16.0
5	42.0
7	-62.1783333333
9	-62.0
10	-10.7
11	7.0	02
12	GBR-MONTSERRAT	FRA-MARTINIQUE
13	Lesser Antilles, Montserrat Isl.	Lesser Antilles, Martinique Isl.
14	Soufriere Hills volcanic centre, Galway's Soufriere	Morne Jacob volcanic centre. Deux Choux mof.2.
16	19920901.0
19		BGL41A
21		G
22	98.0	21.8
23		Last eruption activity 2,2 Ma
24	6.3	1.01e-06
28		4.87922705314e-09
29		1.20673827264e-05
32	8.2	4.66
33	8.2	4.68
36	1148.0	6.552e-06
38		207.0
39		9.8686
42		298.072
43	Rcorr=(R/Ra)corr*140; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
44	960.0
46	4000.0
47	717000.0	0.48
48	370.0
49	274000.0
51		-6.38
53	Hammouya et al., 1998	Pedroni et al, 1999

ANT069

Column	Version 1	Version 2
1	~
2	16.7
4	16.0
5	42.0
7	-62.1783333333
9	-62.0
10	-10.7
11	7.0	02
12	GBR-MONTSERRAT	FRA-MARTINIQUE
13	Lesser Antilles, Montserrat Isl.	Lesser Antilles, Martinique Isl.
14	Soufriere Hills volcanic centre, Galway's Soufriere	Morne Jacob volcanic centre. Deux Choux well.
16	19950316.0
19		AST9A
21		G
22	98.0	21.8
23		Last eruption activity 2,2 Ma
24	16.7	2.04e-06
28		2.53731343284e-10
29		6.7738605347e-07
32	7.9	4.45
33	7.9	4.45
36	1106.0	6.23e-06
38		8040.0
42		321.752
43	Rcorr=(R/Ra)corr*140; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
44	50.0
45	1300.0
46	6000.0
47	695000.0	0.76
48	200.0
49	300000.0
51	-5.6	-6.37
52	d13C(CO2)=d13C(C )
53	Hammouya et al., 1998	Pedroni et al, 1999

ANT070

Column	Version 1	Version 2
1	~
2	16.7
4	16.0
5	42.0
7	-62.1783333333
9	-62.0
10	-10.7
11	7.0	02
12	GBR-MONTSERRAT	FRA-MARTINIQUE
13	Lesser Antilles, Montserrat Isl.	Lesser Antilles, Martinique Isl.
14	Soufriere Hills volcanic centre, Galway's Soufriere	Pitons du Carbet volcanic centre. Absalon hydrothermal spring.
16	19960227.0
19		ACU111A
21		G
22	96.7	32.0
23		Last eruption activity 0,8 Ma
24	24.6	3.1e-08
28		4.96794871795e-09
29		1.2494234386e-05
32	7.5	3.03
33	7.5	3.13
36	1050.0	4.382e-06
38		6.24
39		9.9078
42		303.104
43	Rcorr=(R/Ra)corr*140; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
44	130.0
45	2500.0
46	11000.0
47	607000.0	0.8
48	430.0
49	379000.0
51	-5.3	-8.8
52	d13C(CO2)=d13C(C )
53	Hammouya et al., 1998	Pedroni et al, 1999

ANT071

Column	Version 1	Version 2
1	~
11	2.0	02
12	GBR-MONTSERRAT	FRA-MARTINIQUE
13	Lesser Antilles, Montserrat Isl.	Lesser Antilles, Martinique Isl.
14	Soufriere Hills volcanic centre, Hot Pond Spring hydrothermal spring .	Pitons du Carbet volcanic centre. Absalon hydrothermal spring.
19	BST45AK	BGL2A
21	Gas	G
22	64.0	22.0
23	Last erupt. Activity 1995	Last eruption activity 0,8 Ma
24	1.73	2.2e-08
28		3.1976744186e-09
29		7.91639330344e-06
32	5.26	3.04
33	5.28	3.28
36	739.2	4.592e-06
38	148.0	6.88
39	6.0	9.8392
42	10.0	298.368
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	910000.0	0.79
51	-0.04	-8.77

ANT072

Column	Version 1	Version 2
1	~
11	2.0	02
12	GBR-MONTSERRAT	FRA-MARTINIQUE
13	Lesser Antilles, Montserrat Isl.	Lesser Antilles, Martinique Isl.
14	Soufriere Hills volcanic centre, Hot Pond Spring hydrothermal spring .	Pitons du Carbet volcanic centre. Absalon hydrothermal spring.
19	BST20C	BGL3AK
21	Gas	G
22	64.0	32.0
23	Last erupt. Activity 1995	Last eruption activity 0,8 Ma
24	1.11	3.8e-08
28		5.27045769764e-09
29		1.3034980641e-05
32	5.28	3.11
33	5.36	3.27
36	750.4	4.578e-06
38	49.6	7.21
39	3.0	9.849
42	-9.0	298.072
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	880000.0	0.81
51	0.45	-8.65

ANT073

Column	Version 1	Version 2
1	~
11	7.0	02
12	GBR-MONTSERRAT	FRA-MARTINIQUE
13	Lesser Antilles, Montserrat Isl.	Lesser Antilles, Martinique Isl.
14	Soufriere Hills volcanic centre, lava dome	Pitons du Carbet volcanic centre. Didier hydrothermal spring.
16	19960227.0
19		BST35AK
21		G
22	720.0	32.7
23		Last eruption activity 0,8 Ma
24	4.2	1.1e-08
28		5.02283105023e-09
29		1.23238568941e-05
32	2.6	2.76
33	7.7	3.39
36	1078.0	4.746e-06
38		2.19
39		9.9078
42		295.704
43	Rcorr=(R/Ra)corr*140; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
44	41100.0
45	96000.0
46	467000.0
47	194000.0	0.97
48	1900.0
49	38000.0
51		-9.43
53	Hammouya et al., 1998	Pedroni et al, 1999

ANT074

Column	Version 1	Version 2
2		16.7
3		~
4		16.0
5		42.0
6		~
7		-62.1783333333
8		~
9		-62.0
10		-10.7
11	7.0	02
14	Soufriere Hills volcanic centre, Lower Gages Soufriere	Soufriere Hills volcanic centre, Galways Soufiere fumarole.
16	19960227.0
19		BST25AK
21		G
22	96.4	97.6
23		Last eruption activity 1995
24	16.4	5.04e-06
28		2.29090909091e-10
29		5.99787828501e-07
32	6.3	8.6
33	6.4	8.6
36	896.0	1.204e-05
38		22000.0
39		9.947
42		315.536
43	Rcorr=(R/Ra)corr*140; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
44	960.0
45	9000.0
46	39000.0
47	832000.0	0.79
48	5500.0
49	113000.0
53	Hammouya et al., 1998	Pedroni et al, 1999

ANT075

Column	Version 1	Version 2
2		16.7
3		~
4		16.0
5		42.0
6		~
7		-62.1783333333
8		~
9		-62.0
10		-10.7
11	7.0	02
14	Soufriere Hills volcanic centre, Lower Gages Soufriere	Soufriere Hills volcanic centre, Galways Soufiere fumarole.
16	19920901.0
19		BST33AK
21		G
22	99.0	97.6
23		Last eruption activity 1995
24	6.1	1.02e-06
28		2.32876712329e-08
29		5.79386130421e-05
32	5.9	8.33
33	5.9	8.5
36	826.0	1.19e-05
38		43.8
39		9.8294
42		299.848
43	Rcorr=(R/Ra)corr*140; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
44	1100.0
46	9000.0
47	919000.0	0.38
48	5100.0
49	69000.0
53	Hammouya et al., 1998	Pedroni et al, 1999

ANT076

Column	Version 1	Version 2
2	16.7166666667	16.7
5	43.0	42.0
7	-62.17	-62.1783333333
10	-10.2	-10.7
11	6.0	06
14	Soufriere Hills volcanic centre, Tar River Soufriere	Soufriere Hills volcanic centre, Galway's Soufriere
19	95LSM05a	95LSMO1a
22	97.8	52.7
32	7.58	7.85
33	7.61	7.89
36	1065.4	1.1046e-05
51	-3.3	-3.0
52	CO2/3He*109=8.53; dC(CO2)=dC(C )	CO2/3He*109=4.29; dC(CO2)=dC(C )

ANT077

Column	Version 1	Version 2
2	16.7166666667	16.7
5	43.0	42.0
7	-62.17	-62.1783333333
10	-10.2	-10.7
11	6.0	06
14	Soufriere Hills volcanic centre, Tar River Soufriere	Soufriere Hills volcanic centre, Galway's Soufriere
19	951 smo6b	95LSMO2a
22	97.6	113.7
32	7.43	8.06
33	7.53	8.07
36	1054.2	1.1298e-05
51	-3.4	-3.3
52	CO2/3He*109=7.98; dC(CO2)=dC(C )	CO2/3He*109=8.04; dC(CO2)=dC(C )

ANT078

Column	Version 1	Version 2
2	16.7166666667	16.7
5	43.0	42.0
7	-62.17	-62.1783333333
10	-10.2	-10.7
11	7.0	06
14	Soufriere Hills volcanic centre, Tar River Soufriere	Soufriere Hills volcanic centre, Galway's Soufriere
16	19950316.0
19		95LSMO2-66a
21		Flank Fumarole
22	97.1	113.7
24	9.0
32	8.8	7.85
33	8.9	7.86
36	1246.0	1.1004e-05
43	Rcorr=(R/Ra)corr*140; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
44	820.0
45	8900.0
46	34000.0
47	794000.0
48	900.0
49	162000.0
51	-4.0	-3.8
52	d13C(CO2)=d13C(C )	CO2/3He*109=8.23; dC(CO2)=dC(C )
53	Hammouya et al., 1998	Soest et al., 1998

ANT079

Column	Version 1	Version 2
1		~
2	16.7166666667	16.7
3		~
5	43.0	42.0
6		~
7	-62.17	-62.1783333333
8		~
10	-10.2	-10.7
11	7.0	01
14	Soufriere Hills volcanic centre, Tar River Soufriere	Soufriere Hills volcanic centre, Galway's Soufriere
16	19960228.0	19920901.0
24	29.8	6.3e-06
32	7.9	8.2
33	7.9	8.2
36	1106.0	1.148e-05
43	Rcorr=(R/Ra)corr*140; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
44	920.0	0.00096
45	6500.0
46	28000.0	0.004
47	792000.0	0.717
48	1100.0	0.00037
49	173000.0	0.274
51	-4.5
52	d13C(CO2)=d13C(C )

ANT080

Column	Version 1	Version 2
1		~
2	16.71	16.7
3		~
5	42.6	42.0
6		~
7	-62.185	-62.1783333333
8		~
10	-11.1	-10.7
11	6.0	01
14	Soufriere Hills volcanic centre, Upper Gage's Soufriere	Soufriere Hills volcanic centre, Galway's Soufriere
16		19950316.0
19	95LSM03a
21	Flank Fumarole
22	52.3	98.0
24		1.67e-05
32	7.36	7.9
33	7.43	7.9
36	1040.2	1.106e-05
44		5e-05
45		0.0013
46		0.006
47		0.695
48		0.0002
49		0.3
51	-2.4	-5.6
52	CO2/3He*109=7; dC(CO2)=dC(C )	d13C(CO2)=d13C(C )
53	Soest et al., 1998	Hammouya et al., 1998

ANT081

Column	Version 1	Version 2
1		~
2	16.71	16.7
3		~
5	42.6	42.0
6		~
7	-62.185	-62.1783333333
8		~
10	-11.1	-10.7
11	6.0	01
14	Soufriere Hills volcanic centre, Upper Gage's Soufriere	Soufriere Hills volcanic centre, Galway's Soufriere
16		19960227.0
19	95LSM04a
21	Flank Fumarole
22	97.4	96.7
24		2.46e-05
32	7.3	7.5
33	7.33	7.5
36	1026.2	1.05e-05
44		0.00013
45		0.0025
46		0.011
47		0.607
48		0.00043
49		0.379
51	-2.9	-5.3
52	CO2/3He*109=8.7; dC(CO2)=dC(C )	d13C(CO2)=d13C(C )
53	Soest et al., 1998	Hammouya et al., 1998

ANT082

Column	Version 1	Version 2
1	~
2	12.1983333333
4	12.0
5	11.9
7	-61.6183333333
9	-61.0
10	-37.1
11	2.0	02
12	GRENADA	GBR-MONTSERRAT
13	Lesser Antilles, Grenada Isl.	Lesser Antilles, Montserrat Isl.
14	Lake Antoine volcanic centre. Salle River hydrothermal spring.	Soufriere Hills volcanic centre, Hot Pond Spring hydrothermal spring .
19	BST23AK	BST45AK
21	Gas	G
22	34.5	64.0
23	Last erupt. Activity Pleistocene	Last eruption activity 1995
24	8.02	1.73e-06
28		1.16891891892e-08
29		2.89960172585e-05
32	5.71	5.26
33	5.74	5.28
36	803.6	7.392e-06
38	93.5	148.0
39	5.0	9.8588
42	8.0	298.96
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	970000.0	0.91
51	-6.56	-0.04

ANT083

Column	Version 1	Version 2
2	12.1983333333
4	12.0
5	11.9
7	-61.6183333333
9	-61.0
10	-37.1
11	6.0	02
12	GRENADA	GBR-MONTSERRAT
13	Lesser Antilles, Grenada Isl.	Lesser Antilles, Montserrat Isl.
14	Lake Antoine volcanic centre. Sallee River	Soufriere Hills volcanic centre, Hot Pond Spring hydrothermal spring .
19	951sg1a	BST20C
21	Flank Base	G
22	32.0	64.0
23		Last eruption activity 1995
24		1.11e-06
28		2.23790322581e-08
29		5.44687670632e-05
32	6.51	5.28
33	6.57	5.36
36	919.8	7.504e-06
38		49.6
39		9.8294
42		293.336
47		0.88
51	-6.0	0.45
52	CO2/3He*109=5.15; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT084

Column	Version 1	Version 2
2	12.1983333333
4	12.0
5	11.9
7	-61.6183333333
9	-61.0
10	-37.1
11	6.0	01
12	GRENADA	GBR-MONTSERRAT
13	Lesser Antilles, Grenada Isl.	Lesser Antilles, Montserrat Isl.
14	Lake Antoine volcanic centre. Sallee River	Soufriere Hills volcanic centre, lava dome
16		19960227.0
19	96LAG1a-5
21	Flank Base
22	32.5	720.0
24		4.2e-06
32	5.75	2.6
33	5.84	7.7
36	817.6	1.078e-05
44		0.0411
45		0.096
46		0.467
47		0.194
48		0.0019
49		0.038
51	-6.4
52	CO2/3He*109=38.1; dC(CO2)=dC(C )
53	Soest et al., 1998	Hammouya et al., 1998

ANT085

Column	Version 1	Version 2
1	~
2	12.1566666667
3	~
4	12.0
5	9.4
6	~
7	-61.6816666667
8	~
9	-61.0
10	-40.9
11	2.0	01
12	GRENADA	GBR-MONTSERRAT
13	Lesser Antilles, Grenada Isl.	Lesser Antilles, Montserrat Isl.
14	Mt. St. Catherine volcanic centre. Clabony hydrothermal spring.	Soufriere Hills volcanic centre, Lower Gages Soufriere
16		19960227.0
19	BST39AK
21	Gas
22	36.0	96.4
23	Last erupt. Activity Pleistocene
24	0.029	1.64e-05
32	5.79	6.3
33	6.09	6.4
36	852.6	8.96e-06
38	14.5
39	33.0
42	-4.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
44		0.00096
45		0.009
46		0.039
47	910000.0	0.832
48		0.0055
49		0.113
51	-3.1	3.1
53	Pedroni et al, 1999	Hammouya et al., 1998

ANT086

Column	Version 1	Version 2
2	12.1566666667
4	12.0
5	9.4
7	-61.6816666667
9	-61.0
10	-40.9
11	6.0	01
12	GRENADA	GBR-MONTSERRAT
13	Lesser Antilles, Grenada Isl.	Lesser Antilles, Montserrat Isl.
14	Mt. St. Catherine volcanic centre. Hamp&ack Hall	Soufriere Hills volcanic centre, Lower Gages Soufriere
16		19920901.0
19	95LSG3a
21	Flank Base
22	54.1	99.0
24		6.1e-06
32	5.84	5.9
33	5.84	5.9
36	817.6	8.26e-06
44		0.0011
46		0.009
47		0.919
48		0.0051
49		0.069
51	-2.7
52	CO2/3He*109=26.4; dC(CO2)=dC(C )
53	Soest et al., 1998	Hammouya et al., 1998

ANT087

Column	Version 1	Version 2
1	~
2	12.1566666667	16.7166666667
3	~
4	12.0	16.0
5	9.4	43.0
6	~
7	-61.6816666667	-62.17
8	~
9	-61.0	-62.0
10	-40.9	-10.2
11	2.0	06
12	GRENADA	GBR-MONTSERRAT
13	Lesser Antilles, Grenada Isl.	Lesser Antilles, Montserrat Isl.
14	Mt. St. Catherine volcanic centre. Hapsack fumartole.	Soufriere Hills volcanic centre, Tar River Soufriere
19	BST31AK	95LSM05a
21	Gas	Flank Fumarole
22	43.0	97.8
23	Last erupt. Activity Pleistocene
24	3.24
32	6.25	7.58
33	6.26	7.61
36	876.4	1.0654e-05
38	871.0
39	34.0
42	56.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	860000.0
51	-2.52	-3.3
52		CO2/3He*109=8.53; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT088

Column	Version 1	Version 2
1	~
2	12.1566666667	16.7166666667
3	~
4	12.0	16.0
5	9.4	43.0
6	~
7	-61.6816666667	-62.17
8	~
9	-61.0	-62.0
10	-40.9	-10.2
11	2.0	06
12	GRENADA	GBR-MONTSERRAT
13	Lesser Antilles, Grenada Isl.	Lesser Antilles, Montserrat Isl.
14	Mt. St. Catherine volcanic centre. Hapsack fumartole.	Soufriere Hills volcanic centre, Tar River Soufriere
19	BST30AK	951 smo6b
21	Gas	Flank Fumarole
22	56.0	97.6
23	Last erupt. Activity Pleistocene
24	3.35
32	6.35	7.43
33	6.35	7.53
36	889.0	1.0542e-05
38	116.0
39	33.0
42	62.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	850000.0
51	-2.61	-3.4
52		CO2/3He*109=7.98; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT089

Column	Version 1	Version 2
2	12.145	16.7166666667
4	12.0	16.0
5	8.7	43.0
7	-61.67	-62.17
9	-61.0	-62.0
10	-40.2	-10.2
11	6.0	01
12	GRENADA	GBR-MONTSERRAT
13	Lesser Antilles, Grenada Isl.	Lesser Antilles, Montserrat Isl.
14	Mt. St. Catherine volcanic centre. Mirabeau	Soufriere Hills volcanic centre, Tar River Soufriere
16		19950316.0
19	95lsg9a
21	Flank Water Spring
22	33.9	97.1
24		9e-06
32	2.46	8.8
33	2.73	8.9
36	382.2	1.246e-05
44		0.00082
45		0.0089
46		0.034
47		0.794
48		0.0009
49		0.162
51	-3.4	-4.0
52	CO2/3He*109=28595; dC(CO2)=dC(C )	d13C(CO2)=d13C(C )
53	Soest et al., 1998	Hammouya et al., 1998

ANT090

Column	Version 1	Version 2
2	12.145	16.7166666667
4	12.0	16.0
5	8.7	43.0
7	-61.67	-62.17
9	-61.0	-62.0
10	-40.2	-10.2
11	6.0	01
12	GRENADA	GBR-MONTSERRAT
13	Lesser Antilles, Grenada Isl.	Lesser Antilles, Montserrat Isl.
14	Mt. St. Catherine volcanic centre. Mirabeau	Soufriere Hills volcanic centre, Tar River Soufriere
16		19960228.0
19	95LSG9a
21	Flank Water Spring
22	33.9	98.0
24		2.98e-05
32	1.48	7.9
33	1.53	7.9
36	214.2	1.106e-05
44		0.00092
45		0.0065
46		0.028
47		0.792
48		0.0011
49		0.173
51		-4.5
52	CO2/3He*109=24858	d13C(CO2)=d13C(C )
53	Soest et al., 1998	Hammouya et al., 1998

ANT091

Column	Version 1	Version 2
2	12.1733333333	16.71
4	12.0	16.0
5	10.4	42.6
7	-61.66	-62.185
9	-61.0	-62.0
10	-39.6	-11.1
11	6.0	06
12	GRENADA	GBR-MONTSERRAT
13	Lesser Antilles, Grenada Isl.	Lesser Antilles, Montserrat Isl.
14	Mt. St. Catherine volcanic centre. Peggy's Whim	Soufriere Hills volcanic centre, Upper Gage's Soufriere
19	95lsg2a	95LSM03a
21	Flank Water Spring	Flank Fumarole
22	35.0	52.3
32	2.89	7.36
33	2.89	7.43
36	404.6	1.0402e-05
51	-2.7	-2.4
52	CO2/3He*109=34680; dC(CO2)=dC(C )	CO2/3He*109=7; dC(CO2)=dC(C )

ANT092

Column	Version 1	Version 2
1	~
2	12.1733333333	16.71
3	~
4	12.0	16.0
5	10.4	42.6
6	~
7	-61.66	-62.185
8	~
9	-61.0	-62.0
10	-39.6	-11.1
11	2.0	06
12	GRENADA	GBR-MONTSERRAT
13	Lesser Antilles, Grenada Isl.	Lesser Antilles, Montserrat Isl.
14	Mt. St. Catherine volcanic centre. St. Cyr hydrothermal spring.	Soufriere Hills volcanic centre, Upper Gage's Soufriere
19	BGL5AK	95LSM04a
21	Gas	Flank Fumarole
22	33.0	97.4
23	Last erupt. Activity Pleistocene
24	0.129
32	5.8	7.3
33	5.88	7.33
36	823.2	1.0262e-05
38	18.5
39	19.0
42	8.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	810000.0
51	-4.69	-2.9
52		CO2/3He*109=8.7; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT093

Column	Version 1	Version 2
1	~
2	12.1733333333	17.1316666667
3	~
4	12.0	17.0
5	10.4	7.9
6	~
7	-61.66	-62.6266666667
8	~
9	-61.0	-62.0
10	-39.6	-37.6
11	2.0	06
12	GRENADA	NEVIS
13	Lesser Antilles, Grenada Isl.	Lesser Antilles, Nevis Isl.
14	Mt. St. Catherine volcanic centre. St. Cyr hydrothermal spring.	Nevis Peak volcanic centre, Bath Spring
19	BST41AK	95LSN2a
21	Gas	Flank Water Spring
22	33.0	42.6
23	Last erupt. Activity Pleistocene
24	0.111
25		5.13e-07
32	5.84	6.38
33	5.87	6.76
36	821.8	9.464e-06
38	20.4
39	17.0
42	9.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	620000.0
51	-4.75	-6.3
52		CO2/3He*109=42.3; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT094

Column	Version 1	Version 2
1	~
2	12.1733333333	17.1316666667
3	~
4	12.0	17.0
5	10.4	7.9
6	~
7	-61.66	-62.6266666667
8	~
9	-61.0	-62.0
10	-39.6	-37.6
11	2.0	06
12	GRENADA	NEVIS
13	Lesser Antilles, Grenada Isl.	Lesser Antilles, Nevis Isl.
14	Mt. St. Catherine volcanic centre. St. John hydrothermal spring.	Nevis Peak volcanic centre, Bath Spring
19	BST21AK	95LSN3a
21	Gas	Flank Water Spring
22	24.0	46.0
23	Last erupt. Activity Pleistocene
24	4.41
25		6.39e-07
32	6.73	6.19
33	6.73	6.67
36	942.2	9.338e-06
38	4330.0
39	17.0
42	169.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	950000.0
51	-2.56	-6.0
52		CO2/3He*109=38.7; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT095

Column	Version 1	Version 2
1	~
2	12.1733333333	17.1833333333
3	~
4	12.0	17.0
5	10.4	11.0
6	~
7	-61.66	-62.6116666667
8	~
9	-61.0	-62.0
10	-39.6	-36.7
11	2.0	06
12	GRENADA	NEVIS
13	Lesser Antilles, Grenada Isl.	Lesser Antilles, Nevis Isl.
14	Mt. St. Catherine volcanic centre. Telescope fumarole.	Nevis Peak volcanic centre, Cades Soufriere
19	BST26AK	951sn1b
21	Gas	Flank Fumarole
22	28.0	82.7
23	Last erupt. Activity Pleistocene
24	1.72
32	6.71	2.96
33	6.72	4.97
36	940.8	6.958e-06
38	114.0
39	13.0
42	7.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	910000.0
51	-2.61	-3.9
52		CO2/3He*109=44; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT096

Column	Version 1	Version 2
1	~
2	12.1733333333	17.1833333333
3	~
4	12.0	17.0
5	10.4	11.0
6	~
7	-61.66	-62.6116666667
8	~
9	-61.0	-62.0
10	-39.6	-36.7
11	2.0	06
12	GRENADA	NEVIS
13	Lesser Antilles, Grenada Isl.	Lesser Antilles, Nevis Isl.
14	Mt. St. Catherine volcanic centre. Telescope fumarole.	Nevis Peak volcanic centre, Cades Soufriere
19	BGL7AK	96LAN1-3Ba
21	Gas	Flank Fumarole
22	28.0	101.0
23	Last erupt. Activity Pleistocene
24	4.53
32	6.73	5.4
33	6.75	6.34
36	945.0	8.876e-06
38	290.0
39	23.0
42	15.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	780000.0
51	-2.58	-3.0
52		CO2/3He*109=33.9; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT097

Column	Version 1	Version 2
2	17.1316666667
4	17.0
5	7.9
7	-62.6266666667
9	-62.0
10	-37.6
11	6.0	02
14	Nevis Peak volcanic centre, Bath Spring	Nevis peak volcanic centre. Bath House hydrothermal spring.
19	95LSN2a	BST38AK
21	Flank Water Spring	Water
22	42.6	35.0
25		3.42e-07
28		7.38660907127e-08
29		0.00018105405016
32	6.38	5.96
33	6.76	7.04
36	946.4	9.856e-06
38		4.63
39		9.8784
42		295.408
47		0.27
51	-6.3	-6.28
52	CO2/3He*109=42.3; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT098

Column	Version 1	Version 2
2	17.1316666667
4	17.0
5	7.9
7	-62.6266666667
9	-62.0
10	-37.6
11	6.0	02
14	Nevis Peak volcanic centre, Bath Spring	Nevis peak volcanic centre. Nelson Spring hydrothermal spring.
19	95LSN3a	BST27AK
21	Flank Water Spring	G
22	46.0	29.7
24		0.000109
28		5.39603960396e-06
29		0.0132925606202
32	6.19	6.79
33	6.67	7.19
36	933.8	1.0066e-05
38		20.2
39		9.7118
42		296.888
47		0.29
51	-6.0	-8.4
52	CO2/3He*109=38.7; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT099

Column	Version 1	Version 2
2	17.1833333333
4	17.0
5	11.0
7	-62.6116666667
9	-62.0
10	-36.7
11	6.0	02
14	Nevis Peak volcanic centre, Cades Soufriere	Nevis peak volcanic centre. Soufriere fumarole.
19	951sn1b	BST37AK
21	Flank Fumarole	G
22	82.7	109.0
24		1.85e-05
28		2.48322147651e-08
29		6.11714784034e-05
32	2.96	7.48
33	4.97	7.5
36	695.8	1.05e-05
38		745.0
39		10.2018
42		296.888
47		0.9
51	-3.9
52	CO2/3He*109=44; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT100

Column	Version 1	Version 2
2	17.1833333333	17.625
5	11.0	37.5
7	-62.6116666667	-63.2533333333
9	-62.0	-63.0
10	-36.7	-15.2
11	6.0	06
12	NEVIS	SABA
13	Lesser Antilles, Nevis Isl.	Lesser Antilles, Saba Mountain
14	Nevis Peak volcanic centre, Cades Soufriere	Saba Mountain, Fort Bay
19	96LAN1-3Ba	951 ss4a
21	Flank Fumarole	Flank Water Spring
22	101.0	50.0
25		2.19e-08
32	5.4	3.39
33	6.34	4.89
36	887.6	6.846e-06
51	-3.0	-2.8
52	CO2/3He*109=33.9; dC(CO2)=dC(C )	CO2/3He*109=3021; dC(CO2)=dC(C )

ANT101

Column	Version 1	Version 2
11	2.0	02
12	NEVIS	ST. LUCIA
13	Lesser Antilles, Nevis Isl.	Lesser Antilles, St. Lucia Isl.
14	Nevis peak volcanic centre. Bath House hydrothermal spring.	Otsan hydrothermal spring.
19	BST38AK	ACU50A
21	Water	G
22	35.0	34.4
24	0.342	2.35e-07
28		1.45962732919e-07
29		0.000357412496161
32	5.96	1.27
33	7.04
34		1.778e-06
36	985.6	1.865e-06
38	4.63	1.61
39	8.0	9.9078
42	-2.0	295.112
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]; [He]=[4He]
47	270000.0	0.75
51	-6.28	-6.92

ANT102

Column	Version 1	Version 2
11	2.0	02
12	NEVIS	ST. LUCIA
13	Lesser Antilles, Nevis Isl.	Lesser Antilles, St. Lucia Isl.
14	Nevis peak volcanic centre. Nelson Spring hydrothermal spring.	Otsan hydrothermal spring.
19	BST27AK	ACU116A
21	Gas	G
22	29.7	34.4
24	109.0	2.85e-07
28		1.41089108911e-07
29		0.000346171704791
32	6.79	1.17
33	7.19
34		1.638e-06
36	1006.6	1.68e-06
38	20.2	2.02
39	-9.0	9.9666
42	3.0	295.704
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]; [He]=[4He]
47	290000.0	0.78
51	-8.4	-6.91

ANT103

Column	Version 1	Version 2
11	2.0	02
12	NEVIS	ST. LUCIA
13	Lesser Antilles, Nevis Isl.	Lesser Antilles, St. Lucia Isl.
14	Nevis peak volcanic centre. Soufriere fumarole.	Otsan hydrothermal spring.
19	BST37AK	ACU48A
21	Gas	G
22	109.0	34.4
24	18.5	4.33e-07
28		1.03588516746e-07
29		0.000247546643969
32	7.48	1.18
33	7.5
34		1.652e-06
36	1050.0	1.671e-06
38	745.0	4.18
39	41.0	10.1528
42	3.0	288.008
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]; [He]=[4He]
47	900000.0	0.72
51		-6.66

ANT104

Column	Version 1	Version 2
2	17.625	13.8366666667
4	17.0	13.0
5	37.5	50.2
7	-63.2533333333	-61.0583333333
9	-63.0	-61.0
10	-15.2	-3.5
11	6.0	06
12	SABA	ST. LUCIA
13	Lesser Antilles, Saba Mountain	Lesser Antilles, St. Lucia Isl.
14	Saba Mountain, Fort Bay	Qualibou vol.,Piton Waterfall
19	951 ss4a	951 si lb
22	50.0	55.0
25		8e-08
32	3.39	3.96
33	4.89	4.37
36	684.6	6.118e-06
51	-2.8	-9.4
52	CO2/3He*109=3021; dC(CO2)=dC(C )	CO2/3He*109=1028; dC(CO2)=dC(C )

ANT105

Column	Version 1	Version 2
2		13.8366666667
4		13.0
5		50.2
7		-61.045
9		-61.0
10		-2.7
11	2.0	06
14	Otsan hydrothermal spring.	Qualibou vol.,Soufriere S.S.
19	ACU50A	95LSL3g28a
21	Gas	Summit Fumarole
22	34.4	67.7
24	0.235
32	1.27	4.85
33		4.92
34	177.8
36	186.5	6.888e-06
38	1.61
39	11.0
42	-3.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	750000.0
51	-6.92	-5.8
52		CO2/3He*109=313.6; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT106

Column	Version 1	Version 2
2		13.8366666667
4		13.0
5		50.2
7		-61.045
9		-61.0
10		-2.7
11	2.0	06
14	Otsan hydrothermal spring.	Qualibou vol.,Soufriere S.S.
19	ACU116A	95LSL3gl8a
21	Gas	Summit Fumarole
22	34.4	51.5
24	0.285
32	1.17	5.12
33		5.2
34	163.8
36	168.0	7.28e-06
38	2.02
39	17.0
42	-1.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	780000.0
51	-6.91	-5.9
52		CO2/3He*109=405.8; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT107

Column	Version 1	Version 2
2		13.8366666667
4		13.0
5		50.2
7		-61.045
9		-61.0
10		-2.7
11	2.0	06
14	Otsan hydrothermal spring.	Qualibou vol.,Soufriere S.S.
19	ACU48A	95LSL3g8a
21	Gas	Summit Fumarole
22	34.4	77.7
24	0.433
32	1.18	4.69
33		4.84
34	165.2
36	167.1	6.776e-06
38	4.18
39	36.0
42	-27.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	720000.0
51	-6.66	-6.2
52		CO2/3He*109=329.9; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT108

Column	Version 1	Version 2
2	13.8366666667
4	13.0
5	50.2
7	-61.0583333333
9	-61.0
10	-3.5
11	6.0	02
14	Qualibou vol.,Piton Waterfall	Qualibou volcanic centre, Malgredoutte hydrothermal spring.
19	951 si lb	ACU53A
21	Flank Water Spring	G
22	55.0	55.5
23		Last eruption activity 1966
24		3.85e-06
28		5.11968085106e-07
29		0.00125614844539
32	3.96	4.29
33	4.37	4.72
36	611.8	6.608e-06
38		7.52
39		9.8196
42		295.704
47		0.25
51	-9.4	-10.2
52	CO2/3He*109=1028; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT109

Column	Version 1	Version 2
2	13.8366666667
4	13.0
5	50.2
7	-61.045
9	-61.0
10	-2.7
11	6.0	02
14	Qualibou vol.,Soufriere S.S.	Qualibou volcanic centre, Malgredoutte hydrothermal spring.
19	95LSL3g28a	ACU105A
21	Summit Fumarole	G
22	67.7	55.5
23		Last eruption activity 1966
24		7.36e-06
28		2.40522875817e-06
29		0.00588957740857
32	4.85	3.36
33	4.92	4.52
36	688.8	6.328e-06
38		3.06
39		9.849
42		295.112
47		0.44
51	-5.8	-8.93
52	CO2/3He*109=313.6; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT110

Column	Version 1	Version 2
2	13.8366666667
4	13.0
5	50.2
7	-61.045
9	-61.0
10	-2.7
11	6.0	02
14	Qualibou vol.,Soufriere S.S.	Qualibou volcanic centre, Sulph. Springs black fum.
19	95LSL3gl8a	AST2A
21	Summit Fumarole	G
22	51.5	73.5
23		Last eruption activity 1966
24		8.02e-07
28		1.48518518519e-09
29		3.71695566127e-06
32	5.12	5.13
33	5.2	5.14
36	728.0	7.196e-06
38		540.0
39		9.555
42		301.624
47		0.67
51	-5.9	-6.44
52	CO2/3He*109=405.8; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT111

Column	Version 1	Version 2
2	13.8366666667
4	13.0
5	50.2
7	-61.045
9	-61.0
10	-2.7
11	6.0	02
14	Qualibou vol.,Soufriere S.S.	Qualibou volcanic centre, Sulph. Springs black fum.
19	95LSL3g8a	AST14A
21	Summit Fumarole	G
22	77.7	73.5
23		Last eruption activity 1966
24		9.44e-07
28		1.7009009009e-09
29		4.29859940259e-06
32	4.69	5.16
33	4.84	5.17
36	677.6	7.238e-06
38		555.0
39		9.8
42		304.584
47		0.67
51	-6.2	-6.47
52	CO2/3He*109=329.9; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT112

Column	Version 1	Version 2
11	2.0	02
14	Qualibou volcanic centre, Malgredoutte hydrothermal spring.	Qualibou volcanic centre, Sulph. Springs white fum.
19	ACU53A	AST1A
21	Gas	G
22	55.5	83.7
23	Last erupt. Activity 1966	Last eruption activity 1966
24	3.85	7.74e-07
28		4.20652173913e-08
29		0.000102796613227
32	4.29	4.7
33	4.72	4.91
36	660.8	6.874e-06
38	7.52	18.4
39	2.0	9.9666
42	-1.0	294.52
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	250000.0	0.68
51	-10.2	-6.36

ANT113

Column	Version 1	Version 2
11	2.0	02
14	Qualibou volcanic centre, Malgredoutte hydrothermal spring.	Qualibou volcanic centre, Sulph. Springs white fum.
19	ACU105A	ASTDA
21	Gas	G
22	55.5	83.7
23	Last erupt. Activity 1966	Last eruption activity 1966
24	7.36	1.01e-06
28		8.27868852459e-08
29		0.000204343201319
32	3.36	5.09
33	4.52	5.12
36	632.8	7.168e-06
38	3.06	122.0
39	5.0	9.9764
42	-3.0	297.48
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	440000.0	0.82
51	-8.93	-6.8

ANT114

Column	Version 1	Version 2
2		13.855
4		13.0
5		51.3
7		-61.0333333333
9		-61.0
10		-2.0
11	2.0	06
14	Qualibou volcanic centre, Sulph. Springs black fum.	Qualibou volcanic centre, Zenon hydrothermal spring.
19	AST2A	951sl2a
21	Gas	Flank Water Spring
22	73.5	40.8
23	Last erupt. Activity 1966
24	0.802
25		1.48e-08
32	5.13	2.07
33	5.14	3.11
36	719.6	4.354e-06
38	540.0
39	-25.0
42	19.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	670000.0
51	-6.44	-9.2
52		CO2/3He*109=8579; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT115

Column	Version 1	Version 2
2		13.855
4		13.0
5		51.3
7		-61.0333333333
9		-61.0
10		-2.0
11	2.0	02
14	Qualibou volcanic centre, Sulph. Springs black fum.	Qualibou volcanic centre, Zenon hydrothermal spring.
19	AST14A	ACU31A
21	Gas	Water
22	73.5	41.8
23	Last erupt. Activity 1966	Last eruption activity 1966
24	0.944
25		3.8e-08
28		1.65217391304e-08
29		4.05372083291e-05
32	5.16	2.32
33	5.17	3.11
36	723.8	4.354e-06
38	555.0	2.3
39	0.0	10.0646
42	29.0	295.704
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	670000.0	0.6
51	-6.47

ANT116

Column	Version 1	Version 2
2		13.855
4		13.0
5		51.3
7		-61.0333333333
9		-61.0
10		-2.0
11	2.0	02
14	Qualibou volcanic centre, Sulph. Springs white fum.	Qualibou volcanic centre, Zenon hydrothermal spring.
19	AST1A	ACU36A
21	Gas	Water
22	83.7	41.8
23	Last erupt. Activity 1966	Last eruption activity 1966
24	0.774
25		3.5e-08
28		1.51515151515e-08
29		3.7138058313e-05
32	4.7	2.07
33	4.91	2.71
36	687.4	3.794e-06
38	18.4	2.31
39	17.0	10.5252
42	-5.0	295.408
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	680000.0	0.53
51	-6.36

ANT117

Column	Version 1	Version 2
2		13.855
4		13.0
5		51.3
7		-61.0333333333
9		-61.0
10		-2.0
11	2.0	02
14	Qualibou volcanic centre, Sulph. Springs white fum.	Qualibou volcanic centre, Zenon hydrothermal spring.
19	ASTDA	ACU42A
21	Gas	Water
22	83.7	41.8
23	Last erupt. Activity 1966	Last eruption activity 1966
24	10.1
25		3.5e-08
28		1.33079847909e-08
29		3.24559355593e-05
32	5.09	2.01
33	5.12	2.48
36	716.8	3.472e-06
38	122.0	2.63
39	18.0	9.8196
42	5.0	293.928
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	820000.0	0.54
51	-6.8	-8.6

ANT118

Column	Version 1	Version 2
2	13.855
4	13.0
5	51.3
7	-61.0333333333
9	-61.0
10	-2.0
11	6.0	02
12	ST. LUCIA	ST. VINCENT
13	Lesser Antilles, St. Lucia Isl.	Lesser Antilles, St. Vincent Isl.
14	Qualibou volcanic centre, Zenon hydrothermal spring.	Grand Bonhomme volcanic centre, Montreal hydrothermal spring.
19	951sl2a	BST40AK
21	Flank Water Spring	Water
22	40.8	23.0
25		7.1e-08
28		6.82692307692e-08
29		0.000167670862161
32	2.07	1.36
33	3.11	4.5
36	435.4	6.3e-06
38		1.04
39		9.8294
42		296.0
47		0.35
51	-9.2	-3.31
52	CO2/3He*109=8579; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT119

Column	Version 1	Version 2
2	13.855
4	13.0
5	51.3
7	-61.0333333333
9	-61.0
10	-2.0
11	2.0	02
12	ST. LUCIA	ST. VINCENT
13	Lesser Antilles, St. Lucia Isl.	Lesser Antilles, St. Vincent Isl.
14	Qualibou volcanic centre, Zenon hydrothermal spring.	Grand Bonhomme volcanic centre, Belair hydrothermal spring.
19	ACU31A	BST42AK
21	Water	G
22	41.8	28.0
23	Last erupt. Activity 1966
24	0.038	3.02e-06
28		2.62608695652e-09
29		6.77221893534e-06
32	2.32	2.23
33	3.11	2.23
36	435.4	3.122e-06
38	2.3	1150.0
39	27.0	9.9862
42	-1.0	310.8
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	600000.0	0.95
51		-2.21

ANT120

Column	Version 1	Version 2
2	13.855
4	13.0
5	51.3
7	-61.0333333333
9	-61.0
10	-2.0
11	2.0	02
12	ST. LUCIA	ST. VINCENT
13	Lesser Antilles, St. Lucia Isl.	Lesser Antilles, St. Vincent Isl.
14	Qualibou volcanic centre, Zenon hydrothermal spring.	Grand Bonhomme volcanic centre, Belair hydrothermal spring.
19	ACU36A	BST48AK
22	41.8	28.0
23	Last erupt. Activity 1966
24	0.035
25		2.43e-07
28		1.20895522388e-07
29		0.000296922291959
32	2.07	1.74
33	2.71	2.47
36	379.4	3.458e-06
38	2.31	2.01
39	74.0	9.8392
42	-2.0	296.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	530000.0	0.82
51		-3.56

ANT121

Column	Version 1	Version 2
2	13.855
4	13.0
5	51.3
7	-61.0333333333
9	-61.0
10	-2.0
11	2.0	02
12	ST. LUCIA	ST. VINCENT
13	Lesser Antilles, St. Lucia Isl.	Lesser Antilles, St. Vincent Isl.
14	Qualibou volcanic centre, Zenon hydrothermal spring.	Grand Bonhomme volcanic centre, Belair hydrothermal spring.
19	ACU42A	BGL6AK
22	41.8	28.0
23	Last erupt. Activity 1966
24	0.035
25		5.46e-07
28		4.875e-08
29		0.000119731164952
32	2.01	2.2
33	2.48	2.31
36	347.2	3.234e-06
38	2.63	11.2
39	2.0	9.8686
42	-7.0	296.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%
47	540000.0	0.64
51	-8.6	-3.68

ANT122

Column	Version 1	Version 2
2		13.33
4		13.0
5		19.8
7		-61.1816666667
9		-61.0
10		-10.9
11	2.0	06
14	Grand Bonhomme volcanic centre, Montreal hydrothermal spring.	Soufriere volcanic centre. Soufriere Crater
19	BST40AK	95LSV3b
21	Water	Summit Fumarole
22	23.0	88.0
24	0.071
32	1.36	1.82
33	4.5	5.29
36	630.0	7.406e-06
38	1.04
39	3.0
42	0.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	350000.0
51	-3.31	-6.6
52		CO2/3He*109=49.5; dC(CO2)=dC(C )
53	Pedroni et al, 1999	Soest et al., 1998

ANT123

Column	Version 1	Version 2
2		13.33
4		13.0
5		19.8
7		-61.1816666667
9		-61.0
10		-10.9
11	2.0	06
14	Grand Bonhomme volcanic centre, Belair hydrothermal spring.	Soufriere volcanic centre. Soufriere Crater
19	BST42AK	951sv3a
21	Gas	Summit Fumarole
22	28.0	88.0
24	3.02
32	2.23	2.08
33	2.23	5.5
36	312.2	7.7e-06
38	1150.0
39	19.0
42	50.0
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	950000.0
51	-2.21
52		CO2/3He*109=41.8
53	Pedroni et al, 1999	Soest et al., 1998

ANT124

Column	Version 1	Version 2
2		13.33
4		13.0
5		19.8
7		-61.1816666667
9		-61.0
10		-10.9
11	2.0	02
14	Grand Bonhomme volcanic centre, Belair hydrothermal spring.	Soufriere volcanic centre. Soufriere fumarole.
19	BST48AK	BST9AK
21	Water	G
22	28.0	104.0
23		Last eruption activity 1979
24	0.243	8.07e-06
28		2.22928176796e-06
29		0.00549706997119
32	1.74	5.85
33	2.47	7.69
36	345.8	1.0766e-05
38	2.01	3.62
39	4.0	9.7902
42	0.0	297.184
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	820000.0	0.47
51	-3.56	-6.04

ANT125

Column	Version 1	Version 2
2		13.33
4		13.0
5		19.8
7		-61.1816666667
9		-61.0
10		-10.9
11	2.0	02
14	Grand Bonhomme volcanic centre, Belair hydrothermal spring.	Soufriere volcanic centre. Soufriere fumarole.
19	BGL6AK	BST24AK
21	Water	G
22	28.0	104.0
24	0.546	7.28e-06
28		2.45117845118e-07
29		0.00060261730034
32	2.2	8.34
33	2.31	8.6
36	323.4	1.204e-05
38	11.2	29.7
39	7.0	9.8196
42	0.0	296.296
43	Rcorr=(R/Ra)corr*140; [He]=[4He]; err (3He/4He)=%	Rcorr=(R/Ra)corr*140
47	640000.0	0.8
51	-3.68	-6.05

ANT126

Column	Version 1	Version 2
2	13.33
4	13.0
5	19.8
7	-61.1816666667
9	-61.0
10	-10.9
11	6.0	02
14	Soufriere volcanic centre. Soufriere Crater	Soufriere volcanic centre. Wallibou hydrothermal spring.
19	95LSV3b	BST47AK
21	Summit Fumarole	Water
22	88.0	41.0
23		Last eruption activity 1979
25		4.33e-07
28		2.09178743961e-07
29		0.000514261741792
32	1.82	5.27
33	5.29	8.9
36	740.6	1.246e-05
38		2.07
39		9.7902
42		296.296
47		0.25
51	-6.6	-4.4
52	CO2/3He*109=49.5; dC(CO2)=dC(C )
53	Soest et al., 1998	Pedroni et al, 1999

ANT127

Column	Version 1	Version 2
2	13.33
4	13.0
5	19.8
7	-61.1816666667
9	-61.0
10	-10.9
11	6.0	02
14	Soufriere volcanic centre. Soufriere Crater	Soufriere volcanic centre. Wallibou hydrothermal spring.
19	951sv3a	BST46AK
21	Summit Fumarole	Water
22	88.0	41.0
23		Last eruption activity 1979
25		2.96e-07
28		7.78947368421e-08
29		0.000190354778416
32	2.08	6.56
33	5.5	8.42
36	770.0	1.1788e-05
38		3.8
39		9.8196
42		294.52
47		0.21
51		-5.7
52	CO2/3He*109=41.8
53	Soest et al., 1998	Pedroni et al, 1999

ARG001

Column	Version 1	Version 2
11	1.0	01
36	245.0	2.45e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.4211.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

ARG002

Column	Version 1	Version 2
11	1.0	01
36	358.4	3.584e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.4211.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

ARG003

Column	Version 1	Version 2
11	1.0	01
25	0.058	5.8e-08
36	354.2	3.542e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.4211.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

ARG004

Column	Version 1	Version 2
11	1.0	01
36	389.2	3.892e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.4211.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

ARG005

Column	Version 1	Version 2
11	1.0	01
36	726.6	7.266e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.4211.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

ARG006

Column	Version 1	Version 2
11	1.0	01
25	0.24	2.4e-07
36	37.8	3.78e-07
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.4211.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

ARG007

Column	Version 1	Version 2
7	-66.3333333333	-65.1333333333
10	-80.0	-8.0
11	1.0	01
36	53.2	5.32e-07
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.4211.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

ARG008

Column	Version 1	Version 2
11	1.0	01
25	0.035	3.5e-08
36	72.8	7.28e-07
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.4211.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

ARG009

Column	Version 1	Version 2
11	1.0	01
36	57.4	5.74e-07
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.4211.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL001

Column	Version 1	Version 2
11	1.0	01
25	0.15	1.5e-07
36	261.8	2.618e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.4211.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL002

Column	Version 1	Version 2
11	1.0	01
36	354.2	3.542e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.4211.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL003

Column	Version 1	Version 2
11	1.0	01
25	0.47	4.7e-07
36	212.8	2.128e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.4211.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL004

Column	Version 1	Version 2
11	1.0	01
36	187.6	1.876e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.4211.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL005

Column	Version 1	Version 2
11	1.0	01
25	0.34	3.4e-07
36	285.6	2.856e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.4211.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL006

Column	Version 1	Version 2
11	1.0	01
25	228.0	0.000228
36	257.6	2.576e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.4211.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL007

Column	Version 1	Version 2
11	1.0	01
25	0.86	8.6e-07
36	203.0	2.03e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.4211.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL008

Column	Version 1	Version 2
11	1.0	01
25	5.1	5.1e-06
36	91.0	9.1e-07
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.4211.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL009

Column	Version 1	Version 2
11	1.0	01
25	4.0	4e-06
36	10.22	1.022e-07
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.2871.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL010

Column	Version 1	Version 2
11	1.0	01
36	303.8	3.038e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.3421.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL011

Column	Version 1	Version 2
11	1.0	01
25	1.2	1.2e-06
36	931.0	9.31e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.3421.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL012

Column	Version 1	Version 2
11	1.0	01
25	4.9	4.9e-06
36	219.8	2.198e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.3421.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL013

Column	Version 1	Version 2
11	1.0	01
36	508.2	5.082e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.3421.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL014

Column	Version 1	Version 2
11	1.0	01
25	0.62	6.2e-07
36	390.6	3.906e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.3421.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL015

Column	Version 1	Version 2
11	1.0	01
25	0.24	2.4e-07
36	222.6	2.226e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.3421.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL016

Column	Version 1	Version 2
11	1.0	01
25	6.2	6.2e-06
36	715.4	7.154e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.3421.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL017

Column	Version 1	Version 2
11	1.0	01
25	1.2	1.2e-06
36	512.4	5.124e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.3421.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL018

Column	Version 1	Version 2
11	1.0	01
25	0.87	8.7e-07
36	554.4	5.544e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.3421.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL019

Column	Version 1	Version 2
11	1.0	01
36	529.2	5.292e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.3421.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL020

Column	Version 1	Version 2
11	1.0	01
36	709.8	7.098e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.3421.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

CHL021

Column	Version 1	Version 2
11	1.0	01
25	0.098	9.8e-08
36	649.6	6.496e-06
43	He/Ne ratio calculated as (He/Ne)sample/(He/Ne)air0.3421.322	He/Ne ratio is calculated as X * (He/Ne)air*1.322, where X is compiled from Table 1 and the air ratios and the solubility ratio from footnotes to this Table

COL038

Column	Version 1	Version 2
1		~
2		1.216667
3		~
4		1.0
5		13.00002
6		~
7		-77.366667
8		~
9		-77.0
10		-22.00002
11	3.0	03
14	Galeras volcano, Fuente	Galeras volcano, H Aguas
16	19930315.0	19930403.0
21	FB
22	21.4	28.8
32	6.08	1.68
36	851.2	2.352e-06

COL040

Column	Version 1	Version 2
1		~
2	1.21666666667	4.89166666667
3		~
4	1.0	4.0
5	13.0	53.5
6		~
7	-77.3	-75.325
8		~
9	-77.0	-75.0
10	-18.0	-19.5
11	2.0	01
14	Galeras volcano, fumarole	Nevado-del-Ruiz volcano, Aguas Blancas Spr., 8 km from the summit
16	19881200.0	19861212.0
21	G/F	W/S
22		33.0
32	5.47	4.66
33		4.8
34	765.8	6.52e-06
35	>=
36	765.8	6.72e-06
38		6.1
43	Rcorr=(R/Ra)me*140
53	Williams et al., 1993	Sano et al., 1990

COL041

Column	Version 1	Version 2
1		~
2	1.21666666667	4.89166666667
3		~
4	1.0	4.0
5	13.0	53.5
6		~
7	-77.3	-75.325
8		~
9	-77.0	-75.0
10	-18.0	-19.5
11	2.0	01
14	Galeras volcano, fumarole	Nevado-del-Ruiz volcano, Aguas Calientes Spr., 7 km from the summit
16	19890700.0	19860204.0
21	G/F	W/S
22		61.0
32	6.99	1.71
33		3.3
34	978.6	2.39e-06
35	>=
36	978.6	4.62e-06
38		0.4
43	Rcorr=(R/Ra)me*140
53	Williams et al., 1993	Sano et al., 1990

COL042

Column	Version 1	Version 2
1		~
2	1.21666666667	4.89166666667
3		~
4	1.0	4.0
5	13.0	53.5
6		~
7	-77.3	-75.325
8		~
9	-77.0	-75.0
10	-18.0	-19.5
11	2.0	01
14	Galeras volcano, fumarole	Nevado-del-Ruiz volcano, Aguas Calientes Spr., 7 km from the summit
16	19891200.0	19861212.0
21	G/F	W/S
32	7.53	2.93
33		3.6
34	1054.2	4.1e-06
35	>=
36	1054.2	5.04e-06
38		1.1
43	Rcorr=(R/Ra)me*140
53	Williams et al., 1993	Sano et al., 1990

COL043

Column	Version 1	Version 2
1		~
2	1.21666666667	4.89166666667
3		~
4	1.0	4.0
5	13.0	53.5
6		~
7	-77.3	-75.325
8		~
9	-77.0	-75.0
10	-18.0	-19.5
11	2.0	05
14	Galeras volcano, fumarole	Nevado-del-Ruiz volcano, Aguas Calientes Spr., 7 km from the summit
16	19891200.0	19860204.0
21	G/F
23		spring
32	7.47	1.71
33		4.5
34	1045.8	2.39e-06
35	>=
36	1045.8	6.3e-06
38		0.4
43	Rcorr=(R/Ra)me*140
53	Williams et al., 1993	Williams et al., 1987

COL044

Column	Version 1	Version 2
1		~
2	1.21666666667	4.89166666667
3		~
4	1.0	4.0
5	13.0	53.5
6		~
7	-77.3	-75.325
8		~
9	-77.0	-75.0
10	-18.0	-19.5
11	2.0	01,05
14	Galeras volcano, fumarole	Nevado-del-Ruiz volcano, Arenas Crater
16	19891200.0	19851112.0
32	7.76	6.04
33		6.3
34	1086.4	8.45e-06
35	>=
36	1086.4	8.82e-06
38		7.0
43	Rcorr=(R/Ra)me*140
53	Williams et al., 1993	Sano et al., 1990; Williams et al., 1987

COL045

Column	Version 1	Version 2
1		~
2	1.21666666667	4.89166666667
3		~
4	1.0	4.0
5	13.0	53.5
6		~
7	-77.3	-75.325
8		~
9	-77.0	-75.0
10	-18.0	-19.5
11	2.0	01
14	Galeras volcano, fumarole	Nevado-del-Ruiz volcano, Botero Londono Spr., 15 from the summit
16	19891200.0	19861214.0
21	G/F	W/S
32	7.66	3.12
33		3.2
34	1072.4	4.37e-06
35	>=
36	1072.4	4.48e-06
38		6.4
43	Rcorr=(R/Ra)me*140
53	Williams et al., 1993	Sano et al., 1990

COL046

Column	Version 1	Version 2
1		~
2	1.21666666667	4.89166666667
3		~
4	1.0	4.0
5	13.0	53.5
6		~
7	-77.366667	-75.325
8		~
9	-77.0	-75.0
10	-18.0	-19.5
11	2.0	01
14	Galeras volcano, fumarole	Nevado-del-Ruiz volcano, Botero Londono Spr., 15 km from the summit
16	19881200.0	19870117.0
21	G/F	W/S
32	5.47	3.0
33		3.2
34	765.8	4.2e-06
35	>=
36	765.8	4.48e-06
38		2.5
43	Rcorr=(R/Ra)me*140
53	Williams et al., 1993	Sano et al., 1990

COL047

Column	Version 1	Version 2
1		~
2	1.21666666667	4.89166666667
3		~
4	1.0	4.0
5	13.0	53.5
6		~
7	-77.366667	-75.325
8		~
9	-77.0	-75.0
10	-18.0	-19.5
11	2.0	01,05
14	Galeras volcano, fumarole	Nevado-del-Ruiz volcano, Botero Londono Spr., 15 km from the summit
16	19890700.0	19860125.0
21	G/F	W/S
22		93.0
32	6.99	0.98
33		0.9
34	978.6	1.37e-06
35	>=	≤
36	978.6	1.26e-06
38		0.37
43	Rcorr=(R/Ra)me*140
53	Williams et al., 1993	Sano et al., 1990; Williams et al., 1987

COL048

Column	Version 1	Version 2
1		~
2	1.21666666667	4.89166666667
3		~
4	1.0	4.0
5	13.0	53.5
6		~
7	-77.366667	-75.325
8		~
9	-77.0	-75.0
10	-18.0	-19.5
11	2.0	01
14	Galeras volcano, fumarole	Nevado-del-Ruiz volcano, El Recodo Spr., 8 km from the summit
16	19891200.0	19861216.0
21	G/F	W/S
32	7.53	4.63
33		4.9
34	1054.2	6.49e-06
35	>=
36	1054.2	6.86e-06
38		4.5
43	Rcorr=(R/Ra)me*140
53	Williams et al., 1993	Sano et al., 1990

COL049

Column	Version 1	Version 2
1		~
2	1.21666666667	4.89166666667
3		~
4	1.0	4.0
5	13.0	53.5
6		~
7	-77.366667	-75.325
8		~
9	-77.0	-75.0
10	-18.0	-19.5
11	2.0	01
14	Galeras volcano, fumarole	Nevado-del-Ruiz volcano, El Recodo Spr., 8 km from the summit
16	19891200.0	19861216.0
32	7.47	3.2
33		4.3
34	1045.8	4.49e-06
35	>=
36	1045.8	6.02e-06
38		0.95
43	Rcorr=(R/Ra)me*140
53	Williams et al., 1993	Sano et al., 1990

COL050

Column	Version 1	Version 2
1		~
2	1.21666666667	4.89166666667
3		~
4	1.0	4.0
5	13.0	53.5
6		~
7	-77.366667	-75.325
8		~
9	-77.0	-75.0
10	-18.0	-19.5
11	2.0	01,05
14	Galeras volcano, fumarole	Nevado-del-Ruiz volcano, El Recodo Spr., 8 km from the summit
16	19891200.0	19861006.0
21	G/F	G/S
22		51.0
23		spring
32	7.76	2.81
33		4.3
34	1086.4	3.94e-06
35	>=
36	1086.4	6.02e-06
38		0.79
43	Rcorr=(R/Ra)me*140
53	Williams et al., 1993	Sano et al., 1990; Williams et al., 1987

COL051

Column	Version 1	Version 2
1		~
2	1.21666666667	4.89166666667
3		~
4	1.0	4.0
5	13.0	53.5
6		~
7	-77.366667	-75.325
8		~
9	-77.0	-75.0
10	-18.0	-19.5
11	2.0	01
14	Galeras volcano, fumarole	Nevado-del-Ruiz volcano, La Hedionda Spr., 4 from the summit
16	19891200.0	19861212.0
21	G/F	W/S
22		14.0
32	7.66	4.94
33		5.1
34	1072.4	6.92e-06
35	>=
36	1072.4	7.14e-06
38		6.3
43	Rcorr=(R/Ra)me*140
53	Williams et al., 1993	Sano et al., 1990

COL052

Column	Version 1	Version 2
1		~
2		4.89166666667
3		~
4		4.0
5		53.5
6		~
7		-75.325
8		~
9		-75.0
10		-19.5
11	3.0	01
14	Galeras volcano, H Aguas	Nevado-del-Ruiz volcano, La Poa Spr., 15 km from the summit
16	19930403.0	19861214.0
21	HA	W/S
22	28.8	59.0
32	1.68	3.01
33		3.2
34		4.22e-06
36	235.2	4.48e-06
38		2.6
43	Rcorr=(R/Ra)me*140
53	Fisher et al.,1997	Sano et al., 1990

COL053

Column	Version 1	Version 2
1		~
2	1.21666666667	4.89166666667
3		~
4	1.0	4.0
5	13.0	53.5
6		~
7	-77.366667	-75.325
8		~
9	-77.0	-75.0
10	-18.0	-19.5
11	3.0	01
14	Galeras volcano, H Aguas	Nevado-del-Ruiz volcano, Las Nereidas Spr., 7 km from the summit
16	19930403.0	19861217.0
21	HA	G/F
22	28.8
32	1.68	3.71
33		3.9
34		5.19e-06
36	235.2	5.46e-06
38		5.1
43	Rcorr=(R/Ra)me*140
53	Fisher et al.,1997	Sano et al., 1990

COL054

Column	Version 1	Version 2
1		~
2		4.89166666667
3		~
4		4.0
5		53.5
6		~
7		-75.325
8		~
9		-75.0
10		-19.5
11	3.0	01
14	Galeras volcano, Spring 4	Nevado-del-Ruiz volcano, Las Nereidas Spr., 7 km from the summit
16	19930315.0	19861218.0
21	SP	G/F
22	14.8
32	4.44	3.87
33		4.3
34		5.42e-06
36	621.6	6.02e-06
38		2.3
43	Rcorr=(R/Ra)me*140
53	Fisher et al.,1997	Sano et al., 1990

COL055

Column	Version 1	Version 2
1		~
2	1.21666666667	4.89166666667
3		~
4	1.0	4.0
5	13.0	53.5
6		~
7	-77.366667	-75.325
8		~
9	-77.0	-75.0
10	-18.0	-19.5
11	3.0	01,05
14	Galeras volcano, Spring 4	Nevado-del-Ruiz volcano, Las Nereidas Spr., 7 km from the summit
16	19930315.0	19860125.0
21	SP	G/F
22	14.8	84.0
32	4.44	1.97
33		3.8
34		2.76e-06
36	621.6	5.32e-06
38		0.49
43	Rcorr=(R/Ra)me*140
53	Fisher et al.,1997	Sano et al., 1990; Williams et al., 1987

COL056

Column	Version 1	Version 2
1		~
2	4.85	4.89166666667
3		~
5	51.0	53.5
6		~
7	-75.3666666667	-75.325
8		~
10	-22.0	-19.5
11	1.0	01,05
14	Nevado-del-Ruiz volcano, Aguas Blancas Spr., 8 from the summit	Nevado-del-Ruiz volcano, Las Nereidas Spr., 7 km from the summit
16	19861212.0	19860610.0
21	W/S	G/F
22	33.0
32	4.66	4.06
33	4.8	4.6
34	652.0	5.68e-06
36	672.0	6.44e-06
38	6.1	2.15
53	Sano et al., 1990	Sano et al., 1990; Williams et al., 1987

COL057

Column	Version 1	Version 2
1	≈	~
2	4.8925	4.89166666667
3		~
5	53.55	53.5
6		~
7	-75.323611	-75.325
8		~
10	-19.41666	-19.5
11	1.0	01
14	Nevado-del-Ruiz volcano, Aguas Blancas Spr., 8 km from the summit	Nevado-del-Ruiz volcano, Rio Guali Spr., 3 km from the summit
16	19861212.0	19861211.0
22	33.0
32	4.66	4.18
33	4.8	5.8
34	652.0	5.85e-06
36	672.0	8.12e-06
38	6.1	0.8

COL058

Column	Version 1	Version 2
1	≈	~
2	4.8925	4.89166666667
3		~
5	53.55	53.5
6		~
7	-75.323611	-75.325
8		~
10	-19.41666	-19.5
11	1.0	01
14	Nevado-del-Ruiz volcano, Aguas Calientes Spr., 7 km from the summit	Nevado-del-Ruiz volcano, Rio Guali Spr., 3 km from the summit
16	19860204.0	19870113.0
22	61.0
32	1.71	4.8
33	3.3	5.9
34	239.0	6.72e-06
36	462.0	8.26e-06
38	0.4	1.2

COL059

Column	Version 1	Version 2
1	≈	~
2	4.8925	4.89166666667
3		~
5	53.55	53.5
6		~
7	-75.323611	-75.325
8		~
10	-19.41666	-19.5
11	5.0	01,05
14	Nevado-del-Ruiz volcano, Aguas Calientes Spr., 7 km from the summit	Nevado-del-Ruiz volcano, Rio Guali Spr., 3 km from the summit
16	19860402.0	19860127.0
21	G/S	W/S
22		34.0
23	spring
32	1.71	6.3
33	4.5	6.5
34	239.0	8.82e-06
36	630.0	9.1e-06
38	0.4	6.4
53	Williams et al., 1990	Sano et al., 1990; Williams et al., 1987

COL060

Column	Version 1	Version 2
1	≈	~
2	4.8925	4.89166666667
3		~
5	53.55	53.5
6		~
7	-75.323611	-75.325
8		~
10	-19.41666	-19.5
11	1.0	01
14	Nevado-del-Ruiz volcano, Aguas Calientes Spr., 7 km from the summit	Nevado-del-Ruiz volcano, Termales del Ruiz Spr., 11 from the summit
16	19861212.0	19870129.0
22	61.0	64.0
32	2.93	1.27
33	3.6	1.7
34	410.0	1.78e-06
36	504.0	2.38e-06
38	1.1	0.43

COL061

Column	Version 1	Version 2
1		~
2	4.85	4.89166666667
3		~
5	51.0	53.5
6		~
7	-75.3666666667	-75.325
8		~
10	-22.0	-19.5
11	1.0	01
14	Nevado-del-Ruiz volcano, Aguas Calientes Spr., 7km from the summit	Nevado-del-Ruiz volcano, Termales del Ruiz Spr., 11 from the summit
16	19860204.0	19861212.0
22	61.0
32	1.71	2.38
33	3.3	2.5
34	239.0	3.33e-06
36	462.0	3.5e-06
38	0.4	3.2

COL062

Column	Version 1	Version 2
1		~
2	4.85	4.89166666667
3		~
5	51.0	53.5
6		~
7	-75.3666666667	-75.325
8		~
10	-22.0	-19.5
11	1.0	01
14	Nevado-del-Ruiz volcano, Aguas Calientes Spr., 7km from the summit	Nevado-del-Ruiz volcano, Termales del Ruiz Spr., 11 from the summit
16	19861212.0	19860116.0
22	61.0
33	3.6	3.1
34	410.0	4.1e-06
36	504.0	4.34e-06
38	1.1	3.9

COL063

Column	Version 1	Version 2
1		~
2	4.85	4.89166666667
3		~
5	51.0	53.5
6		~
7	-75.3666666667	-75.325
8		~
10	-22.0	-19.5
11	1.0	01,05
14	Nevado-del-Ruiz volcano, Arenas Crater	Nevado-del-Ruiz volcano, Termales del Ruiz Spr., 11 km from the summit
16	19851112.0	19860124.0
21	G/F	W/S
22		64.0
32	6.04	2.08
33	6.3	2.5
34	845.0	2.91e-06
36	882.0	3.5e-06
38	7.0	1.04
53	Sano et al., 1990	Sano et al., 1990; Williams et al., 1987

COL064

Column	Version 1	Version 2
1		~
2	4.8925	4.89166666667
3		~
5	53.55	53.5
6		~
7	-75.323611	-75.325
8		~
10	-19.41666	-19.5
11	1,5	01,05
14	Nevado-del-Ruiz volcano, Arenas Crater	Nevado-del-Ruiz volcano, Termales del Ruiz Spr., 11 km from the summit
16	19851112.0	19870129.0
21	G/F	W/S
32	6.04	1.27
33	6.3	1.7
34	845.0	1.78e-06
36	882.0	2.38e-06
38	7.0	0.43
53	Sano et al., 1990	Sano et al., 1990; Williams et al., 1987

EQU001

Column	Version 1	Version 2
11	2.0	02
13	Galapagos Isls.	Equadorian volcanic arc
14	Alcedo	??
19	GI92-16	E15
21		G/S
24	6.61
32	16.7	3.91
33		4.15
34		5.4349e-06
36	2338.0	5.7685e-06
37		4.28
43	Rcorr=(R/Ra)me*140; [He]=[4He crush]=[ncc/gram]	Ra=1.39E-06
45		0.0421
46		0.1683
47		0.77898
48		3e-06
51		-5.13
53	Kurz and Geist, 1999	Inguaggiato et al., 2010

EQU002

Column	Version 1	Version 2
2		-0.437
4		0.0
5		-26.22
7		-78.671
9		-78.0
10		-40.26
11	2.0	02
13	Galapagos Isls.	Equadorian volcanic arc
14	Cerro Azul	Aguas Caliente
16		20090820.0
19	CA90-19	E50
21		G/S
22		21.4
24	1.3
32	13.8	3.03
33		3.41
34		4.2117e-06
36	1932.0	4.7399e-06
37		2.04
43	Rcorr=(R/Ra)me*140; [He]=[4He crush]=[ncc/gram]	Ra=1.39E-06
45		0.0019
46		0.0113
47		0.9761
48		1.6e-05
51		-6.07
53	Kurz and Geist, 1999	Inguaggiato et al., 2010

EQU003

Column	Version 1	Version 2
2		-0.219
4		0.0
5		-13.14
7		-78.091
9		-78.0
10		-5.46
11	2.0	02
13	Galapagos Isls.	Equadorian volcanic arc
14	Cerro Azul	Balneario Oyacachi
16		20090122.0
19	GI92-10	E17
21		G/S
22		46.5
24	4.64
32	13.7	2.27
33		2.6
34		3.1553e-06
36	1918.0	3.614e-06
37		1.51
43	Rcorr=(R/Ra)me*140; [He]=[4He crush]=[ncc/gram]	Ra=1.39E-06
45		0.1482
46		0.5946
47		0.2583
48		1.8e-05
51		-6.79
53	Kurz and Geist, 1999	Inguaggiato et al., 2010

EQU004

Column	Version 1	Version 2
2		-0.414
4		0.0
5		-24.84
7		-78.229
9		-78.0
10		-13.74
11	2.0	02
13	Galapagos Isls.	Equadorian volcanic arc
14	Cerro Azul	Cachiyacu cueva
16		20090121.0
19	GI92-11A	E14
21		G/S
22		40.5
24	43.1
32	14.2	6.01
33		6.46
34		8.3539e-06
36	1988.0	8.9794e-06
37		3.44
43	Rcorr=(R/Ra)me*140; [He]=[4He crush]=[ncc/gram]	Ra=1.39E-06
53	Kurz and Geist, 1999	Inguaggiato et al., 2010

EQU005

Column	Version 1	Version 2
2		0.293
4		0.0
5		17.58
7		-78.358
9		-78.0
10		-21.48
11	2.0	02
13	Galapagos Isls.	Equadorian volcanic arc
14	Darwin	Ciucocha
16		20090227.0
19	GI92-17	E45
21		G/S
22		16.3
24	9.28
32	12.1	5.73
33		6.26
34		7.9647e-06
36	1694.0	8.7014e-06
37		3.18
43	Rcorr=(R/Ra)me*140; [He]=[4He crush]=[ncc/gram]	Ra=1.39E-06
45		0.0423
46		0.5926
47		0.3743
48		0.000873
51		-3.94
53	Kurz and Geist, 1999	Inguaggiato et al., 2010

EQU006

Column	Version 1	Version 2
2		-3.438
4		-3.0
5		-26.28
7		-79.076
9		-79.0
10		-4.56
11	2.0	02
13	Galapagos Isls.	Equadorian volcanic arc
14	Darwin	El Mozo
16		20090412.0
19	GI92-18	E52
21		G/S
22		14.9
24	4.28
32	12.4	0.67
33		0.11
34		9.313e-07
36	1736.0	1.529e-07
37		0.51
43	Rcorr=(R/Ra)me*140; [He]=[4He crush]=[ncc/gram]	Ra=1.39E-06
53	Kurz and Geist, 1999	Inguaggiato et al., 2010

EQU007

Column	Version 1	Version 2
2		-3.434
4		-3.0
5		-26.04
7		-79.08
9		-79.0
10		-4.8
11	2.0	02
13	Galapagos Isls.	Equadorian volcanic arc
14	Ecuador	El Mozo
16		20090412.0
19	GI92-19	E54
21		G/S
22		12.6
24	30.4
32	9.87	0.76
33		0.33
34		1.0564e-06
36	1381.8	4.587e-07
37		0.49
43	Rcorr=(R/Ra)me*140; [He]=[4He crush]=[ncc/gram]	Ra=1.39E-06
53	Kurz and Geist, 1999	Inguaggiato et al., 2010

EQU008

Column	Version 1	Version 2
2		0.003
4		0.0
5		0.18
7		-78.181
9		-78.0
10		-10.86
11	2.0	02
13	Galapagos Isls.	Equadorian volcanic arc
14	Fernandina	El Pisque balneario
16		20090116.0
19	SG93-16	E8
21		G/S
22		37.0
24	7.98
32	27.4	4.08
33		4.16
34		5.6712e-06
36	3836.0	5.7824e-06
37		11.8
43	Rcorr=(R/Ra)me*140; [He]=[4He crush]=[ncc/gram]	Ra=1.39E-06
45		0.0012
46		0.3766
47		0.6188
48		0.000126
51		-10.5
53	Kurz and Geist, 1999	Inguaggiato et al., 2010

EQU009

Column	Version 1	Version 2
2		-1.406
4		-1.0
5		-24.36
7		-78.433
9		-78.0
10		-25.98
11	2.0	02
13	Galapagos Isls.	Equadorian volcanic arc
14	Fernandina	El Salada
16		20090218.0
19	GI92-26	E27
21		G/S
22		45.6
24	8.23
32	22.7	3.64
33		4.16
34		5.0596e-06
36	3178.0	5.7824e-06
37		1.95
43	Rcorr=(R/Ra)me*140; [He]=[4He crush]=[ncc/gram]	Ra=1.39E-06
45		0.001
46		0.0024
47		0.9974
48		4e-06
51		-7.11
53	Kurz and Geist, 1999	Inguaggiato et al., 2010

EQU010

Column	Version 1	Version 2
2		-2.71
4		-2.0
5		-42.6
7		-78.847
9		-78.0
10		-50.82
11	2.0	02
13	Galapagos Isls.	Equadorian volcanic arc
14	Fernandina	Guapan
16		20090220.0
19	GI92-27	E32
21		G/S
22		46.9
24	2.31
32	22.8	0.74
33		0.7
34		1.0286e-06
36	3192.0	9.73e-07
37		2.62
43	Rcorr=(R/Ra)me*140; [He]=[4He crush]=[ncc/gram]	Ra=1.39E-06
45		0.002
46		0.0061
47		1.0
48		0.00033
51		-9.94
53	Kurz and Geist, 1999	Inguaggiato et al., 2010

EQU011

Column	Version 1	Version 2
2		-1.791
4		-1.0
5		-47.46
7		-78.546
9		-78.0
10		-32.76
11	2.0	02
13	Galapagos Isls.	Equadorian volcanic arc
14	Floreana	Guayllabamba
16		20090219.0
19	SG93-19	E29
21		G/S
22		37.6
24	7.18
32	13.4	2.02
33		2.07
34		2.8078e-06
36	1876.0	2.8773e-06
37		6.58
43	Rcorr=(R/Ra)me*140; [He]=[4He crush]=[ncc/gram]	Ra=1.39E-06
45		0.0061
46		0.0421
47		0.9362
48		1e-06
51		-10.19
53	Kurz and Geist, 1999	Inguaggiato et al., 2010

EQU012

Column	Version 1	Version 2
2		-0.378
4		0.0
5		-22.68
7		-78.156
9		-78.0
10		-9.36
11	2.0	02
13	Galapagos Isls.	Equadorian volcanic arc
14	Floreana	Jamanco
16		20090115.0
19	SG93-22	E4
21		G/S
22		60.8
24	495.7
32	14.05	7.09
33		7.12
34		9.8551e-06
36	1967.0	9.8968e-06
37		59.36
43	Rcorr=(R/Ra)me*140; [He]=[4He crush]=[ncc/gram]	Ra=1.39E-06
45		0.0089
46		0.1582
47		0.8404
48		0.001446
51		-6.79
53	Kurz and Geist, 1999	Inguaggiato et al., 2010

EQU013

Column	Version 1	Version 2
2		-2.627
4		-2.0
5		-37.62
7		-79.493
9		-79.0
10		-29.58
11	2.0	02
13	Galapagos Isls.	Equadorian volcanic arc
14	Floreana	Jesus Maria
16		20090221.0
19	SG93-23	E36
21		G/S
22		42.6
24	45.6
32	14.4	0.45
33		0.34
34		6.255e-07
36	2016.0	4.726e-07
37		1.63
43	Rcorr=(R/Ra)me*140; [He]=[4He crush]=[ncc/gram]	Ra=1.39E-06
53	Kurz and Geist, 1999	Inguaggiato et al., 2010

EQU014

Column	Version 1	Version 2
2		-1.0399
4		-1.0
5		-2.394
7		-78.417
9		-78.0
10		-25.02
11	2.0	02
13	Galapagos Isls.	Equadorian volcanic arc
14	Santa Cruz	La Virgen
16		20090217.0
19	G192-1	E25
21		G/S
22		52.7
24	168.0
32	8.58	4.84
33		5.1
34		6.7276e-06
36	1201.2	7.089e-06
37		5.08
43	Rcorr=(R/Ra)me*140; [He]=[4He crush]=[ncc/gram]	Ra=1.39E-06
45		0.0007
46		0.0018
47		1.0
48		1.6e-05
51		-7.8
53	Kurz and Geist, 1999	Inguaggiato et al., 2010

EQU015

Column	Version 1	Version 2
2		-3.703
4		-3.0
5		-42.18
7		-79.597
9		-79.0
10		-35.82
11	2.0	02
13	Galapagos Isls.	Equadorian volcanic arc
14	Santa Cruz	Portovelo
16		20090221.0
19	G192-2A	E34
21		G/S
22		52.4
24	5.06
32	9.5	0.94
33		0.93
34		1.3066e-06
36	1330.0	1.2927e-06
37		97.61
43	Rcorr=(R/Ra)me*140; [He]=[4He crush]=[ncc/gram]	Ra=1.39E-06
45		0.0017
46		0.959
47		0.0016
48		0.003225
53	Kurz and Geist, 1999	Inguaggiato et al., 2010

EQU016

Column	Version 1	Version 2
2		-0.862
4		0.0
5		-51.72
7		-78.91
9		-78.0
10		-54.6
11	2.0	02
13	Galapagos Isls.	Equadorian volcanic arc
14	Sierra Negra	Quilotoa
16		20090414.0
19	G192-5	E49
21		G/S
22		22.0
24	3.4
32	16.0	1.87
33		2.07
34		2.5993e-06
36	2240.0	2.8773e-06
37		1.72
43	Rcorr=(R/Ra)me*140; [He]=[4He crush]=[ncc/gram]	Ra=1.39E-06
45		0.0042
46		0.0308
47		0.9633
48		8e-06
51		-4.94
53	Kurz and Geist, 1999	Inguaggiato et al., 2010

EQU017

Column	Version 1	Version 2
2		-2.228
4		-2.0
5		-13.68
7		-80.701
9		-80.0
10		-42.06
11	2.0	02
13	Galapagos Isls.	Equadorian volcanic arc
14	Sierra Negra	S. Vicente
16		20090222.0
19	G192-8	E37
21		G/S
22		37.9
24	6.24
32	16.8	0.11
33		0.08
34		1.529e-07
36	2352.0	1.112e-07
37		12.59
43	Rcorr=(R/Ra)me*140; [He]=[4He crush]=[ncc/gram]	Ra=1.39E-06
45		0.001
46		0.0085
47		0.0002
48		0.9815
53	Kurz and Geist, 1999	Inguaggiato et al., 2010

EQU018

Column	Version 1	Version 2
2		-0.5
4		0.0
5		-30.0
7		-78.541
9		-78.0
10		-32.46
11	2.0	02
13	Galapagos Isls.	Equadorian volcanic arc
14	Sierra Negra	Tesalia
16		20090216.0
19	SN61-60	E23
21		G/S
22		16.8
24	35.5
32	16.5	6.62
33		6.83
34		9.2018e-06
36	2310.0	9.4937e-06
37		8.62
43	Rcorr=(R/Ra)me*140; [He]=[4He crush]=[ncc/gram]	Ra=1.39E-06
45		0.0174
46		0.1314
47		0.8279
48		2e-06
51		-7.79
53	Kurz and Geist, 1999	Inguaggiato et al., 2010

EQU019

Column	Version 1	Version 2
2		-0.833333333333
4		0.0
5		-50.0
7		-91.1666666667
9		-91.0
10		-10.0
11	2.0	01
14	Sierra Negra	Sierra Negra volcano
16		19901127.0
19	SN91-31
22		200.0
23		Tholeitic basalt; Quarternary
24	0.73	1.56e-05
26		2.5e-08
29		1.6e-05
32	14.8	17.6
34		2.46e-05
36	2072.0	2.461e-05
37		624.0
43	Rcorr=(R/Ra)me*140; [He]=[4He crush]=[ncc/gram]
44		3e-06
46		0.0011
47		0.597
48		2e-07
49		0.015
53	Kurz and Geist, 1999	Giggenbach and Poreda, 1993

CHN001

Column	Version 1	Version 2
11	1.0	01
21	W/H
23	Z limestone
24	148.118361153	0.000148118361153
29	3474.58270106	0.00347458270106
34	51.52	5.152e-07
35	<=	≤
36	51.52	5.152e-07
44	0.0
45	0.0
46	159129.362671	0.159129362671
47	836874.051593	0.836874051593
48	522.003034901	0.000522003034901

CHN002

Column	Version 1	Version 2
2	23.9	39.0
4	23.0	39.0
5	54.0	0.0
7	106.633333333	94.3333333333
9	106.0	94.0
10	38.0	20.0
11	7.0	07
13	Bose Basin, Guangxi Province	Gansu Province, Yumen Basin
14	Bose oil field, hole Bai 32	Yumen field, Bainan 3 hole
17	996.5
18	5.5
19		131.0
23	Eocene
24	100.0	0.00033
32	0.016	0.015
34	2.24	2.1e-08
36	2.23220182274	2.09382509665e-08
38	5300.0	6700.0
47		0.024
48	960000.0	0.921
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN003

Column	Version 1	Version 2
2	23.9166666667	23.2833333333
5	55.0	17.0
7	106.666666667	113.0
9	106.0	113.0
10	40.0	0.0
11	7.0	03,04
13	Bose Basin, Guangxi Province	Guandong Province, Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N)
14	Bose oil field, hole Yuan 5	Sanshui oil field, hole Hole Bao-1
17	656.5	765.0
18	2.5	11.0
19		1.0
24	160.0
32	0.017
34	2.38	1.6e-06
35		≥
36	2.36525342001	1.6e-06
38	2800.0
47	3100.0
48	985000.0
51		-19.9
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Du, 1992; Du and Liu, 1991

CHN004

Column	Version 1	Version 2
2	39.0	23.25
4	39.0	23.0
5	0.0	15.0
7	94.3333333333	113.166666667
9	94.0	113.0
10	20.0	10.0
11	7.0	03,04
13	Caidam Basin (91-99 E, 36-39 N), Gansu Province	Guandong Province, Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N)
14	Caidam oil field, hole Bainan 3	Sanshui oil field, hole Nan 20
15		<
16		19950000.0
17		1058.0
18		4.0
19		92a
23		Eocene
24	330.0
32	0.015	1.75
34	2.1	2.45e-06
35		≥
36	2.09382509665	2.45e-06
38	6700.0
47	24000.0
48	921000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Du, 1992; Du and Liu, 1991

CHN005

Column	Version 1	Version 2
2	38.0	23.25
4	38.0	23.0
5	0.0	15.0
7	92.0	113.166666667
9	92.0	113.0
10	0.0	10.0
11	7.0	07,09
13	Caidam Basin (91-99 E, 36-39 N), Qinghai Province	Guandong Province, Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N)
14	Caidam oil field, hole Se 23	Sanshui oil field, hole Nan 20
17	1485.0	1058.0
18		4.0
19		92b
23	Quaternary	Eocene
24	7.4	0.00028
26		3.9575812e-08
28		3.57825e-08
29		6.80601096e-05
30		5.901987e-09
31		7.7227019347e-10
32	0.021	1.76
34	2.94	2.464e-06
36	2.83448806774	2.46404092465e-06
38	390.0	7800.0
39		9.75
40		0.0336
41		0.1862
42		629.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46		0.078
47		0.0185
48	992000.0	0.9038
53	Xu S. et al., 1995a	Xu et al., 1995a; Xu et al. (preprint)

CHN006

Column	Version 1	Version 2
2	38.0	23.2833333333
4	38.0	23.0
5	0.0	17.0
7	92.0	113.0
9	92.0	113.0
11	7.0	03,04
13	Caidam Basin (91-99 E, 36-39 N), Qinghai Province	Guandong Province, Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N)
14	Caidam oil field, hole Se 9	Sanshui oil field, hole Shuishen 12
17	1369.5	1131.0
18	1.5	1.0
19		8.0
23	Quaternary	Eocene
24	5.7	0.00245
32	0.026
34	3.64	4.08e-06
35		≥
36	3.38384470883	4.08e-06
38	160.0
48	996000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Du, 1992; Du and Liu, 1991

CHN007

Column	Version 1	Version 2
2	38.0	23.2833333333
4	38.0	23.0
5	0.0	17.0
7	92.0	113.0
9	92.0	113.0
11	7.0	03,04
13	Caidam Basin (91-99 E, 36-39 N), Qinghai Province	Guandong Province, Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N)
14	Caidam oil field, hole Sezhong 1	Sanshui oil field, hole Shuishen 17
17	1288.5	1174.5
18	4.5	3.5
19		3.0
23	Quaternary	Eocene
24	51.0	0.00014
32	0.023
34	3.22	1.71e-06
35		≥
36	3.08750403616	1.71e-06
38	310.0
48	980000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Du, 1992; Du and Liu, 1991

CHN008

Column	Version 1	Version 2
2	38.0	23.3333333333
4	38.0	23.0
5	0.0	20.0
7	92.0	112.833333333
9	92.0	112.0
10	0.0	50.0
11	7.0	11.0
13	Caidam Basin (91-99 E, 36-39 N), Qinghai Province	Guandong Province, Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N)
14	Caidam oil field, hole Tuozhong 1	Sanshui oil field, hole Shuishen 24
17	754.0
18	3.0
23	Quaternary	Eocene
24	13.0
32	0.03
34	4.2	6.3e-06
35		≥
36	4.13091402408	6.3e-06
38	590.0
46		0.0032
47		0.9945
48	996000.0	0.0025
51		-8.9
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Xu et al., 1992 (1991)

CHN009

Column	Version 1	Version 2
2		23.3333333333
4		23.0
5		20.0
7		112.833333333
9		112.0
10		50.0
11	15.0	03,04,09
13	Huanghua Depression	Guandong Province, Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N)
14	Konggu 3 well	Sanshui oil field, hole Shuishen 24
17	380989.0	1682.5
18		50.5
19		6.0
21	G/incl	G/H
23	inclusions in O2 carbonates,	Eocene
24		0.00021
26		1.9565649e-08
28		1.7784e-08
29		8.389008593e-05
30		3.94776e-09
31		7.15277757548e-10
32	0.64	4.56
34	89.7	6.384e-06
35		≥
36	89.7	6.384e-06
38	894.0
39		10.4
40		0.0419
41		0.1883
42		2260.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46		0.0025
47		0.995
48		0.0025
51		-5.7
52		[CH4]=[CH4+HC]
53	Zhang et a., 2003	Du, 1992; Du and Liu, 1991; Xu et al., preprint

CHN010

Column	Version 1	Version 2
2		23.25
4		23.0
5		15.0
7		112.916666667
9		112.0
10		55.0
11	15.0	03,04,10,11
13	Huanghua Depression	Guandong Province, Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N)
14	Konggu 4 well	Sanshui oil field, hole Shuishen 3
15		<
16		19950000.0
17	3458.79	1105.5
19		90a
21	G/incl	G/H
23	inclusions in O2 carbonates,	Eocene
24		0.0026
32	0.95	4.09
34	133.0	5.72e-06
36	133.0	5.76e-06
38	13.3
42		793.0
43		Rcorr [3]=576*10-8
46		0.1097
47		0.1254
48		0.6563
50		-45.5
51		-16.9
53	Zhang et a., 2003	Du, 1992; Du and Liu, 1991; Xu et al., 1992 (1990); Xu et al., 1992 (1991)

CHN011

Column	Version 1	Version 2
2		23.25
4		23.0
5		15.0
7		112.916666667
9		112.0
10		55.0
11	15.0	07,09
13	Huanghua Depression	Guandong Province, Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N)
14	Konggu 7 well	Sanshui oil field, hole Shuishen 3
17	3949.16	1105.5
18		1.5
19	a	90b
21	G/incl	G/H
23	inclusions in O2 carbonates,	Eocene
24		0.00016
26		2.0918142e-08
28		1.89567e-08
29		0.00013909753785
30		8.2719846e-09
31		1.39435508602e-09
32	2.07	3.77
34	290.0	5.278e-06
36	290.0	5.27813687542e-06
38	489.0	8500.0
39		10.03
40		0.0378
41		0.1885
42		1477.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46		0.106
47		0.173
48		0.725
52		[CH4]=[CH4+HC]
53	Zhang et a., 2003	Xu et al., 1995a; Xu et al. (preprint)

CHN012

Column	Version 1	Version 2
2		23.3333333333
4		23.0
5		20.0
7		112.9
9		112.0
10		54.0
11	15.0	07,09
13	Huanghua Depression	Guandong Province, Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N)
14	Konggu 7 well	Sanshui oil field, hole Shuishen 44
17	3949.26	1162.0
18		1.0
19	b	88b
21	G/incl	G/H
23	inclusions in O2 carbonates,	Eocene
24		0.00038
26		2.7175495e-08
28		2.46887e-08
29		8.50478749e-05
30		5.030823e-09
31		7.13194554974e-10
32	1.81	4.18
34	252.0	5.852e-06
36	252.0	5.85208904178e-06
38	180.0	15000.0
39		10.33
40		0.0405
41		0.1882
42		1910.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46		0.0179
47		0.871
48		0.091
52		[CH4]=[CH4+HC]
53	Zhang et a., 2003	Xu et al., 1995a; Xu et al. (preprint)

CHN013

Column	Version 1	Version 2
2		23.3333333333
4		23.0
5		20.0
7		112.9
9		112.0
10		54.0
11	15.0	03,04
13	Huanghua Depression	Guandong Province, Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N)
14	Konggu 7 well	Sanshui oil field, hole Shuishen 44
15		<
16		19950000.0
17	3793.89	1162.0
18		1.0
19	c	88a
21	G/incl	G/H
23	inclusions in O2 carbonates,	Eocene
24		0.00011
32	1.57	4.54
34	220.0	6.36e-06
35		≥
36	220.0	6.36e-06
38	834.0
46		0.0179
47		0.8399
48		0.1229
51		-8.9
53	Zhang et a., 2003	Du, 1992; Du and Liu, 1991

CHN014

Column	Version 1	Version 2
2	30.5833333333	23.2833333333
4	30.0	23.0
5	35.0	17.0
7	113.166666667	113.0
10	10.0	0.0
11	7.0	03,04,10,11
13	Jianghan Basin (111-114 E, 30-31 N), Hubei Province	Guandong Province, Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N)
14	Jianghan oil field, hole Guang 27	Sanshui oil field, hole Shuishen 9
15		<
16		19950000.0
17	915.0	1431.0
18		2.0
19		89a
24	150.0	8e-05
32	0.009	4.3
34	1.26	6.02e-06
35		≥
36	1.24959371953	6.02e-06
38	4000.0
42		841.0
46		7e-05
47	15000.0	0.996
48	896000.0	0.0029
51		-4.6
52	[CH4]=[CH4+HC]	d13C(CO2) indicated as -2.8‰ in [Du J. and Liu W., 1991]
53	Xu S. et al., 1995a	Du, 1992; Du and Liu, 1991; Xu et al., 1992 (1990); Xu et al., 1992 (1991)

CHN015

Column	Version 1	Version 2
2	30.5833333333	23.2833333333
4	30.0	23.0
5	35.0	17.0
7	113.166666667	113.0
10	10.0	0.0
11	7.0	07,09
13	Jianghan Basin (111-114 E, 30-31 N), Hubei Province	Guandong Province, Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N)
14	Jianghan oil field, hole Qing 34	Sanshui oil field, hole Shuishen 9
17	821.5	1431.0
18	1.5	2.0
19		89b
24	13.0	0.00028
26		7.929706e-09
28		7.1923e-09
29		3.50205072e-05
30		2.3479614e-09
31		3.89957669549e-10
32	0.016	3.97
34	2.24	5.558e-06
36	2.11464968153	5.55803198486e-06
38	330.0	39000.0
39		10.13
40		0.0386
41		0.1878
42		1458.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46		0.0001
47		0.986
48	970000.0	0.0055
53	Xu S. et al., 1995a	Xu et al., 1995a; Xu et al. (preprint)

CHN016

Column	Version 1	Version 2
2	30.5833333333	23.2833333333
4	30.0	23.0
5	35.0	17.0
7	113.166666667	113.0
10	10.0	0.0
11	7.0	03,04
13	Jianghan Basin (111-114 E, 30-31 N), Hubei Province	Guandong Province, Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N)
14	Jianghan oil field, hole Wang 4-9	Sanshui oil field, hole V-1
15		<
16		19950000.0
17	1462.0	1069.0
18	5.0	11.0
19		91a
24	150.0
32	0.008	2.07
34	1.12	2.9e-06
35		≥
36	1.07209382546	2.9e-06
38	870.0
47	84000.0
48	830000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Du, 1992; Du and Liu, 1991

CHN017

Column	Version 1	Version 2
2	45.6666666667	23.2833333333
4	45.0	23.0
5	40.0	17.0
7	85.6666666667	113.0
9	85.0	113.0
10	40.0	0.0
11	7.0	07,09
13	Jungar Basin ( 82-90 E, 43-47 N), Xinjiang Province	Guandong Province, Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N)
14	Jungar oil field, hole 307	Sanshui oil field, hole V-1
17		1069.0
18		11.0
19		91b
23		Eocene
24	16.0	6.6e-05
26		1.403246e-08
28		1.2688e-08
29		0.0002554738704
30		1.929235e-08
31		2.90134604884e-09
32	0.032	2.2
34	4.48	3.08e-06
36	4.43481160387	3.08009882934e-06
38	900.0	5100.0
39		9.76
40		0.0342
41		0.1888
42		766.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
47		0.00483
48	940000.0	0.912
53	Xu S. et al., 1995a	Xu et al., 1995a; Xu et al. (preprint)

CHN018

Column	Version 1	Version 2
2	45.6666666667	23.9
4	45.0	23.0
5	40.0	54.0
7	85.6666666667	106.633333333
9	85.0	106.0
10	40.0	38.0
11	7.0	07
13	Jungar Basin ( 82-90 E, 43-47 N), Xinjiang Province	Guangxi Province, Bose Basin,
14	Jungar oil field, hole 807	Bose oil field, hole Bai 32
17	2332.0	996.5
18	15.0	5.5
19		108.0
23	Permian	Eocene
24	220.0	0.0001
32	0.076	0.016
34	10.64	2.24e-08
36	10.6374127483	2.23220182274e-08
38	15000.0	5300.0
48	935000.0	0.96
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN019

Column	Version 1	Version 2
2	45.5	23.9166666667
4	45.0	23.0
5	30.0	55.0
7	86.75	106.666666667
9	86.0	106.0
10	45.0	40.0
11	7.0	07
13	Jungar Basin ( 82-90 E, 43-47 N), Xinjiang Province	Guangxi Province, Bose Basin,
14	Jungar oil field, hole 807	Bose oil field, hole Yuan 5
17	2332.0	656.5
18	15.0	2.5
19		107.0
23	Permian	Eocene
24		0.00016
32	0.09	0.017
34	12.6	2.38e-08
35	<=
36	12.6	2.36525342001e-08
38		2800.0
47		0.0031
48		0.985
52		[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN020

Column	Version 1	Version 2
2	45.3333333333	19.0833333333
4	45.0	19.0
5	20.0	5.0
7	86.6666666667	108.666666667
9	86.0	108.0
11	7.0	07
13	Jungar Basin ( 82-90 E, 43-47 N), Xinjiang Province	Hainan Province, South China Sea Basin
14	Jungar oil field, hole 87	Nanhai oil field, hole Dongfang 1-1-2
17		1346.0
18		15.0
19		98.0
23		Neogene
24	33.0	1.5e-05
32	0.024	0.059
34	3.36	8.26e-08
36	3.34047721103	8.15012510425e-08
38	2100.0	360.0
48	968000.0	0.814
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN021

Column	Version 1	Version 2
2	46.0	17.25
4	46.0	17.0
5	0.0	15.0
7	85.5	108.916666667
9	85.0	108.0
10	30.0	55.0
11	7.0	07
13	Jungar Basin ( 82-90 E, 43-47 N), Xinjiang Province	Hainan Province, South China Sea Basin
14	Jungar oil field, hole Bei 16	Nanhai oil field, hole Le 15-1-1
17	2221.0	1487.0
18	4.0	70.0
19		99.0
23	Permian	Neogene
24	51.0	1.6e-05
32	0.306	0.147
34	42.84	2.058e-07
36	42.8238039673	2.04804003336e-07
38	1800.0	360.0
47		0.168
48	963000.0	0.676
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN022

Column	Version 1	Version 2
2	45.1666666667	33.0
4	45.0	33.0
5	10.0	0.0
7	86.5	112.5
9	86.0	112.0
11	7.0	07
13	Jungar Basin ( 82-90 E, 43-47 N), Xinjiang Province	Henan Province, Nanyang Basin (111-112.5 E, 32-33 N),
14	Jungar oil field, hole Che 30	Nanyang oil field, hole An 14
17	2369.0	2403.0
18	6.0	8.0
19		93.0
23	Carboniferous	Eocene
24	120.0	8e-05
32	0.037	0.028
34	5.18	3.92e-08
36	5.17357969427	3.86895085657e-08
38	6300.0	800.0
47	7300.0
48	970000.0	0.92
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN023

Column	Version 1	Version 2
2	44.0	32.6666666667
4	44.0	32.0
5	0.0	40.0
7	87.0	113.416666667
9	87.0	113.0
10	0.0	25.0
11	7.0	07
13	Jungar Basin ( 82-90 E, 43-47 N), Xinjiang Province	Henan Province, Nanyang Basin (111-112.5 E, 32-33 N),
14	Jungar oil field, hole Huoi 1	Nanyang oil field, hole Bi 124
17	1589.0	914.5
18	40.0	124.5
19		94.0
23	Permian	Eocene
24	22.0	0.00044
32	0.048	0.042
34	6.72	5.88e-08
36	6.63108739159	5.84904208664e-08
38	450.0	1300.0
48	964000.0	0.964
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN024

Column	Version 1	Version 2
2	41.3333333333	30.5833333333
4	41.0	30.0
5	20.0	35.0
7	122.833333333	113.166666667
9	122.0	113.0
10	50.0	10.0
11	7.0	07
13	Liaohe Basin (121-124 E, 40.5-42.0 N), Liaoning Province	Hubei Province, Jianghan Basin (111-114 E, 30-31 N)
14	Liaohe oil field, hole An 63	Jianghan oil field, hole Guang 27
17	1206.0	915.0
18	30.0
19		95.0
24	n.d.	0.00015
32	0.458	0.009
34	64.12	1.26e-08
36	64.1096513161	1.24959371953e-08
38	2200.0	4000.0
47		0.015
48	967000.0	0.896
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN025

Column	Version 1	Version 2
2	41.5	30.5833333333
4	41.0	30.0
5	30.0	35.0
7	122.833333333	113.166666667
9	122.0	113.0
10	50.0	10.0
11	7.0	07
13	Liaohe Basin (121-124 E, 40.5-42.0 N), Liaoning Province	Hubei Province, Jianghan Basin (111-114 E, 30-31 N)
14	Liaohe oil field, hole Ciqi 1	Jianghan oil field, hole Qing 34
17	1759.5	821.5
18	2.5	1.5
19		97.0
24	n.d.	1.3e-05
32	3.46	0.016
34	484.4	2.24e-08
36	484.652184525	2.11464968153e-08
38	410.0	330.0
48	951000.0	0.97
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN026

Column	Version 1	Version 2
2	41.5	30.5833333333
4	41.0	30.0
5	30.0	35.0
7	122.833333333	113.166666667
9	122.0	113.0
10	50.0	10.0
11	7,9	07
13	Liaohe Basin (121-124 E, 40.5-42.0 N), Liaoning Province	Hubei Province, Jianghan Basin (111-114 E, 30-31 N)
14	Liaohe oil field, hole Ciqi 2	Jianghan oil field, hole Wang 4-9
17	1759.0	1462.0
18	12.0	5.0
19		96.0
24	66.0	0.00015
26	0.13285312
28	0.120292
29	220.2778319
30	0.02134024
31	0.00237332732224
32	3.42	0.008
34	478.8	1.12e-08
36	478.878202662	1.07209382546e-08
38	1300.0	870.0
39	9.86
40	2.96
41	0.1879
42	609.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
47		0.084
48	986000.0	0.83
53	Xu S. et al. (preprint); Xu S. et al., 1995a	Xu et al., 1995a

CHN027

Column	Version 1	Version 2
2	41.25	29.4166666667
4	41.0	29.0
5	15.0	25.0
7	122.083333333	111.083333333
9	122.0	111.0
11	7.0	05
13	Liaohe Basin (121-124 E, 40.5-42.0 N), Liaoning Province	Hunan Province North-West
14	Liaohe oil field, hole Daqian 2	Luomapo Spr. (Cili county)
17	1204.0
18	4.0
21	G/H	G/S
22		52.0
23	Eocene
24	n.d.	0.00016
29		0.0128
32	1.87
34	261.8	4.04e-08
36	261.904489562	1.75623740202e-08
38	350.0	18.16
42		292.7
45		0.0158
46		0.8786
47		0.0367
48	1000000.0	0.0019
50		-27.1
51		-17.1
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Wang et al., 1995

CHN028

Column	Version 1	Version 2
2	41.8333333333	28.8333333333
4	41.0	28.0
7	123.0	111.416666667
9	123.0	111.0
10	0.0	25.0
11	7.0	05
13	Liaohe Basin (121-124 E, 40.5-42.0 N), Liaoning Province	Hunan Province North-West
14	Liaohe oil field, hole Fa	Reshuikeng Spr. (Taoyuan)
17	1761.0
18	74.0
21	G/H	G/S
22		51.0
23	Eocene
24	n.d.	3.6e-05
29		0.0116
32	0.641
34	89.74	1.13e-07
36	89.723425305	3.69960629921e-08
38	910.0	5.38
42		292.6
44		6.5e-08
45		0.0768
46		0.8471
47		0.0258
48	1000000.0	9.8e-05
50		-37.2
51		-17.2
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Wang et al., 1995

CHN029

Column	Version 1	Version 2
2	41.1666666667	29.8333333333
4	41.0	29.0
5	10.0	50.0
7	122.0	111.166666667
9	122.0	111.0
10	0.0	10.0
11	7,9	05
13	Liaohe Basin (121-124 E, 40.5-42.0 N), Liaoning Province	Hunan Province North-West
14	Liaohe oil field, hole Hong 5	Xiaoreshuixi Spr. (Shimen county)
17	2013.5
18	89.5
21	G/H	G/S
22		52.0
23	Eocene
24	82.0	0.0016
26	0.0228081
28	0.020643
29	33.24570495	0.0135
30	0.004562558
31	0.000527486082474
32	3.49
34	488.6	3.88e-08
36	488.626817447	3.75226775102e-08
38	3900.0	320.0
39	9.83
40	3.1
41	0.1895
42	487.0	294.5
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
45		0.00087
46		0.89
47		0.0267
48	998000.0	0.0021
50		-37.3
51		-11.2
52	[CH4]=[CH4+HC]
53	Xu S. et al. (preprint); Xu S. et al., 1995a	Wang et al., 1995

CHN030

Column	Version 1	Version 2
2	41.5	43.5
4	41.0	43.0
7	122.416666667	124.5
9	122.0	124.0
10	25.0	30.0
11	7.0	03
13	Liaohe Basin (121-124 E, 40.5-42.0 N), Liaoning Province	Liaoning Province
14	Liaohe oil field, hole Huan 2-6-21	Xialiaohe Seg., Hole Jie 3
17	1884.5
18	4.5
23	Eocene	J
24	11.0	0.001
32	0.158
34	22.12	5.5e-06
35		≥
36	21.9513590844	5.5e-06
38	210.0
47	7000.0
48	976000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Du, 1992

CHN031

Column	Version 1	Version 2
2	41.3333333333	40.4166666667
4	41.0	40.0
5	20.0	25.0
7	122.5	122.333333333
10	30.0	20.0
11	7.0	01
13	Liaohe Basin (121-124 E, 40.5-42.0 N), Liaoning Province	Liaoning Province, Gai county
14	Liaohe oil field, hole Huang 52	Xiongyue Spr.
17	1789.5
18	34.5
21	G/H	G/S
22		77.0
23	Eocene	Siliceous limestone; north section of Tanlu (rift) Fault
24	n.d.
32	2.63	0.157
34	368.2	2.198e-07
35		≤
36	368.228528566	2.198e-07
38	2400.0
43		Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
48	1000000.0
51		-5.7
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Cai et al., 1986

CHN032

Column	Version 1	Version 2
2	41.75	41.3333333333
5	45.0	20.0
7	123.083333333	122.833333333
9	123.0	122.0
10	5.0	50.0
11	7,9	07
13	Liaohe Basin (121-124 E, 40.5-42.0 N), Liaoning Province	Liaoning Province, Liaohe Basin (121-124 E, 40.5-42.0 N),
14	Liaohe oil field, hole Niu 27-22	Liaohe oil field, hole An 63
17	1513.0	1206.0
18	2.0	30.0
19		31.0
24	42.0
26	0.04630746
28	0.0419012
29	76.5292224
30	0.0078454758
31	0.000963026163142
32	1.48	0.458
34	207.2	6.412e-07
36	207.210081512	6.41096513161e-07
38	2000.0	2200.0
39	9.79
40	2.95
41	0.1888
42	621.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
48	993000.0	0.967
53	Xu S. et al. (preprint); Xu S. et al., 1995a	Xu et al., 1995a

CHN033

Column	Version 1	Version 2
2	40.6666666667	41.5
4	40.0	41.0
5	40.0	30.0
7	122.333333333	122.833333333
10	20.0	50.0
11	7.0	07
13	Liaohe Basin (121-124 E, 40.5-42.0 N), Liaoning Province	Liaoning Province, Liaohe Basin (121-124 E, 40.5-42.0 N),
14	Liaohe oil field, hole Qi 2-22-8	Liaohe oil field, hole Ciqi 1
17	1349.5	1759.5
18	16.5	2.5
19		21.0
24	n.d.
32	0.157	3.46
34	21.98	4.844e-06
36	21.6842105263	4.84652184525e-06
38	120.0	410.0
48	1000000.0	0.951
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN034

Column	Version 1	Version 2
2	41.6666666667	41.5
5	40.0	30.0
7	122.666666667	122.833333333
10	40.0	50.0
11	7,9	07,09
13	Liaohe Basin (121-124 E, 40.5-42.0 N), Liaoning Province	Liaoning Province, Liaohe Basin (121-124 E, 40.5-42.0 N),
14	Liaohe oil field, hole Rong 37	Liaohe oil field, hole Ciqi 2
17	1755.0	1759.0
18	11.0	12.0
19		22.0
24	29.0	6.6e-05
26	0.026535357	1.3285312e-07
28	0.0240327	1.20292e-07
29	24.05520246	0.0002202778319
30	0.0028213479	2.134024e-08
31	0.00029015834093	2.37332732224e-09
32	0.264	3.42
34	36.96	4.788e-06
36	36.8125894134	4.78878202662e-06
38	210.0	549.0
39	9.89	9.86
40	2.99	0.0296
41	0.1873	0.1879
42	478.0	609.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source	[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
48	1000000.0	0.986
53	Xu S. et al. (preprint); Xu S. et al., 1995a	Xu et al., 1995a; Xu et al. (preprint)

CHN035

Column	Version 1	Version 2
2	41.5	41.25
5	30.0	15.0
11	7.0	07
13	Liaohe Basin (121-124 E, 40.5-42.0 N), Liaoning Province	Liaoning Province, Liaohe Basin (121-124 E, 40.5-42.0 N),
14	Liaohe oil field, hole Shen	Liaohe oil field, hole Daqian 2
17	1798.5	1204.0
18	83.5	4.0
19		25.0
24	260.0
32	0.409	1.87
34	57.26	2.618e-06
36	57.2462077013	2.61904489562e-06
38	1800.0	350.0
48	948000.0	1.0
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN036

Column	Version 1	Version 2
2	39.5833333333	41.8333333333
4	39.0	41.0
5	35.0	50.0
7	122.0	123.0
9	122.0	123.0
11	7.0	07
13	Liaohe Basin (121-124 E, 40.5-42.0 N), Liaoning Province	Liaoning Province, Liaohe Basin (121-124 E, 40.5-42.0 N),
14	Liaohe oil field, hole Wa 13-21	Liaohe oil field, hole Fa
17	2254.0	1761.0
18	62.0	74.0
19		29.0
24	n.d.
32	0.044	0.641
34	6.16	8.974e-07
36	5.82456140351	8.9723425305e-07
38	120.0	910.0
48	950000.0	1.0
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN037

Column	Version 1	Version 2
2	39.3333333333	41.1666666667
4	39.0	41.0
5	20.0	10.0
7	122.25	122.0
10	15.0	0.0
11	7.0	07,09
13	Liaohe Basin (121-124 E, 40.5-42.0 N), Liaoning Province	Liaoning Province, Liaohe Basin (121-124 E, 40.5-42.0 N),
14	Liaohe oil field, hole Xin 213	Liaohe oil field, hole Hong 5
17	2216.0	2013.5
18	20.0	89.5
19		20.0
24	64.0	8.2e-05
26		2.28081e-08
28		2.0643e-08
29		3.324570495e-05
30		4.562558e-09
31		5.27486082474e-10
32	1.02	3.49
34	142.8	4.886e-06
36	142.800866247	4.88626817447e-06
38	970.0	3900.0
39		9.83
40		0.031
41		0.1895
42		487.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
47	5400.0
48	986000.0	0.998
53	Xu S. et al., 1995a	Xu et al., 1995a; Xu et al. (preprint)

CHN038

Column	Version 1	Version 2
2	39.3333333333	41.5
4	39.0	41.0
5	20.0	30.0
7	122.25	122.416666667
10	15.0	25.0
11	7.0	07
13	Liaohe Basin (121-124 E, 40.5-42.0 N), Liaoning Province	Liaoning Province, Liaohe Basin (121-124 E, 40.5-42.0 N),
14	Liaohe oil field, hole Xin 213	Liaohe oil field, hole Huan 2-6-21
17	2216.0	1884.5
18	20.0	4.5
19		33.0
24		1.1e-05
32	1.05	0.158
34	147.0	2.212e-07
35	>=
36	147.0	2.19513590844e-07
38		210.0
47		0.007
48		0.976
52		[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN039

Column	Version 1	Version 2
7	121.666666667	122.5
9	121.0	122.0
10	40.0	30.0
11	7,9	07
13	Liaohe Basin (121-124 E, 40.5-42.0 N), Liaoning Province	Liaoning Province, Liaohe Basin (121-124 E, 40.5-42.0 N),
14	Liaohe oil field, hole Yu 61	Liaohe oil field, hole Huang 52
17	2286.0	1789.5
18	3.0	34.5
19		23.0
24	60.0
26	0.046041044
28	0.0416936
29	44.40490368
30	0.0054127839
31	0.000572876262703
32	2.5	2.63
34	350.0	3.682e-06
36	350.016155089	3.68228528566e-06
38	3900.0	2400.0
39	9.88
40	3.02
41	0.1872
42	482.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
48	998000.0	1.0
53	Xu S. et al. (preprint); Xu S. et al., 1995a	Xu et al., 1995a

CHN040

Column	Version 1	Version 2
2	40.4166666667	41.75
4	40.0	41.0
5	25.0	45.0
7	122.333333333	123.083333333
9	122.0	123.0
10	20.0	5.0
11	1.0	07,09
13	Liaoning province, Gai county	Liaoning Province, Liaohe Basin (121-124 E, 40.5-42.0 N),
14	Xiongyue Spr.	Liaohe oil field, hole Niu 27-22
17		1513.0
18		2.0
19		26.0
21	G/S	G/H
22	77.0
23	Siliceous limestone; north section of Tanlu (rift) Fault	Eocene
24		4.2e-05
26		4.630746e-08
28		4.19012e-08
29		7.65292224e-05
30		7.8454758e-09
31		9.63026163142e-10
32	0.157	1.48
34	21.98	2.072e-06
35	<=
36	21.98	2.07210081512e-06
38		1000.0
39		9.79
40		0.0295
41		0.1888
42		621.0
43	Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.	[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
48		0.993
51	-5.7
52		[CH4]=[CH4+HC]
53	Cai et al., 1986	Xu et al., 1995a; Xu et al. (preprint)

CHN041

Column	Version 1	Version 2
2	41.25	40.6666666667
4	41.0	40.0
5	15.0	40.0
7	123.133333333	122.333333333
9	123.0	122.0
10	8.0	20.0
11	1.0	07
13	Liaoning province, Liaoyang county	Liaoning Province, Liaohe Basin (121-124 E, 40.5-42.0 N),
14	Tanghe Spr.	Liaohe oil field, hole Qi 2-22-8
17		1349.5
18		16.5
19		32.0
21	G/S	G/H
22	73.0
23	AnZ granite; north section of Tanlu (rift) Fault	Eocene
32	0.62	0.157
34	86.8	2.198e-07
35	<=
36	86.8	2.16842105263e-07
38		120.0
43	Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
48		1.0
51	-8.1
52		[CH4]=[CH4+HC]
53	Cai et al., 1986	Xu et al., 1995a

CHN042

Column	Version 1	Version 2
2	33.0	41.6666666667
4	33.0	41.0
5	0.0	40.0
7	112.5	122.666666667
9	112.0	122.0
10	30.0	40.0
11	7.0	07,09
13	Nanyang Basin (111-112.5 E, 32-33 N), Henan Province	Liaoning Province, Liaohe Basin (121-124 E, 40.5-42.0 N),
14	Nanyang oil field, hole An 4	Liaohe oil field, hole Rong 37
17	2403.0	1755.0
18	8.0	11.0
19		28.0
24	80.0	2.9e-05
26		2.6535357e-08
28		2.40327e-08
29		2.405520246e-05
30		2.8213479e-09
31		2.9015834093e-10
32	0.028	0.264
34	3.92	3.696e-07
36	3.86895085657	3.68125894134e-07
38	800.0	1210.0
39		9.89
40		0.0299
41		0.1873
42		478.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
48	920000.0	1.0
53	Xu S. et al., 1995a	Xu et al., 1995a; Xu et al. (preprint)

CHN043

Column	Version 1	Version 2
2	32.6666666667	41.5
4	32.0	41.0
5	40.0	30.0
7	113.416666667	122.083333333
9	113.0	122.0
10	25.0	5.0
11	7.0	07
13	Nanyang Basin (111-112.5 E, 32-33 N), Henan Province	Liaoning Province, Liaohe Basin (121-124 E, 40.5-42.0 N),
14	Nanyang oil field, hole Bi 124	Liaohe oil field, hole Shen
17	914.5	1798.5
18	124.5	83.5
19		34.0
24	440.0	0.00026
32	0.042	0.409
34	5.88	5.726e-07
36	5.84904208664	5.72462077013e-07
38	1300.0	1800.0
48	964000.0	0.948
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN044

Column	Version 1	Version 2
2	38.8333333333	39.5833333333
4	38.0	39.0
5	50.0	35.0
7	117.5	122.0
9	117.0	122.0
10	30.0	0.0
11	9.0	07
13	North China Basin (112-120 E, 34-41 N)	Liaoning Province, Liaohe Basin (121-124 E, 40.5-42.0 N),
14	Hole Bingu 24	Liaohe oil field, hole Wa 13-21
17	2345.0	2254.0
18	5.0	62.0
19		30.0
23	Ordovician	Eocene
24	73.0
26	0.0084012117
28	0.00762265
29	29.89726205
30	0.00123711128
31	0.000295302192448
32	3.61	0.044
34	505.4	6.16e-08
35	>=
36	505.4	5.82456140351e-08
38		120.0
39	10.15
40	3.67
41	0.1905
42	4900.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
47	980000.0
48	20300.0	0.95
53	Xu S. et al., preprint	Xu et al., 1995a

CHN045

Column	Version 1	Version 2
2	38.5	39.3333333333
4	38.0	39.0
5	30.0	20.0
7	117.5	122.25
9	117.0	122.0
10	30.0	15.0
11	7,9	07
13	North China Basin (112-120 E, 34-41 N), Hebei Province	Liaoning Province, Liaohe Basin (121-124 E, 40.5-42.0 N),
14	Dagang oil field, hole Yang 1	Liaohe oil field, hole Xin 213
15		<
16		19950000.0
17		2216.0
18		20.0
19		27a
24	49.0
26	0.062773561
28	0.0568345
29	94.8008028
30	0.00806702
31	0.00102224197753
32	2.1	1.05
34	294.0	1.47e-06
35		≥
36	294.053739677	1.47e-06
38	860.0
39	9.85
40	2.93
41	0.1879
42	717.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
47	114000.0
48	884400.0
52	[CH4]=[CH4+HC]
53	Xu S. et al. (preprint); Xu S. et al., 1995a	Xu et al., 1995a

CHN046

Column	Version 1	Version 2
2	38.3333333333	39.3333333333
4	38.0	39.0
7	117.5	122.25
9	117.0	122.0
10	30.0	15.0
11	7.0	07
13	North China Basin (112-120 E, 34-41 N), Hebei Province	Liaoning Province, Liaohe Basin (121-124 E, 40.5-42.0 N),
14	Huabei oil field, hole Cha 81	Liaohe oil field, hole Xin 213
17	3325.5	2216.0
18	123.5	20.0
19		27b
24	62.0	6.4e-05
32	0.034	1.02
34	4.76	1.428e-06
36	4.74309288661	1.42800866247e-06
38	2400.0	970.0
47		0.0054
48	970000.0	0.986
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN047

Column	Version 1	Version 2
2	38.3333333333	41.3333333333
4	38.0	41.0
7	117.5	121.666666667
9	117.0	121.0
10	30.0	40.0
11	7.0	07,09
13	North China Basin (112-120 E, 34-41 N), Hebei Province	Liaoning Province, Liaohe Basin (121-124 E, 40.5-42.0 N),
14	Huabei oil field, hole Jia 3	Liaohe oil field, hole Yu 61
17		2286.0
18		3.0
19		24.0
23		Eocene
24	38.0	6e-05
26		4.6041044e-08
28		4.16936e-08
29		4.440490368e-05
30		5.4127839e-09
31		5.72876262703e-10
32	0.058	2.5
34	8.12	3.5e-06
36	8.09801633606	3.50016155089e-06
38	1800.0	1439.0
39		9.88
40		0.0302
41		0.1872
42		482.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
48	945000.0	0.998
53	Xu S. et al., 1995a	Xu et al., 1995a; Xu et al. (preprint)

CHN048

Column	Version 1	Version 2
2	38.3333333333	41.25
4	38.0	41.0
5	20.0	15.0
7	117.5	123.133333333
9	117.0	123.0
10	30.0	8.0
11	7,9	01
13	North China Basin (112-120 E, 34-41 N), Hebei Province	Liaoning Province, Liaoyang county
14	Huabei oil field, hole Liu 58	Tanghe Spr.
17	4183.5
18	20.5
21	G/H	G/S
22		73.0
23	Eocene	granite; north section of Tanlu (rift) Fault
24	420.0
26	0.03881844
28	0.0351
29	345.4656632
30	0.01930203
31	0.00315571342109
32	1.87	0.62
34	261.8	8.68e-07
35		≤
36	261.803045076	8.68e-07
38	12000.0
39	9.75
40	3.29
41	0.1887
42	2539.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source	Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
46	18500.0
47	504000.0
48	477000.0
51		-8.1
52	[CH4]=[CH4+HC]
53	Xu S. et al. (preprint); Xu S. et al., 1995a	Cai et al., 1986

CHN049

Column	Version 1	Version 2
2	38.3333333333	38.8333333333
5	20.0	50.0
11	7.0	09
13	North China Basin (112-120 E, 34-41 N), Hebei Province	North China Basin (112-120 E, 34-41 N)
14	Huabei oil field, hole Su 20	Bingu 24 hole
17	3368.0	2345.0
18	24.0	5.0
23	Carboniferous	Ordovician
24	80.0	7.3e-05
26		8.4012117e-09
28		7.62265e-09
29		2.989726205e-05
30		1.23711128e-09
31		2.95302192448e-10
32	0.213	3.61
34	29.82	5.054e-06
35		≥
36	29.8034705206	5.054e-06
38	2000.0
39		10.15
40		0.0367
41		0.1905
42		4900.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
47	8300.0	0.98
48	934000.0	0.0203
53	Xu S. et al., 1995a	Xu et al., preprint

CHN050

Column	Version 1	Version 2
11	7.0	07
14	Huabei oil field, hole Su 402	Huabei oil field, hole Cha 81
17	4890.0	3325.5
18	90.0	123.5
19		38.0
23	Ordovician	Eocene
24	38.0	6.2e-05
32	0.15	0.034
34	21.0	4.76e-08
36	20.9876883816	4.74309288661e-08
38	2900.0	2400.0
47	22000.0
48	937000.0	0.97
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN051

Column	Version 1	Version 2
2	37.5	38.3333333333
4	37.0	38.0
5	30.0	20.0
7	118.666666667	117.5
9	118.0	117.0
10	40.0	30.0
11	9.0	07
14	Shengli oil field, hole Hua 6-2	Huabei oil field, hole Jia 3
19		39.0
23	Eocene
24	110.0	3.8e-05
26	0.0066799516
28	0.0060479
29	100.6015625
30	0.010449866
31	0.00126473672196
32	2.64	0.058
34	369.6	8.12e-08
35	>=
36	369.6	8.09801633606e-08
38		1800.0
39	9.85
40	2.94
41	0.1875
42	616.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
46	18500.0
47	740000.0
48	240000.0	0.945
53	Xu S. et al., preprint	Xu et al., 1995a

CHN052

Column	Version 1	Version 2
2	35.8333333333	38.3333333333
4	35.0	38.0
5	50.0	20.0
7	115.083333333	117.5
9	115.0	117.0
10	5.0	30.0
11	3.0	07,09
13	North China Basin (112-120 E, 34-41 N), Henan Province	North China Basin (112-120 E, 34-41 N), Hebei Province
14	Wenliu gas field, Dongpu Seg, hole Bai-10	Huabei oil field, hole Liu 58
17		4183.5
18		20.5
19		35.0
23	Es3	Eocene
24		0.00042
26		3.881844e-08
28		3.51e-08
29		0.0003454656632
30		1.930203e-08
31		3.15571342109e-09
32		1.87
34	86.2	2.618e-06
35	<=
36	86.2	2.61803045076e-06
38		12000.0
39		9.75
40		0.0329
41		0.1887
42		2539.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46		0.0185
47		0.504
48		0.477
52		[CH4]=[CH4+HC]
53	Du J., 1992	Xu et al., 1995a; Xu et al. (preprint)

CHN053

Column	Version 1	Version 2
2	35.8333333333	38.3333333333
4	35.0	38.0
5	50.0	20.0
7	115.083333333	117.5
9	115.0	117.0
10	5.0	30.0
11	3.0	07
13	North China Basin (112-120 E, 34-41 N), Henan Province	North China Basin (112-120 E, 34-41 N), Hebei Province
14	Wenliu gas field, Dongpu Seg, hole Wen-108	Huabei oil field, hole Su 20
17		3368.0
18		24.0
19		37.0
23	Es4	Carboniferous
24		8e-05
32		0.213
34	32.8	2.982e-07
35	<=
36	32.8	2.98034705206e-07
38		2000.0
47		0.0083
48		0.934
52		[CH4]=[CH4+HC]
53	Du J., 1992	Xu et al., 1995a

CHN054

Column	Version 1	Version 2
2	35.5833333333	38.3333333333
4	35.0	38.0
5	35.0	20.0
7	114.666666667	117.5
9	114.0	117.0
10	40.0	30.0
11	7.0	07
13	North China Basin (112-120 E, 34-41 N), Henan Province	North China Basin (112-120 E, 34-41 N), Hebei Province
14	Zhongyuan oil field, hole Bai 3	Huabei oil field, hole Su 402
17	2732.5	4890.0
18	42.5	90.0
19		36.0
23	Eocene	Ordovician
24	180.0	3.8e-05
32	0.941	0.15
34	131.74	2.1e-07
36	131.739721564	2.09876883816e-07
38	8900.0	2900.0
47	8900.0	0.022
48	933000.0	0.937
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN055

Column	Version 1	Version 2
7	115.166666667	114.666666667
9	115.0	114.0
10	10.0	40.0
11	7.0	07
14	Zhongyuan oil field, hole Kai 28	Zhongyuan oil field, hole Bai 3
17	3063.5	2732.5
18	1.5	42.5
19		63.0
24		0.00018
32	0.606	0.941
34	84.84	1.3174e-06
35	<=
36	84.84	1.31739721564e-06
38		8900.0
47		0.0089
48		0.933
52		[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN056

Column	Version 1	Version 2
7	115.333333333	115.166666667
10	20.0	10.0
11	7.0	07
15		<
16		19950000.0
19		64a
24	150.0
32	0.661	0.606
34	92.54	8.484e-07
35		≤
36	92.5358119834	8.484e-07
38	3400.0
48	960000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN057

Column	Version 1	Version 2
2	35.6666666667	35.5833333333
5	40.0	35.0
7	115.5	115.333333333
10	30.0	20.0
11	7.0	07
14	Zhongyuan oil field, hole Pu 3-84	Zhongyuan oil field, hole Kai 28
17	2640.0	3063.5
18		1.5
19		64b
24	100.0	0.00015
32	0.01	0.661
34	1.4	9.254e-07
36	1.38658579863	9.25358119834e-07
38	3100.0	3400.0
48	992000.0	0.96
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN058

Column	Version 1	Version 2
2	35.5	35.6666666667
5	30.0	40.0
7	115.166666667	115.5
10	10.0	30.0
11	7.0	07
14	Zhongyuan oil field, hole Qiao 20	Zhongyuan oil field, hole Pu 3-84
17	4614.5	2640.0
18	34.5
19		68.0
24	57.0	0.0001
32	0.014	0.01
34	1.96	1.4e-08
36	1.93563570042	1.38658579863e-08
38	1700.0	3100.0
47	17000.0
48	944000.0	0.992
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN059

Column	Version 1	Version 2
7	115.25	115.166666667
10	15.0	10.0
11	7.0	07
14	Zhongyuan oil field, hole Weil 1-3	Zhongyuan oil field, hole Qiao 20
17	2853.0	4614.5
18		34.5
19		67.0
24	90.0	5.7e-05
32	0.466	0.014
34	65.24	1.96e-08
36	65.2316924103	1.93563570042e-08
38	2700.0	1700.0
47		0.017
48	988000.0	0.944
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN060

Column	Version 1	Version 2
2	35.8333333333	35.5
5	50.0	30.0
7	115.083333333	115.25
10	5.0	15.0
11	7.0	07
14	Zhongyuan oil field, hole Wen 23	Zhongyuan oil field, hole Weil 1-3
17	2920.0	2853.0
18	107.0
19		65.0
24		9e-05
32	0.23	0.466
34	32.2	6.524e-07
35	<=
36	32.2	6.52316924103e-07
38		2700.0
48		0.988
52		[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN061

Column	Version 1	Version 2
11	7.0	07
15		<
16		19950000.0
19		66a
24	130.0
32	0.233	0.23
34	32.62	3.22e-07
35		≤
36	32.6112928075	3.22e-07
38	3700.0
47	9700.0
48	954000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN062

Column	Version 1	Version 2
2	37.4166666667	35.8333333333
4	37.0	35.0
5	25.0	50.0
7	118.05	115.083333333
9	118.0	115.0
10	3.0	5.0
11	7.0	07
13	North China Basin (112-120 E, 34-41 N), Shandong Province	North China Basin (112-120 E, 34-41 N), Henan Province
14	Shengli oil field, hole Bin 4	Zhongyuan oil field, hole Wen 23
17	1466.5	2920.0
18	7.5	107.0
19		66b
24	n.d.	0.00013
32	2.84	0.233
34	397.6	3.262e-07
36	397.685895298	3.26112928075e-07
38	900.0	3700.0
47	698000.0	0.0097
48	274000.0	0.954
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN063

Column	Version 1	Version 2
2	37.4166666667	35.8333333333
4	37.0	35.0
5	25.0	50.0
7	118.05	115.083333333
9	118.0	115.0
10	3.0	5.0
11	7,9	03
13	North China Basin (112-120 E, 34-41 N), Shandong Province	North China Basin (112-120 E, 34-41 N), Henan Province, eastern part
14	Shengli oil field, hole Bin 4-6-6	Wenliu gas field, Dongpu Seg, hole Bai-10
17	1475.5
18	5.5
24	270.0
26	0.04727184
28	0.042724
29	126.62879848
30	0.0079580298
31	0.00125892165857
32	2.8
34	392.0	8.62e-07
35		≤
36	392.012194138	8.62e-07
38	6200.0
39	9.71
40	3.36
41	0.1881
42	1566.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
46	14000.0
47	729000.0
48	257400.0
52	[CH4]=[CH4+HC]
53	Xu S. et al. (preprint); Xu S. et al., 1995a	Du, 1992

CHN064

Column	Version 1	Version 2
2	37.5	35.8333333333
4	37.0	35.0
5	30.0	50.0
7	118.333333333	115.083333333
9	118.0	115.0
10	20.0	5.0
11	7.0	03
13	North China Basin (112-120 E, 34-41 N), Shandong Province	North China Basin (112-120 E, 34-41 N), Henan Province, eastern part
14	Shengli oil field, hole Chenqi 11	Wenliu gas field, Dongpu Seg, hole Kai-28
17	938.5
18	3.5
23	Neogene	Eocene
24	340.0
32	0.308
34	43.12	8.48e-07
35		≤
36	43.0909272782	8.48e-07
38	1000.0
48	959000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Du, 1992

CHN065

Column	Version 1	Version 2
2	37.25	35.8333333333
4	37.0	35.0
5	15.0	50.0
7	117.833333333	115.083333333
9	117.0	115.0
10	50.0	5.0
11	7.0	03
13	North China Basin (112-120 E, 34-41 N), Shandong Province	North China Basin (112-120 E, 34-41 N), Henan Province, eastern part
14	Shengli oil field, hole Gao 14	Wenliu gas field, Dongpu Seg, hole Wen-108
17	841.0
18	1.0
24	n.d.
32	1.56
34	218.4	3.28e-07
35		≤
36	218.454735862	3.28e-07
38	430.0
48	944000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Du, 1992

CHN066

Column	Version 1	Version 2
2	37.25	35.8333333333
4	37.0	35.0
5	15.0	50.0
7	117.833333333	115.083333333
9	117.0	115.0
10	50.0	5.0
11	7.0	03
13	North China Basin (112-120 E, 34-41 N), Shandong Province	North China Basin (112-120 E, 34-41 N), Henan Province, eastern part
14	Shengli oil field, hole Gao 17-0	Wenliu gas field, Dongpu Seg, hole Wen-23
17	1198.5
18	13.5
24	n.d.
32	1.71
34	239.4	3.23e-07
35		≤
36	239.524405507	3.23e-07
38	240.0
47	86000.0
48	917000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Du, 1992

CHN067

Column	Version 1	Version 2
2	37.25	37.4166666667
5	15.0	25.0
7	117.833333333	118.05
9	117.0	118.0
10	50.0	3.0
11	7.0	07
14	Shengli oil field, hole Gao 17-5	Shengli oil field, hole Bin 4
17	1102.0	1466.5
18	12.0	7.5
19		48.0
24	n.d.
32	1.77	2.84
34	247.8	3.976e-06
36	247.855787476	3.97685895298e-06
38	580.0	900.0
47		0.698
48	1000000.0	0.274
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN068

Column	Version 1	Version 2
2	37.25	37.4166666667
5	15.0	25.0
7	117.833333333	118.05
9	117.0	118.0
10	50.0	3.0
11	7.0	07,09
14	Shengli oil field, hole Gao 41	Shengli oil field, hole Bin 4-6-6
17	1118.5	1475.5
18	11.5	5.5
19		49.0
24	n.d.	0.00027
26		4.727184e-08
28		4.2724e-08
29		0.00012662879848
30		7.9580298e-09
31		1.25892165857e-09
32	1.24	2.8
34	173.6	3.92e-06
36	173.663118347	3.92012194138e-06
38	160.0	6200.0
39		9.71
40		0.0336
41		0.1881
42		1566.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46		0.014
47	4200.0	0.729
48	990000.0	0.2574
53	Xu S. et al., 1995a	Xu et al., 1995a; Xu et al. (preprint)

CHN069

Column	Version 1	Version 2
7	118.666666667	118.333333333
10	40.0	20.0
11	7.0	07
14	Shengli oil field, hole Hua 4	Shengli oil field, hole Chenqi 11
17	1279.0	938.5
18	3.0	3.5
19		61.0
23	Eocene	Neogene
24	490.0	0.00034
32	2.47	0.308
34	345.8	4.312e-07
36	345.815436158	4.30909272782e-07
38	4000.0	1000.0
48	913000.0	0.959
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN070

Column	Version 1	Version 2
2	37.6666666667	37.25
5	40.0	15.0
7	118.5	117.833333333
9	118.0	117.0
10	30.0	50.0
11	7.0	07
14	Shengli oil field, hole Ping 12	Shengli oil field, hole Gao 14
17	1475.0	841.0
18	-3.0	1.0
19		53.0
24	n.d.
32	2.82	1.56
34	394.8	2.184e-06
36	394.834750193	2.18454735862e-06
38	2200.0	430.0
47	780000.0
48	221000.0	0.944
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN071

Column	Version 1	Version 2
2	37.6666666667	37.25
5	40.0	15.0
7	118.5	117.833333333
9	118.0	117.0
10	30.0	50.0
11	7.0	07
14	Shengli oil field, hole Ping 14-3	Shengli oil field, hole Gao 17-0
17	1475.5	1198.5
18	8.5	13.5
19		52.0
24	n.d.
32	2.82	1.71
34	394.8	2.394e-06
36	394.83057967	2.39524405507e-06
38	2500.0	240.0
47	787000.0	0.086
48	210000.0	0.917
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN072

Column	Version 1	Version 2
2	38.1666666667	37.25
4	38.0	37.0
5	10.0	15.0
11	7.0	07
14	Shengli oil field, hole Qidong	Shengli oil field, hole Gao 17-5
17		1102.0
18		12.0
19		51.0
23	Neogene	Eocene
24	n.d.
32	0.33	1.77
34	46.2	2.478e-06
36	46.1690667253	2.47855787476e-06
38	910.0	580.0
48	990000.0	1.0
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN073

Column	Version 1	Version 2
2	38.0833333333	37.25
4	38.0	37.0
5	5.0	15.0
11	7.0	07
14	Shengli oil field, hole Shan 124	Shengli oil field, hole Gao 41
17	1092.0	1118.5
18	3.0	11.5
19		54.0
23	Neogene	Eocene
24	n.d.
32	0.407	1.24
34	56.98	1.736e-06
36	56.9675451318	1.73663118347e-06
38	2000.0	160.0
47	10000.0	0.0042
48	987000.0	0.99
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN074

Column	Version 1	Version 2
2	37.6666666667	37.5
5	40.0	30.0
7	118.25	118.666666667
10	15.0	40.0
11	7.0	07
14	Shengli oil field, hole Shao 4-18	Shengli oil field, hole Hua 4
17	2633.0	1279.0
18	12.0	3.0
19		50.0
24	19.0	0.00049
32	0.158	2.47
34	22.12	3.458e-06
36	22.060030524	3.45815436158e-06
38	590.0	4000.0
47	123000.0
48	860000.0	0.913
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN075

Column	Version 1	Version 2
2	37.8333333333	37.5
5	50.0	30.0
7	118.333333333	118.666666667
10	20.0	40.0
11	7.0	09
14	Shengli oil field, hole Yihezhuan 43	Shengli oil field, hole Hua 6-2
17	2126.5
18	12.5
24	n.d.	0.00011
26		6.6799516e-09
28		6.0479e-09
29		0.0001006015625
30		1.0449866e-08
31		1.26473672196e-09
32	0.245	2.64
34	34.3	3.696e-06
35		≥
36	34.289064386	3.696e-06
38	2900.0
39		9.85
40		0.0294
41		0.1875
42		616.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46		0.0185
47	11000.0	0.74
48	991000.0	0.24
53	Xu S. et al., 1995a	Xu et al., preprint

CHN076

Column	Version 1	Version 2
2	37.5833333333	37.6666666667
5	35.0	40.0
7	118.75	118.5
10	45.0	30.0
11	7.0	07
14	Shengli oil field, hole Yong 12-21	Shengli oil field, hole Ping 12
17		1475.0
18		-3.0
19		47.0
24	n.d.
32	0.234	2.82
34	32.76	3.948e-06
36	32.7385477095	3.94834750193e-06
38	1500.0	2200.0
47		0.78
48	988000.0	0.221
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN077

Column	Version 1	Version 2
2	37.5833333333	37.6666666667
5	35.0	40.0
7	118.75	118.5
10	45.0	30.0
11	7.0	07
14	Shengli oil field, hole Yong 66-3	Shengli oil field, hole Ping 14-3
17		1475.5
18		8.5
19		46.0
24	n.d.
32	0.32	2.82
34	44.8	3.948e-06
36	44.7106662496	3.9483057967e-06
38	320.0	2500.0
47		0.787
48		0.21
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN078

Column	Version 1	Version 2
2	37.8333333333	38.1666666667
4	37.0	38.0
5	50.0	10.0
7	118.833333333	117.833333333
9	118.0	117.0
11	7.0	07
14	Shengli oil field, hole Zhuangji	Shengli oil field, hole Qidong
17	4078.0
18	117.0
19		58.0
23	Ordovician	Neogene
24	n.d.
32	0.132	0.33
34	18.48	4.62e-07
36	18.4556911382	4.61690667253e-07
38	1500.0	910.0
47	50000.0
48	953000.0	0.99
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN079

Column	Version 1	Version 2
2	38.3333333333	38.0833333333
5	20.0	5.0
7	117.0	117.833333333
10	0.0	50.0
11	7.0	07
13	North China Basin (112-120 E, 34-41 N), Tianjin Province	North China Basin (112-120 E, 34-41 N), Shandong Province
14	Dagang oil field, hole Cang 1	Shengli oil field, hole Shan 124
17	1816.0	1092.0
18	6.0	3.0
19		57.0
23	Eocene	Neogene
24	n.d.
32	0.349	0.407
34	48.86	5.698e-07
36	48.828561573	5.69675451318e-07
38	870.0	2000.0
47		0.01
48	920000.0	0.987
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN080

Column	Version 1	Version 2
2	38.5	37.6666666667
4	38.0	37.0
5	30.0	40.0
7	117.5	118.25
9	117.0	118.0
10	30.0	15.0
11	7.0	07
13	North China Basin (112-120 E, 34-41 N), Tianjin Province	North China Basin (112-120 E, 34-41 N), Shandong Province
14	Dagang oil field, hole Gangdong	Shengli oil field, hole Shao 4-18
17	1607.0	2633.0
18	3.0	12.0
19		62.0
20	a
23	Neogene	Eocene
24	40.0	1.9e-05
32	0.524	0.158
34	73.36	2.212e-07
36	73.3044203503	2.2060030524e-07
38	360.0	590.0
47		0.123
48	970000.0	0.86
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN081

Column	Version 1	Version 2
2	38.5	37.8333333333
4	38.0	37.0
5	30.0	50.0
7	117.5	118.333333333
9	117.0	118.0
10	30.0	20.0
11	7.0	07
13	North China Basin (112-120 E, 34-41 N), Tianjin Province	North China Basin (112-120 E, 34-41 N), Shandong Province
14	Dagang oil field, hole Gangdong	Shengli oil field, hole Yihezhuan 43
17	1607.0	2126.5
18	3.0	12.5
19		59.0
20	b
23	Neogene	Eocene
32	0.518	0.245
34	72.52	3.43e-07
35	<=
36	72.52	3.4289064386e-07
38		2900.0
47		0.011
48		0.991
52		[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN082

Column	Version 1	Version 2
2	38.5	37.5833333333
4	38.0	37.0
5	30.0	35.0
7	117.5	118.75
9	117.0	118.0
10	30.0	45.0
11	7.0	07
13	North China Basin (112-120 E, 34-41 N), Tianjin Province	North China Basin (112-120 E, 34-41 N), Shandong Province
14	Dagang oil field, hole Gangshen	Shengli oil field, hole Yong 12-21
17	3243.5
18	9.5
19		55.0
20	a
24	15.0
32	0.343	0.234
34	48.02	3.276e-07
36	47.7432296891	3.27385477095e-07
38	100.0	1500.0
48	970000.0	0.988
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN083

Column	Version 1	Version 2
2	38.5	37.5833333333
4	38.0	37.0
5	30.0	35.0
7	117.5	118.75
9	117.0	118.0
10	30.0	45.0
11	7.0	07
13	North China Basin (112-120 E, 34-41 N), Tianjin Province	North China Basin (112-120 E, 34-41 N), Shandong Province
14	Dagang oil field, hole Gangshen	Shengli oil field, hole Yong 66-3
17	3243.5
18	9.5
19		56.0
20	b
32	0.346	0.32
34	48.44	4.48e-07
35	<=
36	48.44	4.47106662496e-07
38		320.0
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN084

Column	Version 1	Version 2
2	38.5	37.8333333333
4	38.0	37.0
5	30.0	50.0
7	117.5	118.833333333
9	117.0	118.0
10	30.0	50.0
11	7.0	07
13	North China Basin (112-120 E, 34-41 N), Tianjin Province	North China Basin (112-120 E, 34-41 N), Shandong Province
14	Dagang oil field, hole Nu 32	Shengli oil field, hole Zhuangji
17	1419.0	4078.0
18	9.0	117.0
19		60.0
23	Eocene	Ordovician
24	n.d.
32	0.414	0.132
34	57.96	1.848e-07
36	57.949743718	1.84556911382e-07
38	2400.0	1500.0
47	6900.0	0.05
48	890000.0	0.953
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN085

Column	Version 1	Version 2
2	38.3333333333	37.1666666667
4	38.0	37.0
5	20.0	10.0
7	117.5	116.866666667
9	117.0	116.0
10	30.0	52.0
11	7.0	01
13	North China Basin (112-120 E, 34-41 N), Tianjin Province	North China Basin (112-120 E, 34-41 N), Shandong Province, Linyi county
14	Dagang oil field, hole Zhuang 52	Tangtou Spr.
17	3888.0
18	79.0
21	G/H	G/S
22		67.0
23	Eocene	К andesite; south section of Tanlu (rift) Fault
24	27.0	0.000582927419355
29		0.00707580645161
32	0.279	0.477
34	39.06	6.678e-07
35		≤
36	39.0448567285	6.678e-07
38	2000.0
43		Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
44		0.0059185483871
46		0.314179032258
47	31000.0	0.66935483871
48	965000.0	0.00347177419355
51		-5.4
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Cai et al., 1986

CHN086

Column	Version 1	Version 2
2	38.8333333333	38.3333333333
5	50.0	20.0
7	117.416666667	117.0
10	25.0	0.0
11	3.0	07
13	North China Basin (112-120 E, 34-41 N), Tianjin Province	North China Basin (112-120 E, 34-41 N), Tianjin District
14	Huanghua Seg, hole Banzhong 14	Dagang oil field, hole Cang 1
17		1816.0
18		6.0
19		43.0
23	Es1	Eocene
32		0.349
34	28.2	4.886e-07
35	<=
36	28.2	4.8828561573e-07
38		870.0
48		0.92
52		[CH4]=[CH4+HC]
53	Du J., 1992	Xu et al., 1995a

CHN087

Column	Version 1	Version 2
2	38.8333333333	38.5
5	50.0	30.0
7	117.416666667	117.5
10	25.0	30.0
11	3.0	07
13	North China Basin (112-120 E, 34-41 N), Tianjin Province	North China Basin (112-120 E, 34-41 N), Tianjin District
14	Huanghua Seg, hole Dong - 284-1	Dagang oil field, hole Gangdong
17		1607.0
18		3.0
19		44.0
20		a
23	Nm	Neogene
24		4e-05
32		0.524
34	72.5	7.336e-07
35	<=
36	72.5	7.33044203503e-07
38		360.0
48		0.97
52		[CH4]=[CH4+HC]
53	Du J., 1992	Xu et al., 1995a

CHN088

Column	Version 1	Version 2
2	38.8333333333	38.5
5	50.0	30.0
11	3.0	07
13	North China Basin (112-120 E, 34-41 N), Tianjin Province	North China Basin (112-120 E, 34-41 N), Tianjin District
14	Huanghua Seg, hole Gang-151	Dagang oil field, hole Gangdong
15		<
16		19950000.0
17		1607.0
18		3.0
19		44.0
20		b
23	Es1	Neogene
32		0.518
34	505.0	7.252e-07
35	>=	≤
36	505.0	7.252e-07
52	Natural gases composed of carbon dioxide or enriched in CO2;
53	Du J., 1992	Xu et al., 1995a

CHN089

Column	Version 1	Version 2
2	38.8333333333	38.5
5	50.0	30.0
7	117.583333333	117.5
10	35.0	30.0
11	3.0	07
13	North China Basin (112-120 E, 34-41 N), Tianjin Province	North China Basin (112-120 E, 34-41 N), Tianjin District
14	Huanghua Seg, hole Guan-187	Dagang oil field, hole Gangshen
17		3243.5
18		9.5
19		42.0
20		a
23	Еs3	Eocene
24	310.0	1.5e-05
32		0.343
34	43.2	4.802e-07
35	<=
36	43.2	4.77432296891e-07
38		100.0
48		0.97
52		[CH4]=[CH4+HC]
53	Du J., 1992	Xu et al., 1995a

CHN090

Column	Version 1	Version 2
2	38.75	38.5
5	45.0	30.0
7	117.583333333	117.5
10	35.0	30.0
11	3.0	03,07
13	North China Basin (112-120 E, 34-41 N), Tianjin Province	North China Basin (112-120 E, 34-41 N), Tianjin District
14	Huanghua Seg, hole Xi 10-7	Dagang oil field, hole Gangshen-7
15		<
16		19950000.0
17		3243.5
18		9.5
19		42.0
20		b
23	Ng	Eocene
32		0.346
34	381.0	4.844e-07
35	>=	≤
36	381.0	4.844e-07
53	Du J., 1992	Du, 1992; Xu et al., 1995a

CHN091

Column	Version 1	Version 2
2	38.75	38.5
5	45.0	30.0
7	117.533333333	117.5
10	32.0	30.0
11	3.0	07
13	North China Basin (112-120 E, 34-41 N), Tianjin Province	North China Basin (112-120 E, 34-41 N), Tianjin District
14	Huanghua Seg, hole Xi 46-6	Dagang oil field, hole Nu 32
17		1419.0
18		9.0
19		41.0
23	Nm	Eocene
32		0.414
34	148.0	5.796e-07
35	>=
36	148.0	5.7949743718e-07
38		2400.0
47		0.0069
48		0.89
52		[CH4]=[CH4+HC]
53	Du J., 1992	Xu et al., 1995a

CHN092

Column	Version 1	Version 2
2	38.6666666667	38.5
5	40.0	30.0
11	3.0	07,09
13	North China Basin (112-120 E, 34-41 N), Tianjin Province	North China Basin (112-120 E, 34-41 N), Tianjin District
14	Huanghua Seg, hole Xi-9-12	Dagang oil field, hole Yang 1
19		40.0
23	Nm	Eocene
24	420.0	4.9e-05
26		6.2773561e-08
28		5.68345e-08
29		9.48008028e-05
30		8.06702e-09
31		1.02224197753e-09
32		2.1
34	285.0	2.94e-06
35	>=
36	285.0	2.94053739677e-06
38		860.0
39		9.85
40		0.0293
41		0.1879
42		717.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
47		0.114
48		0.8844
52	Natural gases composed of carbon dioxide or enriched in CO2;	[CH4]=[CH4+HC]
53	Du J., 1992	Xu et al., 1995a; Xu et al. (preprint)

CHN093

Column	Version 1	Version 2
2	38.7	38.3333333333
5	42.0	20.0
7	117.466666667	117.5
10	28.0	30.0
11	3.0	07
13	North China Basin (112-120 E, 34-41 N), Tianjin Province	North China Basin (112-120 E, 34-41 N), Tianjin District
14	Huanghua Seg, hole Xin 8-8	Dagang oil field, hole Zhuang 52
17		3888.0
18		79.0
19		45.0
23	Nm	Eocene
24		2.7e-05
32		0.279
34	304.0	3.906e-07
35	>=
36	304.0	3.90448567285e-07
38		2000.0
47		0.031
48		0.965
52		[CH4]=[CH4+HC]
53	Du J., 1992	Xu et al., 1995a

CHN094

Column	Version 1	Version 2
2	29.4166666667	38.8333333333
4	29.0	38.0
5	25.0	50.0
7	111.083333333	117.416666667
9	111.0	117.0
10	5.0	25.0
11	5.0	03
13	Nort-West Hunan Province	North China Basin (112-120 E, 34-41 N), Tianjin District, Huanghua Depression
14	Luomapo Spr. (Cili county)	Huanghua Seg, hole Banzhong 14
21	G/S	G/H
22	52.0
23		Eocene
24	160.0
29	12800.0
34	4.04	2.82e-07
35		≤
36	1.75623740202	2.82e-07
38	18.16
42	292.7
44	0.0
45	15800.0
46	878600.0
47	36700.0
48	1900.0
50	-27.1
51	-17.1
53	Wang W. et al., 1995	Du, 1992

CHN095

Column	Version 1	Version 2
2	28.8333333333	38.8333333333
4	28.0	38.0
7	111.416666667	117.416666667
9	111.0	117.0
11	5.0	03
13	Nort-West Hunan Province	North China Basin (112-120 E, 34-41 N), Tianjin District, Huanghua Depression
14	Reshuikeng Spr. (Taoyuan)	Huanghua Seg, hole Dong - 284-1
21	G/S	G/H
22	51.0
23		Neogene
24	36.0
29	11600.0
34	11.3	7.25e-07
35		≤
36	3.69960629921	7.25e-07
38	5.38
42	292.6
44	0.065
45	76800.0
46	847100.0
47	25800.0
48	98.0
50	-37.2
51	-17.2
53	Wang W. et al., 1995	Du, 1992

CHN096

Column	Version 1	Version 2
2	29.8333333333	38.8333333333
4	29.0	38.0
7	111.166666667	117.5
9	111.0	117.0
10	10.0	30.0
11	5.0	03
13	Nort-West Hunan Province	North China Basin (112-120 E, 34-41 N), Tianjin District, Huanghua Depression
14	Xiaoreshuixi Spr. (Shimen county)	Huanghua Seg, hole Gang-151
21	G/S	G/H
22	52.0
23		Eocene
24	1600.0
29	13500.0
34	3.88	5.05e-06
35		≥
36	3.75226775102	5.05e-06
38	320.0
42	294.5
44	0.0
45	870.0
46	890000.0
47	26700.0
48	2100.0
50	-37.3
51	-11.2
52		Natural gases composed of carbon dioxide or enriched in CO2;
53	Wang W. et al., 1995	Du, 1992

CHN097

Column	Version 1	Version 2
2		38.8333333333
4		38.0
5		50.0
7		117.583333333
9		117.0
10		35.0
11	15.0	03
13	Ordos Basin	North China Basin (112-120 E, 34-41 N), Tianjin District, Huanghua Depression
14	Tian 2 well	Huanghua Seg, hole Guan-187
17	4036.5
21	G/incl	G/H
23	inclusions in O2 carbonates,	Еs3
24		0.00031
32	0.06
34	8.6	4.32e-07
35		≤
36	8.6	4.32e-07
38	1643.0
53	Zhang et a., 2003	Du, 1992

CHN098

Column	Version 1	Version 2
2		38.75
4		38.0
5		45.0
7		117.583333333
9		117.0
10		35.0
11	15.0	03
13	Ordos Basin	North China Basin (112-120 E, 34-41 N), Tianjin District, Huanghua Depression
14	Li 1 well	Huanghua Seg, hole Xi 10-7
17	4228.0
21	G/incl	G/H
23	inclusions in O2 carbonates,	Neogene
32	0.03
34	4.9	3.81e-06
35		≥
36	4.9	3.81e-06
38	2126.0
53	Zhang et a., 2003	Du, 1992

CHN099

Column	Version 1	Version 2
2	37.5	38.75
4	37.0	38.0
5	30.0	45.0
7	107.333333333	117.533333333
9	107.0	117.0
10	20.0	32.0
11	7.0	03
13	Ordos Basin (106-110 E, 34-41 N), Shanxi-Gansu-Ningxia Province	North China Basin (112-120 E, 34-41 N), Tianjin District, Huanghua Depression
14	Ordos oil field, hole Pu 1	Huanghua Seg, hole Xi 46-6
17	2247.0
18	4.0
23	Carboniferous	Neogene
24	200.0
32	0.027
34	3.78	1.48e-06
35		≥
36	3.77307320711	1.48e-06
38	5900.0
47	25000.0
48	965000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Du, 1992

CHN100

Column	Version 1	Version 2
2	37.4166666667	38.6666666667
4	37.0	38.0
5	25.0	40.0
7	107.0	117.5
9	107.0	117.0
10	0.0	30.0
11	7.0	03
13	Ordos Basin (106-110 E, 34-41 N), Shanxi-Gansu-Ningxia Province	North China Basin (112-120 E, 34-41 N), Tianjin District, Huanghua Depression
14	Ordos oil field, hole Ren 4	Huanghua Seg, hole Xi-9-12
17	2303.0
18	5.0
23	Permian	Neogene
24	360.0	0.00042
32	0.029
34	4.06	2.85e-06
35		≥
36	4.05284488657	2.85e-06
38	5700.0
48	964000.0
52	[CH4]=[CH4+HC]	Natural gases composed of carbon dioxide or enriched in CO2;
53	Xu S. et al., 1995a	Du, 1992

CHN101

Column	Version 1	Version 2
2	36.5	38.7
4	36.0	38.0
5	30.0	42.0
7	108.333333333	117.466666667
9	108.0	117.0
10	20.0	28.0
11	7.0	03
13	Ordos Basin (106-110 E, 34-41 N), Shanxi-Gansu-Ningxia Province	North China Basin (112-120 E, 34-41 N), Tianjin District, Huanghua Depression
14	Ordos oil field, hole Shan 5	Huanghua Seg, hole Xin 8-8
17	3482.0
18	25.0
23	Ordovician	Neogene
24	180.0
32	0.02
34	2.8	3.04e-06
35		≥
36	2.7920841587	3.04e-06
38	5200.0
47	44000.0
48	930000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Du, 1992

CHN102

Column	Version 1	Version 2
2	36.1666666667
4	36.0
5	10.0
7	107.0
9	107.0
10	0.0
11	7.0	15.0
13	Ordos Basin (106-110 E, 34-41 N), Shanxi-Gansu-Ningxia Province	North China Basin (112-120 E, 34-41 N), Tianjin District, Huanghua Depression
14	Ordos oil field, hole Shancan 1	Konggu 3 well
17	3449.5	3809.9
18	93.5
21	G/H	G/incl
23	Ordovician	inclusions in O2 carbonates,
24	200.0
32	0.03	0.64
34	4.2	8.97e-07
36	4.16865430484	8.97e-07
38	1300.0	894.0
48	964000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Zhang et al., 2003

CHN103

Column	Version 1	Version 2
2	35.3333333333
4	35.0
5	20.0
7	108.25
9	108.0
10	15.0
11	7.0	15.0
13	Ordos Basin (106-110 E, 34-41 N), Shanxi-Gansu-Ningxia Province	North China Basin (112-120 E, 34-41 N), Tianjin District, Huanghua Depression
14	Ordos oil field, hole Yu 12	Konggu 4 well
17	1760.5	3458.79
18	10.5
21	G/H	G/incl
23	Ordovician	inclusions in O2 carbonates,
24	270.0
32	0.028	0.95
34	3.92	1.33e-06
36	3.91570260113	1.33e-06
38	9500.0	13.3
48	979000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Zhang et al., 2003

CHN104

Column	Version 1	Version 2
2	23.3333333333
4	23.0
5	20.0
7	112.916666667
9	112.0
10	55.0
11	3.0	15.0
13	Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N), Guandong Province	North China Basin (112-120 E, 34-41 N), Tianjin District, Huanghua Depression
14	Hole Bao-1	Konggu 7 well
17		3949.16
19		a
21	G/H	G/incl
23	E1-2b	inclusions in O2 carbonates,
32		2.07
34	160.0	2.9e-06
35	>=
36	160.0	2.9e-06
38		489.0
53	Du J., 1992	Zhang et al., 2003

CHN105

Column	Version 1	Version 2
2	23.2833333333
4	23.0
5	17.0
7	113.0
9	113.0
10	0.0
11	4.0	15.0
13	Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N), Guandong Province	North China Basin (112-120 E, 34-41 N), Tianjin District, Huanghua Depression
14	Sanshui oil field, hole	Konggu 7 well
17	765.0	3949.26
18	11.0
19	1.0	b
21	G/H	G/incl
23		inclusions in O2 carbonates,
32		1.81
34	160.0	2.52e-06
35	>=
36	160.0	2.52e-06
38		180.0
51	-19.9
53	Du J. and Liu W., 1991	Zhang et al., 2003

CHN106

Column	Version 1	Version 2
2	23.2833333333
4	23.0
5	17.0
7	113.0
9	113.0
10	0.0
11	4.0	15.0
13	Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N), Guandong Province	North China Basin (112-120 E, 34-41 N), Tianjin District, Huanghua Depression
14	Sanshui oil field, hole	Konggu 7 well
17	1131.0	3793.89
18	1.0
19	8.0	c
21	G/H	G/incl
23		inclusions in O2 carbonates,
32		1.57
34	408.0	2.2e-06
35	>=
36	408.0	2.2e-06
38		834.0
53	Du J. and Liu W., 1991	Zhang et al., 2003

CHN107

Column	Version 1	Version 2
2	23.2833333333
4	23.0
5	17.0
7	113.0
9	113.0
10	0.0
11	4.0	15.0
13	Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N), Guandong Province	Ordos Basin (106-110 E, 34-41 N), Shanxi-Gansu-Ningxia Provinces
14	Sanshui oil field, hole	Li 1 well
17	1174.5	4228.0
18	3.5
19	3.0
21	G/H	G/incl
23		inclusions in O2 carbonates,
32		0.03
34	171.0	4.9e-08
35	>=
36	171.0	4.9e-08
38		2126.0
53	Du J. and Liu W., 1991	Zhang et al., 2003

CHN108

Column	Version 1	Version 2
2	23.25	37.5
4	23.0	37.0
5	15.0	30.0
7	113.166666667	107.333333333
9	113.0	107.0
10	10.0	20.0
11	4.0	07
13	Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N), Guandong Province	Ordos Basin (106-110 E, 34-41 N), Shanxi-Gansu-Ningxia Provinces
14	Sanshui oil field, hole Nan 20	Ordos oil field, hole Pu 1
17	1058.0	2247.0
19	13.0	101.0
23	Eocene	Carboniferous
24		0.0002
32	1.75	0.027
34	245.0	3.78e-08
35	>=
36	245.0	3.77307320711e-08
38		5900.0
47		0.025
48		0.965
52		[CH4]=[CH4+HC]
53	Du J. and Liu W., 1991	Xu et al., 1995a

CHN109

Column	Version 1	Version 2
2	23.25	37.4166666667
4	23.0	37.0
5	15.0	25.0
7	113.166666667	107.0
9	113.0	107.0
10	10.0	0.0
11	7,9	07
13	Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N), Guandong Province	Ordos Basin (106-110 E, 34-41 N), Shanxi-Gansu-Ningxia Provinces
14	Sanshui oil field, hole Nan 20	Ordos oil field, hole Ren 4
17	1058.0	2303.0
18	4.0	5.0
19		100.0
23	Eocene	Permian
24	280.0	0.00036
26	0.039575812
28	0.0357825
29	68.0601096
30	0.005901987
31	0.00077227019347
32	1.76	0.029
34	246.4	4.06e-08
36	246.404092465	4.05284488657e-08
38	7800.0	5700.0
39	9.75
40	3.36
41	0.1862
42	629.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
46	78000.0
47	18500.0
48	903800.0	0.964
53	Xu S. et al. (preprint); Xu S. et al., 1995a	Xu et al., 1995a

CHN110

Column	Version 1	Version 2
2	23.25	36.5
4	23.0	36.0
5	15.0	30.0
7	112.916666667	108.333333333
9	112.0	108.0
10	55.0	20.0
11	3.0	07
13	Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N), Guandong Province	Ordos Basin (106-110 E, 34-41 N), Shanxi-Gansu-Ningxia Provinces
14	Sanshui oil field, hole Shuishen 12	Ordos oil field, hole Shan 5
17		3482.0
18		25.0
19		103.0
23	E1-2b	Ordovician
24	2450.0	0.00018
32		0.02
34	408.0	2.8e-08
35	>=
36	408.0	2.7920841587e-08
38		5200.0
47		0.044
48		0.93
52		[CH4]=[CH4+HC]
53	Du J., 1992	Xu et al., 1995a

CHN111

Column	Version 1	Version 2
2	23.3333333333	36.1666666667
4	23.0	36.0
5	20.0	10.0
7	112.833333333	107.0
9	112.0	107.0
10	50.0	0.0
11	3.0	07
13	Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N), Guandong Province	Ordos Basin (106-110 E, 34-41 N), Shanxi-Gansu-Ningxia Provinces
14	Sanshui oil field, hole Shuishen 17	Ordos oil field, hole Shancan 1
17		3449.5
18		93.5
19		104.0
23	E1-2b	Ordovician
24	140.0	0.0002
32		0.03
34	171.0	4.2e-08
35	>=
36	171.0	4.16865430484e-08
38		1300.0
48		0.964
52		[CH4]=[CH4+HC]
53	Du J., 1992	Xu et al., 1995a

CHN112

Column	Version 1	Version 2
2	23.3333333333	35.3333333333
4	23.0	35.0
7	112.833333333	108.25
9	112.0	108.0
10	50.0	15.0
11	4,9	07
13	Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N), Guandong Province	Ordos Basin (106-110 E, 34-41 N), Shanxi-Gansu-Ningxia Provinces
14	Sanshui oil field, hole Shuishen 24	Ordos oil field, hole Yu 12
17	1682.5	1760.5
18	50.5	10.5
19	6.0	102.0
23	Eocene	Ordovician
24	210.0	0.00027
26	0.019565649
28	0.017784
29	83.89008593
30	0.00394776
31	0.000715277757548
32	4.56	0.028
34	638.4	3.92e-08
35	>=
36	638.4	3.91570260113e-08
38		9500.0
39	10.4
40	4.19
41	0.1883
42	2260.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
46	2500.0
47	995000.0
48	2500.0	0.979
51	-5.7
53	Du J. and Liu W., 1991; Xu S. et al., preprint	Xu et al., 1995a

CHN113

Column	Version 1	Version 2
2	23.3333333333
4	23.0
5	20.0
7	112.833333333
9	112.0
10	50.0
11	11.0	15.0
13	Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N), Guandong Province	Ordos Basin (106-110 E, 34-41 N), Shanxi-Gansu-Ningxia Provinces
14	Sanshui oil field, hole Shuishen 24	Tian 2 well
17		4036.5
21	G/H	G/incl
23	E1-2b	inclusions in O2 carbonates,
32		0.06
34	630.0	8.6e-08
35	>=
36	630.0	8.6e-08
38		1643.0
46	3200.0
47	994500.0
48	2500.0
51	-8.9
53	Xu Y. et al., 1992 (1991)	Zhang et al., 2003

CHN114

Column	Version 1	Version 2
2	23.25	38.0
4	23.0	38.0
5	15.0	0.0
7	112.916666667	92.0
9	112.0	92.0
10	55.0	0.0
11	7,9	07
13	Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N), Guandong Province	Qinghai Province, Caidam Basin (91-99 E, 36-39 N)
14	Sanshui oil field, hole Shuishen 3	Caidam oil field, hole Se 23
17	1105.5	1485.0
18	1.5
19		130.0
23	Eocene	Quaternary
24	160.0	7.4e-06
26	0.020918142
28	0.0189567
29	139.09753785
30	0.0082719846
31	0.00139435508602
32	3.77	0.021
34	527.8	2.94e-08
36	527.813687542	2.83448806774e-08
38	8500.0	390.0
39	10.03
40	3.78
41	0.1885
42	1477.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
46	106000.0
47	173000.0
48	725000.0	0.992
53	Xu S. et al. (preprint); Xu S. et al., 1995a	Xu et al., 1995a

CHN115

Column	Version 1	Version 2
2	23.25	38.0
4	23.0	38.0
5	15.0	0.0
7	112.916666667	92.0
9	112.0	92.0
10	55.0	0.0
11	4.0	07
13	Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N), Guandong Province	Qinghai Province, Caidam Basin (91-99 E, 36-39 N)
14	Sanshui oil field, hole Shuishen 3	Caidam oil field, hole Se 9
17	1105.5	1369.5
19	2.0	129.0
23		Quaternary
24		5.7e-06
32		0.026
34	572.0	3.64e-08
35	>=
36	572.0	3.38384470883e-08
38		160.0
48		0.996
51	-16.9
52		[CH4]=[CH4+HC]
53	Du J. and Liu W., 1991	Xu et al., 1995a

CHN116

Column	Version 1	Version 2
2	23.25	38.0
4	23.0	38.0
5	15.0	0.0
7	112.916666667	92.0
9	112.0	92.0
10	55.0	0.0
11	10,11	07
13	Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N), Guandong Province	Qinghai Province, Caidam Basin (91-99 E, 36-39 N)
14	Sanshui oil field, hole Shuishen 3	Caidam oil field, hole Sezhong 1
17		1288.5
18		4.5
19		128.0
23	E1-2b	Quaternary
24	2600.0	5.1e-05
32	4.09	0.023
34	572.0	3.22e-08
35	>=
36	572.0	3.08750403616e-08
38		310.0
42	793.0
46	109700.0
47	125400.0
48	656300.0	0.98
50	-45.5
51	-16.9
52		[CH4]=[CH4+HC]
53	Xu Y. et al., 1992 (1990); Xu Y. et al., 1992 (1991)	Xu et al., 1995a

CHN117

Column	Version 1	Version 2
2	23.3333333333	38.0
4	23.0	38.0
5	20.0	0.0
7	112.9	92.0
9	112.0	92.0
10	54.0	0.0
11	7,9	07
13	Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N), Guandong Province	Qinghai Province, Caidam Basin (91-99 E, 36-39 N)
14	Sanshui oil field, hole Shuishen 44	Caidam oil field, hole Tuozhong 1
17	1162.0	754.0
18	1.0	3.0
19		127.0
23	Eocene	Quaternary
24	380.0	1.3e-05
26	0.027175495
28	0.0246887
29	85.0478749
30	0.005030823
31	0.000713194554974
32	4.18	0.03
34	585.2	4.2e-08
36	585.208904178	4.13091402408e-08
38	15000.0	590.0
39	10.33
40	4.05
41	0.1882
42	1910.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
46	17900.0
47	871000.0
48	91000.0	0.996
53	Xu S. et al. (preprint); Xu S. et al., 1995a	Xu et al., 1995a

CHN118

Column	Version 1	Version 2
2	23.3333333333	32.4583333333
4	23.0	32.0
5	20.0	27.5
7	112.9	105.083333333
9	112.0	105.0
10	54.0	5.0
11	4,10	19.0
13	Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N), Guandong Province	Sichuan Province, Qingzhu County
14	Sanshui oil field, hole Shuishen 44	Qingzhu River,
16		20090200.0
17	1162.0
18	1.0
19	5.0	HST-05G
21	G/H	G/S
23	E1-2b	after Wenchuan e-quake (M=8) of May 12.2008
24	110.0	8.6e-07
26		1.75e-06
29		0.000816
32	4.54	1.05
34	636.0	1.47e-06
35	>=
36	636.0	1.47e-06
42		297.5
43		"Average 4He/20Ne etc. are almost consistent with atmosferic values" [19]
45		0.0191
46	17900.0	0.0696
47	839900.0	0.307
48	122900.0	0.6033
50		-56.6
51	-8.9	-6.7
53	Du J. and Liu W., 1991; Xu Y. et al., 1992 (1990)	Zheng et al., 2013

CHN119

Column	Version 1	Version 2
2	23.2833333333	32.4583333333
4	23.0	32.0
5	17.0	27.5
7	113.0	105.083333333
9	113.0	105.0
10	0.0	5.0
11	7,9	19.0
13	Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N), Guandong Province	Sichuan Province, Qingzhu County
14	Sanshui oil field, hole Shuishen 9	Qingzhu River, lake water with gas emission
16		20090200.0
17	1431.0
18	2.0
19		HST-04G
21	G/H	G/S
22		25.0
23	Eocene	after Wenchuan e-quake (M=8) of May 12.2008
24	280.0	6.66e-06
26	0.007929706	1.91e-05
28	0.0071923
29	35.0205072	0.00744
30	0.0023479614
31	0.000389957669549
32	3.97	1.02
34	555.8	1.428e-06
36	555.803198486	1.43e-06
38	39000.0
39	10.13
40	3.86
41	0.1878
42	1458.0	296.7
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source	"Average 4He/20Ne etc. are almost consistent with atmosferic values" [19]
46	100.0
47	986000.0
48	5500.0
52	[CH4]=[CH4+HC]
53	Xu S. et al. (preprint); Xu S. et al., 1995a	Zheng et al., 2013

CHN120

Column	Version 1	Version 2
2	23.2833333333	32.4583333333
4	23.0	32.0
5	17.0	27.5
7	113.0	105.083333333
9	113.0	105.0
10	0.0	5.0
11	10,11	19.0
13	Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N), Guandong Province	Sichuan Province, Qingzhu County
14	Sanshui oil field, hole Shuishen 9	Qingzhu River, pit water with gas emission
16		20090200.0
17	1431.0
18	2.0
19		HST-02G
21	G/H	G/S
22		25.0
23	E1-2b	after Wenchuan e-quake (M=8) of May 12.2008
24	80.0	3.4e-06
26		1.067e-05
29		0.00447
32	4.3	1.08
34	602.0	1.512e-06
35	>=
36	602.0	1.51e-06
42	841.0	297.4
43		"Average 4He/20Ne etc. are almost consistent with atmosferic values" [19]
45		0.1202
46	70.0	0.4467
47	996000.0	0.1333
48	2900.0	0.2944
50		-56.1
51	-4.6	-4.9
52	d13C(CO2) indicated as -2.8‰ in [Du J. and Liu W., 1991]
53	Xu Y. et al., 1992 (1990); Xu Y. et al., 1992 (1991)	Zheng et al., 2013

CHN121

Column	Version 1	Version 2
2	23.2833333333	32.4583333333
4	23.0	32.0
5	17.0	27.5
7	113.0	105.083333333
9	113.0	105.0
10	0.0	5.0
11	3,4	19.0
13	Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N), Guandong Province	Sichuan Province, Qingzhu County
14	Sanshui oil field, hole V-1	Qingzhu River, pit water with gas emission
16		20090200.0
17	1069.0
18	11.0
19	14.0	HST-03G
21	G/H	G/S
22		25.0
23	E1-2b	after Wenchuan e-quake (M=8) of May 12.2008
24		2.64e-06
26		6.96e-06
29		0.00293
32	2.07	1.05
34	290.0	1.47e-06
35	>=
36	290.0	1.47e-06
42		296.3
43		"Average 4He/20Ne etc. are almost consistent with atmosferic values" [19]
45		0.0712
46		0.2743
47		0.1822
48		0.4691
50		-56.5
51		-5.5
53	Du J. and Liu W., 1991; Du J., 1992	Zheng et al., 2013

CHN122

Column	Version 1	Version 2
2	23.2833333333	29.3333333333
4	23.0	29.0
5	17.0	20.0
7	113.0	104.5
9	113.0	104.0
10	0.0	30.0
11	7,9	07
13	Sanshui Basin (112°41' - 113°30' E, 22°50'- 23°45' N), Guandong Province	Sichuan Province, Sichuan Basin (103-109 T, 28-32 N)
14	Sanshui oil field, hole V-1	Sichuan oil field, hole Weiyuan
15		<
16		19950000.0
17	1069.0	2921.0
18	11.0	85.0
19		105a
23	Eocene	Precambrian
24	66.0
26	0.01403246
28	0.012688
29	255.4738704
30	0.01929235
31	0.00290134604884
32	2.2	0.02
34	308.0	2.8e-08
35		≤
36	308.009882934	2.8e-08
38	5100.0
39	9.76
40	3.42
41	0.1888
42	766.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
47	4830.0
48	912000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al. (preprint); Xu S. et al., 1995a	Xu et al., 1995a

CHN123

Column	Version 1	Version 2
2	37.1666666667	29.3333333333
4	37.0	29.0
5	10.0	20.0
7	116.866666667	104.5
9	116.0	104.0
10	52.0	30.0
11	1.0	07
13	Shandong province, Linyi county	Sichuan Province, Sichuan Basin (103-109 T, 28-32 N)
14	Tangtou Spr.	Sichuan oil field, hole Weiyuan
17		2921.0
18		85.0
19		105b
21	G/S	G/H
22	67.0
23	К andesite; south section of Tanlu (rift) Fault	Precambrian
24	582.927419355	0.0013
29	7075.80645161
32	0.477	0.004
34	66.78	5.6e-09
35	<=
36	66.78	5.58650567586e-09
38		31000.0
43	Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
44	5918.5483871
45	0.0
46	314179.032258
47	669354.83871	0.055
48	3471.77419355	0.92
51	-5.4
52		[CH4]=[CH4+HC]
53	Cai et al., 1986	Xu et al., 1995a

CHN124

Column	Version 1	Version 2
2	29.3333333333	30.0
4	29.0	30.0
5	20.0	0.0
7	104.5	105.0
9	104.0	105.0
10	30.0	0.0
11	7.0	07
13	Sichuan Basin (103-109 T, 28-32 N), Sichuan Province	Sichuan Province, Sichuan Basin (103-109 T, 28-32 N)
14	Sichuan oil field, hole Weiyuan	Sichuan oil field, hole Zhong 24
17	2921.0
18	85.0
19		106.0
23	Precambrian	Triassic
24	1300.0	4.4e-05
32	0.004	0.008
34	0.56	1.12e-08
36	0.558650567586	1.10611061106e-08
38	31000.0	3000.0
47	55000.0	0.077
48	920000.0	0.761
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN125

Column	Version 1	Version 2
2	29.3333333333
4	29.0
5	20.0
7	104.5
9	104.0
10	30.0
11	7.0	14.0
13	Sichuan Basin (103-109 T, 28-32 N), Sichuan Province	Songliao Basin (113-127E, 43-49N), eastern part
14	Sichuan oil field, hole Weiyuan	Xujiaweizi area, D4 well
17	2921.0	795.0
18	85.0	4.0
21	G/H
23	Precambrian	K1 Quantou Formation, conglomerate
24		0.0005
29		8e-05
32	0.02	0.54
34	2.8
35	<=	≤
36	2.8	7.56e-07
46		0.0288
47		0.0002
48		0.9687
50		-41.6
52		[C2]=1700 ppm, [C3]=100 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al., 1995a	Jin et al., 2009

CHN126

Column	Version 1	Version 2
2	30.0
4	30.0
5	0.0
7	105.0
9	105.0
10	0.0
11	7.0	14.0
13	Sichuan Basin (103-109 T, 28-32 N), Sichuan Province	Songliao Basin (113-127E, 43-49N), eastern part
14	Sichuan oil field, hole Zhong 24	Xujiaweizi area, F122-104 well
17		1470.0
18		31.0
21	G/H
23	Triassic	K2 Yaojia Formation, sandstone
24	44.0	0.00015
32	0.008	0.45
34	1.12
35		≤
36	1.10611061106	6.3e-07
38	3000.0
46		0.0317
47	77000.0	0.0089
48	761000.0	0.7615
50		-52.4
52	[CH4]=[CH4+HC]	[C2]=68800 ppm, [C3]=73700 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al., 1995a	Jin et al., 2009

CHN127

Column	Version 1	Version 2
2	45.5
4	45.0
5	30.0
7	125.5
9	125.0
10	30.0
11	7,9	14.0
13	Songliao Basin (113-127E, 43-49N), Heilongjiang Province	Songliao Basin (113-127E, 43-49N), eastern part
14	Daqing oil field, hole Fangshen4	Xujiaweizi area, F3-32 well
17	2842.0	1467.0
18	17.0	20.0
21	G/H
23	Cretaceous	K2 Yaojia Formation, sandstone
24	530.0	0.00016
26	0.03135973
28	0.028362
29	162.2260365
30	0.015002685
31	0.00166360447265
32	0.948	0.3
34	132.72
35		≤
36	132.719885051	4.2e-07
38	19000.0
39	9.78
40	3.37
41	0.1881
42	982.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
46	45700.0	0.0316
47		0.0072
48	946100.0	0.8098
50		-46.4
52	[CH4]=[CH4+HC]	[C2]=47400 ppm, [C3]=52200 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al. (preprint); Xu S. et al., 1995a	Jin et al., 2009

CHN128

Column	Version 1	Version 2
2	44.9166666667
4	44.0
5	55.0
7	124.833333333
9	124.0
10	50.0
11	7.0	14.0
13	Songliao Basin (113-127E, 43-49N), Heilongjiang Province	Songliao Basin (113-127E, 43-49N), eastern part
14	Daqing oil field, hole Gu31	Xujiaweizi area, F40-18 well
17	1207.0	1450.0
18	6.0	19.0
21	G/H
23	Cretaceous	K2 Yaojia Formation, sandstone
24	190.0	8e-05
32	1.38	0.18
34	193.2
35		≤
36	193.203990299	2.52e-07
38	4000.0
46		0.0315
47		0.0085
48	970000.0	0.7905
50		-52.2
52	[CH4]=[CH4+HC]	[C2]=69900 ppm, [C3]=58000 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al., 1995a	Jin et al., 2009

CHN129

Column	Version 1	Version 2
2	46.0833333333
4	46.0
5	5.0
7	125.416666667
9	125.0
10	25.0
11	7.0	14.0
13	Songliao Basin (113-127E, 43-49N), Heilongjiang Province	Songliao Basin (113-127E, 43-49N), eastern part
14	Daqing oil field, hole Kai 58	Xujiaweizi area, Fs1 hole
17	1296.0	2900.0
18	25.0	37.0
21	G/H
23	Cretaceous	K1d, sandstone
24	350.0	0.00065
29		0.00016
32	0.829	0.58
34	116.06
35		≤
36	116.059235933	8.12e-07
38	9400.0
46		0.0679
47		0.0008
48	952000.0	0.9189
50		-20.2
52	[CH4]=[CH4+HC]	[C2]=10400 ppm, [C3]=1000 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al., 1995a	Jin et al., 2009

CHN130

Column	Version 1	Version 2
2	48.5
4	48.0
5	30.0
7	125.0
9	125.0
10	0.0
11	7,9	14.0
13	Songliao Basin (113-127E, 43-49N), Heilongjiang Province	Songliao Basin (113-127E, 43-49N), eastern part
14	Daqing oil field, hole La 6-290	Xujiaweizi area, Fs9 hole
17	1068.5	3617.0
18	133.5	15.0
21	G/H
23	Cretaceous	K1 Yingcheng Formation, volcanics
24	90.0	4e-05
26	0.012554022
28	0.0113772
29	106.92306496	1e-05
30	0.00949752
31	0.000969048381241
32	2.18	2.09
34	305.2
35		≥
36	305.206044124	2.926e-06
38	8200.0
39	9.98
40	3.23
41	0.1882
42	1151.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
46	3100.0	0.007
47	650.0	0.9321
48	963400.0	0.0599
50		-25.2
51		-4.9
52	[CH4]=[CH4+HC]	[C2]=800 ppm, [C3]=100 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al. (preprint); Xu S. et al., 1995a	Jin et al., 2009

CHN131

Column	Version 1	Version 2
2	45.75
4	45.0
5	45.0
7	124.666666667
9	124.0
10	40.0
11	7.0	14.0
13	Songliao Basin (113-127E, 43-49N), Heilongjiang Province	Songliao Basin (113-127E, 43-49N), eastern part
14	Daqing oil field, hole Ta301	Xujiaweizi area, S502 well
17	1275.0	1987.0
18	31.0	213.0
21	G/H
23	Cretaceous	K1 Quantou Formation, conglomerate
24	270.0	0.00047
29		9e-05
32	1.91	1.0
34	267.4
36	267.412330226
38	3100.0
46		0.0377
47		0.0015
48	950000.0	0.9436
50		-29.9
52	[CH4]=[CH4+HC]	[C2]=13500 ppm, [C3]=2500 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al., 1995a	Jin et al., 2009

CHN132

Column	Version 1	Version 2
2	44.1666666667
4	44.0
5	10.0
7	123.833333333
9	123.0
10	50.0
11	7.0	14.0
13	Songliao Basin (113-127E, 43-49N), Heilongjiang Province	Songliao Basin (113-127E, 43-49N), eastern part
14	Daqing oil field, hole Xing5	Xujiaweizi area, S58 well
17	1050.0	1865.0
18	150.0	170.0
21	G/H
23	Cretaceous	K1 Quantou Formation, conglomerate
24	80.0	0.00042
29		7e-05
32	1.28	0.86
34	179.2
35		≤
36	179.202735075	1.204e-06
38	4300.0
46		0.037
47		0.0012
48	950000.0	0.9444
50		-28.7
52	[CH4]=[CH4+HC]	[C2]=14500 ppm, [C3]=1900 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al., 1995a	Jin et al., 2009

CHN133

Column	Version 1	Version 2
2	45.5833333333
4	45.0
5	35.0
7	126.166666667
9	126.0
10	10.0
11	7.0	14.0
13	Songliao Basin (113-127E, 43-49N), Heilongjiang Province	Songliao Basin (113-127E, 43-49N), eastern part
14	Daqing oil field, hole Zhao 51	Xujiaweizi area, S74-22 well
17	702.0	1478.0
18	2.0	17.0
21	G/H
23	Cretaceous	K2 Yaojia Formation, sandstone
24	330.0	0.0001
32	0.088	0.27
34	12.32
35		≤
36	12.3110914715	3.78e-07
38	4300.0
46		0.0379
47		0.0107
48	960000.0	0.7719
50		-52.1
52	[CH4]=[CH4+HC]	[C2]=50900 ppm, [C3]=64400 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al., 1995a	Jin et al., 2009

CHN134

Column	Version 1	Version 2
2	44.5833333333
4	44.0
5	35.0
7	125.333333333
9	125.0
10	20.0
11	7.0	14.0
13	Songliao Basin (113-127E, 43-49N), Jilin Province	Songliao Basin (113-127E, 43-49N), eastern part
14	Jilin oil field, hole 301-1	Xujiaweizi area, Song 18 hole
17	1944.0	1814.0
18		144.0
21	G/H
23	Cretaceous	K1 Quantou Formation, conglomerate
24	n.d.	0.00054
29		7e-05
32	0.779	0.92
34	109.06
35		≤
36	109.05656184	1.288e-06
38	2700.0
46		0.0484
47		0.0019
48	966000.0	0.9313
50		-32.5
52	[CH4]=[CH4+HC]	[C2]=12900 ppm, [C3]=3600 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al., 1995a	Jin et al., 2009

CHN135

Column	Version 1	Version 2
2	44.5833333333
4	44.0
5	35.0
7	125.333333333
9	125.0
10	20.0
11	7.0	14.0
13	Songliao Basin (113-127E, 43-49N), Jilin Province	Songliao Basin (113-127E, 43-49N), eastern part
14	Jilin oil field, hole A4-4	Xujiaweizi area, Sq1-1 hole
17	2129.0	1941.0
18		215.0
21	G/H
23	Cretaceous	K1 Quantou Formation, conglomerate
24	n.d.	0.0004
29		9e-05
32	0.375	0.9
34	52.5
35		≤
36	52.493268713	1.26e-06
38	3900.0
46		0.0334
47		0.0015
48	1000000.0	0.9046
50		-27.9
52	[CH4]=[CH4+HC]	[C2]=14100 ppm, [C3]=1500 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al., 1995a	Jin et al., 2009

CHN136

Column	Version 1	Version 2
2	44.6666666667
4	44.0
5	40.0
7	125.166666667
9	125.0
10	10.0
11	8,9	14.0
13	Songliao Basin (113-127E, 43-49N), Jilin Province	Songliao Basin (113-127E, 43-49N), eastern part
14	Jilin oil field, hole Hong 201	Xujiaweizi area, Sq1-2 hole
17	1200.5	1891.0
18	15.5	144.0
21	G/H
23	Cretaceous	K1 Quantou Formation, conglomerate
24	90.0	0.00039
26	0.037003716
28	0.0334818
29	97.4391609	8e-05
30	0.0085271245
31	0.00115744933252
32	2.1	0.98
34	294.0
35		≤
36	294.017113013	1.372e-06
38	2700.0
39	9.79
40	2.98
41	0.1883
42	791.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
46	11800.0	0.0342
47	21800.0	0.0009
48	956500.0	0.9481
50		-28.9
52	[CH4]=[CH4+HC]	[C2]=14400 ppm, [C3]=1500 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al. (preprint); Xu S. et al., 1995b	Jin et al., 2009

CHN137

Column	Version 1	Version 2
2	43.8333333333
4	43.0
5	50.0
7	124.25
9	124.0
10	15.0
11	7.0	14.0
13	Songliao Basin (113-127E, 43-49N), Jilin Province	Songliao Basin (113-127E, 43-49N), eastern part
14	Jilin oil field, hole Mao 10	Xujiaweizi area, Ss1 well
17	1908.0	2735.0
18		90.0
21	G/H
23	Cretaceous	K1 Yingcheng Formation, sandstone, tuffaceous sandstone
24	n.d.	0.00037
29		5e-05
32	0.829	0.88
34	116.06
35		≤
36	116.052190932	1.232e-06
38	920.0
46		0.0323
47		0.0014
48	924000.0	0.9392
50		-25.6
52	[CH4]=[CH4+HC]	[C2]=21300 ppm, [C3]=3500 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al., 1995a	Jin et al., 2009

CHN138

Column	Version 1	Version 2
2	43.8333333333
4	43.0
5	50.0
7	124.25
9	124.0
10	15.0
11	7.0	14.0
13	Songliao Basin (113-127E, 43-49N), Jilin Province	Songliao Basin (113-127E, 43-49N), eastern part
14	Jilin oil field, hole Mao 11	Xujiaweizi area, W21-18 well
17	1890.0	1939.0
18		112.0
21	G/H
23	Cretaceous	K1 Quantou Formation, conglomerate
24	n.d.	0.00043
29		8e-05
32	0.941	0.98
34	131.74
35		≤
36	131.733473795	1.372e-06
38	380.0
46		0.04
47		0.0014
48	951000.0	0.9404
50		-31.0
52	[CH4]=[CH4+HC]	[C2]=13900 ppm, [C3]=3000 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al., 1995a	Jin et al., 2009

CHN139

Column	Version 1	Version 2
2	44.5
4	44.0
5	30.0
7	125.166666667
9	125.0
10	10.0
11	8,9	14.0
13	Songliao Basin (113-127E, 43-49N), Jilin Province	Songliao Basin (113-127E, 43-49N), eastern part
14	Jilin oil field, hole Nong 28	Xujiaweizi area, W22-21 well
17	512.5	2028.0
18	54.5	108.0
21	G/H
23	Cretaceous	K1 Quantou Formation, conglomerate
24	330.0	0.00039
26	0.027715137
28	0.0250575
29	90.330427	9e-05
30	0.008818885
31	0.0010417872598
32	0.678	1.07
34	94.92
35		≥
36	94.9189730747	1.498e-06
38	13169.7096678
39	9.75
40	3.41
41	0.1857
42	820.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source; 4He/20Ne ratio indicated as 7400 in [Xu S., et al, 1995a]
46	8800.0	0.0332
47		0.0007
48	997900.0	0.9525
50		-28.8
52	[CH4]=[CH4+HC]	[C2]=12000 ppm, [C3]=1000 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al. (preprint); Xu S. et al., 1995b	Jin et al., 2009

CHN140

Column	Version 1	Version 2
2	45.0833333333
4	45.0
5	5.0
7	124.083333333
9	124.0
10	5.0
11	9.0	14.0
13	Songliao Basin (113-127E, 43-49N), Jilin Province	Songliao Basin (113-127E, 43-49N), eastern part
14	Jilin oil field, hole Qian 4-1	Xujiaweizi area, W24-23 well
17	2097.0	1969.0
18		170.0
21	G/H
23	Cretaceous	K1 Quantou Formation, conglomerate
24	180.0	0.00041
26	0.05768978
28	0.0526225
29	1507.76775	9e-05
30	0.061363623
31	0.0143285983718
32	4.42	1.11
34	618.8
35	>=	≥
36	618.8	1.554e-06
39	10.85
40	4.48
41	0.19
42	6700.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
46	262000.0	0.0314
47	230000.0	0.0008
48	506000.0	0.9523
50		-27.6
52	[CH4]=[CH4+HC]	[C2]=13500 ppm, [C3]=1300 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al., preprint	Jin et al., 2009

CHN141

Column	Version 1	Version 2
2	44.9166666667
4	44.0
5	55.0
7	124.083333333
9	124.0
10	5.0
11	8,9	14.0
13	Songliao Basin (113-127E, 43-49N), Jilin Province	Songliao Basin (113-127E, 43-49N), eastern part
14	Jilin oil field, hole Qian 7-9	Xujiaweizi area, W28-22 well
17	1814.0	2047.0
18		52.0
21	G/H
23	Cretaceous	K1 Quantou Formation, conglomerate
24	1840.0	0.0004
26	0.1531777
28	0.13962
29	1263.3600609	7e-05
30	0.060719655
31	0.00845197300945
32	4.16	0.97
34	582.4
35		≤
36	582.410209466	1.358e-06
38	13000.0
39	10.74
40	4.29
41	0.1887
42	6102.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
46	265000.0	0.0324
47	147000.0	0.004
48	583800.0	0.9492
50		-29.1
52	[CH4]=[CH4+HC]	[C2]=12700 ppm, [C3]=1000 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al. (preprint); Xu S. et al., 1995b	Jin et al., 2009

CHN142

Column	Version 1	Version 2
2	44.75
4	44.0
5	45.0
7	125.416666667
9	125.0
10	25.0
11	7.0	14.0
13	Songliao Basin (113-127E, 43-49N), Jilin Province	Songliao Basin (113-127E, 43-49N), eastern part
14	Jilin oil field, hole Wan 8	Xujiaweizi area, W32-19
17	856.5	1996.0
18	40.5	102.0
21	G/H
23	Cretaceous	K1 Quantou Formation, conglomerate
24	n.d.	0.00045
29		6e-05
32	4.3	0.65
34	602.0
35		≤
36	602.031502148	9.1e-07
38	4400.0
46		0.033
47	915000.0	0.0008
48	66000.0	0.9471
50		-29.6
52	[CH4]=[CH4+HC]	[C2]=16300 ppm, [C3]=1900 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al., 1995a	Jin et al., 2009

CHN143

Column	Version 1	Version 2
2	44.75
4	44.0
5	45.0
7	125.416666667
9	125.0
10	25.0
11	8,9	14.0
13	Songliao Basin (113-127E, 43-49N), Jilin Province	Songliao Basin (113-127E, 43-49N), eastern part
14	Jilin oil field, hole Wan 9	Xujiaweizi area, Ws1 well
17	900.0	3058.0
18		16.0
21	G/H
23	Cretaceous	K1 Yingcheng Formation, volcanics
24	4.7	0.00072
26	0.001436864
28	0.0013026
29	12.58353558	0.00022
30	0.0005627168
31	7.83235161871e-05
32	4.08	1.97
34	571.2
35		≥
36	571.235936328	2.758e-06
38	3600.0
39	10.02
40	3.28
41	0.1926
42	3812.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
46		0.0508
47	981000.0	0.0177
48	18200.0	0.9161
50		-26.1
51		-10.1
52	[CH4]=[CH4+HC]	[C2]=12100 ppm, [C3]=1700 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al. (preprint); Xu S. et al., 1995b	Jin et al., 2009

CHN144

Column	Version 1	Version 2
2	44.75
4	44.0
5	45.0
7	125.416666667
9	125.0
10	25.0
11	7.0	14.0
13	Songliao Basin (113-127E, 43-49N), Jilin Province (Wanjinta district)	Songliao Basin (113-127E, 43-49N), eastern part
14	Jilin oil field, hole Wan 2	Xujiaweizi area, X66-34 well
17	857.0	1616.0
18	41.0	12.0
21	G/H
23	Cretaceous	K2 Yaojia Formation, sandstone
24	100.0	0.00014
32	4.91	0.14
34	687.4
35		≤
36	687.600341588	1.96e-07
38	820.0
46		0.0272
47	991000.0	0.0141
48	6600.0	0.7589
50		-52.2
52	[CH4]=[CH4+HC]	[C2]=70400 ppm, [C3]=76900 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al., 1995a	Jin et al., 2009

CHN145

Column	Version 1	Version 2
2	44.75
4	44.0
5	45.0
7	125.416666667
9	125.0
10	25.0
11	10.0	14.0
13	Songliao Basin (113-127E, 43-49N), Jilin Province (Wanjinta district)	Songliao Basin (113-127E, 43-49N), eastern part
14	Jilin oil field, hole Wan 2	Xujiaweizi area, Xd2 well
17	857.0	797.0
18	41.0	11.0
21	G/H
23	K2	K1 Quantou Formation, conglomerate
24		0.00051
29		0.00011
32	5.01	0.55
34	701.0
35	>=	≤
36	701.0	7.7e-07
42	2200.0
46		0.0325
47	997700.0	0.0003
48	2500.0	0.9648
50		-46.8
51	-3.7
52		[C2]=1600 ppm, [C3]=100 ppm; delta 13C (C2,C3,C4)
53	Xu Y. et al., 1992 (1990)	Jin et al., 2009

CHN146

Column	Version 1	Version 2
2	44.75
4	44.0
5	45.0
7	125.416666667
9	125.0
10	25.0
11	8,9	14.0
13	Songliao Basin (113-127E, 43-49N), Jilin Province (Wanjinta district)	Songliao Basin (113-127E, 43-49N), eastern part
14	Jilin oil field, hole Wan 5	Xujiaweizi area, Xs1 well
17	941.5	3595.0
18	130.5	155.0
21	G/H
23	Cretaceous	K1 Yingcheng Formation, volcanics
24	0.76	0.00013
26	0.000603416
28	0.0005467
29	5.69791472	1e-05
30	0.0002280603
31	4.87956862745e-05
32	4.1	1.03
34	574.0
35		≥
36	574.093019933	1.442e-06
38	1400.0
39	9.94
40	3.12
41	0.1967
42	3560.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
46		0.014
47	990000.0	0.0204
48	5930.0	0.9395
50		-28.0
51		-4.1
52	[CH4]=[CH4+HC]	[C2]=21100 ppm, [C3]=3400 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al. (preprint); Xu S. et al., 1995b	Jin et al., 2009

CHN147

Column	Version 1	Version 2
2	44.75
4	44.0
5	45.0
7	125.416666667
9	125.0
10	25.0
11	10.0	14.0
13	Songliao Basin (113-127E, 43-49N), Jilin Province (Wanjinta district)	Songliao Basin (113-127E, 43-49N), eastern part
14	Jilin oil field, hole Wan 5	Xujiaweizi area, Xs1-1 well
17		3490.0
18		190.0
21	G/H
23	K2	K1 Yingcheng Formation, volcanics
24		0.00013
29		1e-05
32	4.51	0.92
34	631.0
35	>=	≤
36	631.0	1.288e-06
43	R/Ra indicated as 5.14 in the data source Xu Y. et al., 1992 (1990)
46		0.0129
47	994800.0	0.0157
48	5200.0	0.9477
50	-42.1	-28.1
51	-6.1	-3.8
52		[C2]=19400 ppm, [C3]=2800 ppm; delta 13C (C2,C3,C4)
53	Xu Y. et al., 1992 (1990)	Jin et al., 2009

CHN148

Column	Version 1	Version 2
2	44.75
4	44.0
5	45.0
7	125.416666667
9	125.0
10	25.0
11	8,9	14.0
13	Songliao Basin (113-127E, 43-49N), Jilin Province (Wanjinta district)	Songliao Basin (113-127E, 43-49N), eastern part
14	Jilin oil field, hole Wan 6	Xujiaweizi area, Xs6 well
17	811.5	3599.0
18	4.5	38.0
21	G/H
23	Cretaceous	K1 Yingcheng Formation, conglomerates.,volcanics
24	17.0	0.00018
26	0.002515968
28	0.0022953
29	21.68654264	1e-05
30	0.0008605723
31	0.000111906031273
32	4.99	0.99
34	698.6
35		≤
36	698.622646864	1.386e-06
38	7400.0
39	10.93
40	5.08
41	0.1938
42	7744.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
46		0.014
47	982000.0	0.0043
48	13700.0	0.9536
50		-27.9
52	[CH4]=[CH4+HC]	[C2]=22800 ppm, [C3]=3600 ppm; delta 13C (C2,C3,C4)
53	Xu S. et al. (preprint); Xu S. et al., 1995b	Jin et al., 2009

CHN149

Column	Version 1	Version 2
2	44.75
4	44.0
5	45.0
7	125.416666667
9	125.0
10	25.0
11	10.0	14.0
13	Songliao Basin (113-127E, 43-49N), Jilin Province (Wanjinta district)	Songliao Basin (113-127E, 43-49N), eastern part
14	Jilin oil field, hole Wan 6	Xujiaweizi area, Z53-44 well
17		1432.0
18		7.0
21	G/H
23	K2	K2 Yaojia Formation, sandstone
24		0.00012
32	5.14	0.29
34	721.0
35	>=	≤
36	721.0	4.06e-07
42	2956.0
46		0.0377
47	996000.0	0.0048
48	4000.0	0.8454
50		-52.5
51	-3.8
52		[C2]=44000 ppm, [C3]=42300 ppm; delta 13C (C2,C3,C4)
53	Xu Y. et al., 1992 (1990)	Jin et al., 2009

CHN150

Column	Version 1	Version 2
2		45.5
4		45.0
5		30.0
7		125.5
9		125.0
10		30.0
11	14.0	07,09
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Heilongjiang Province
14	D4 well	Daqing oil field, hole Fangshen4
17	790-799	2842.0
18		17.0
19		7.0
21		G/H
23	K1q, conglomerate	Cretaceous
24	500.0	0.00053
26		3.135973e-08
28		2.8362e-08
29	80.0	0.0001622260365
30		1.5002685e-08
31		1.66360447265e-09
32	0.54	0.948
34		1.3272e-06
35	<
36	75.6	1.32719885051e-06
38		19000.0
39		9.78
40		0.0337
41		0.1881
42		982.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46	28800.0	0.0457
47	200.0
48	968700.0	0.9461
52	[C2]=1700 ppm, [C3]=100 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., 1995a; Xu et al. (preprint)

CHN151

Column	Version 1	Version 2
2		44.9166666667
4		44.0
5		55.0
7		124.833333333
9		124.0
10		50.0
11	14.0	07
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Heilongjiang Province
14	F122-104 well	Daqing oil field, hole Gu31
17	1439-1501	1207.0
18		6.0
19		3.0
21		G/H
23	K2y, sandstone	Cretaceous
24	150.0	0.00019
32	0.45	1.38
34		1.932e-06
35	<
36	63.0	1.93203990299e-06
38		4000.0
46	31700.0
47	8900.0
48	761500.0	0.97
52	[C2]=68800 ppm, [C3]=73700 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., 1995a

CHN152

Column	Version 1	Version 2
2		46.0833333333
4		46.0
5		5.0
7		125.416666667
9		125.0
10		25.0
11	14.0	07
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Heilongjiang Province
14	F3-32 well	Daqing oil field, hole Kai 58
17	1447-1488	1296.0
18		25.0
19		5.0
21		G/H
23	K2y, sandstone	Cretaceous
24	160.0	0.00035
32	0.3	0.829
34		1.1606e-06
35	<
36	42.0	1.16059235933e-06
38		9400.0
46	31600.0
47	7200.0
48	809800.0	0.952
52	[C2]=47400 ppm, [C3]=52200 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., 1995a

CHN153

Column	Version 1	Version 2
2		48.5
4		48.0
5		30.0
7		125.0
9		125.0
10		0.0
11	14.0	07,09
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Heilongjiang Province
14	F40-18 well	Daqing oil field, hole La 6-290
17	1431-1468	1068.5
18		133.5
19		1.0
21		G/H
23	K2y, sandstone	Cretaceous
24	80.0	9e-05
26		1.2554022e-08
28		1.13772e-08
29		0.00010692306496
30		9.49752e-09
31		9.69048381241e-10
32	0.18	2.18
34		3.052e-06
35	<
36	25.2	3.05206044124e-06
38		8200.0
39		9.98
40		0.0323
41		0.1882
42		1151.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46	31500.0	0.0031
47	8500.0	0.00065
48	790500.0	0.9634
52	[C2]=69900 ppm, [C3]=58000 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., 1995a; Xu et al. (preprint)

CHN154

Column	Version 1	Version 2
2		45.75
4		45.0
5		45.0
7		124.666666667
9		124.0
10		40.0
11	14.0	07
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Heilongjiang Province
14	Fs1 hole	Daqing oil field, hole Ta301
17	2864-2937	1275.0
18		31.0
19		2.0
21		G/H
23	K1d, sandstone	Cretaceous
24	650.0	0.00027
29	160.0
32	0.58	1.91
34		2.674e-06
35	<
36	81.2	2.67412330226e-06
38		3100.0
46	67900.0
47	800.0
48	918900.0	0.95
52	[C2]=10400 ppm, [C3]=1000 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., 1995a

CHN155

Column	Version 1	Version 2
2		44.1666666667
4		44.0
5		10.0
7		123.833333333
9		123.0
10		50.0
11	14.0	07
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Heilongjiang Province
14	Fs9 hole	Daqing oil field, hole Xing5
17	3602-3632	1050.0
18		150.0
19		4.0
21		G/H
23	K1y, volcanics	Cretaceous
24	40.0	8e-05
29	10.0
32	2.09	1.28
34		1.792e-06
35	>
36	292.6	1.79202735075e-06
38		4300.0
46	7000.0
47	932100.0
48	59900.0	0.95
51	-4.9
52	[C2]=800 ppm, [C3]=100 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., 1995a

CHN156

Column	Version 1	Version 2
2		45.5833333333
4		45.0
5		35.0
7		126.166666667
9		126.0
10		10.0
11	14.0	07
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Heilongjiang Province
14	S502 well	Daqing oil field, hole Zhao 51
17	1774-2200	702.0
18		2.0
19		6.0
21		G/H
23	K1q, conglomerate	Cretaceous
24	470.0	0.00033
29	90.0
32	1.0	0.088
34		1.232e-07
35	>
36	140.0	1.23110914715e-07
38		4300.0
46	37700.0
47	1500.0
48	943600.0	0.96
52	[C2]=13500 ppm, [C3]=2500 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., 1995a

CHN157

Column	Version 1	Version 2
2		44.5833333333
4		44.0
5		35.0
7		125.333333333
9		125.0
10		20.0
11	14.0	07
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Jilin Province
14	S58 well	Jilin oil field, hole 301-1
17	1696-2035	1944.0
19		18.0
21		G/H
23	K1q, conglomerate	Cretaceous
24	420.0
29	70.0
32	0.86	0.779
34		1.0906e-06
35	<
36	120.4	1.0905656184e-06
38		2700.0
46	37000.0
47	1200.0
48	944400.0	0.966
52	[C2]=14500 ppm, [C3]=1900 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., 1995a

CHN158

Column	Version 1	Version 2
2		44.5833333333
4		44.0
5		35.0
7		125.333333333
9		125.0
10		20.0
11	14.0	07
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Jilin Province
14	S74-22 well	Jilin oil field, hole A4-4
17	1461-1496	2129.0
19		19.0
21		G/H
23	K2y, sandstone	Cretaceous
24	100.0
32	0.27	0.375
34		5.25e-07
35	<
36	37.8	5.2493268713e-07
38		3900.0
46	37900.0
47	10700.0
48	771900.0	1.0
52	[C2]=50900 ppm, [C3]=64400 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., 1995a

CHN159

Column	Version 1	Version 2
2		44.6666666667
4		44.0
5		40.0
7		125.166666667
9		125.0
10		10.0
11	14.0	08,09
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Jilin Province
14	Song 18 hole	Jilin oil field, hole Hong 201
17	1670-1958	1200.5
18		15.5
19		14.0
21		G/H
23	K1q, conglomerate	Cretaceous
24	540.0	9e-05
26		3.7003716e-08
28		3.34818e-08
29	70.0	9.74391609e-05
30		8.5271245e-09
31		1.15744933252e-09
32	0.92	2.1
34		2.94e-06
35	<
36	128.8	2.94017113013e-06
38		2700.0
39		9.79
40		0.0298
41		0.1883
42		791.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46	48400.0	0.0118
47	1900.0	0.0218
48	931300.0	0.9565
52	[C2]=12900 ppm, [C3]=3600 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., 1995a; Xu et al. (preprint)

CHN160

Column	Version 1	Version 2
2		43.8333333333
4		43.0
5		50.0
7		124.25
9		124.0
10		15.0
11	14.0	07
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Jilin Province
14	Sq1-1 hole	Jilin oil field, hole Mao 10
17	1726-2156	1908.0
19		15.0
21		G/H
23	K1q, conglomerate	Cretaceous
24	400.0
29	90.0
32	0.9	0.829
34		1.1606e-06
35	<
36	126.0	1.16052190932e-06
38		920.0
46	33400.0
47	1500.0
48	904600.0	0.924
52	[C2]=14100 ppm, [C3]=1500 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., 1995a

CHN161

Column	Version 1	Version 2
2		43.8333333333
4		43.0
5		50.0
7		124.25
9		124.0
10		15.0
11	14.0	07
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Jilin Province
14	Sq1-2 hole	Jilin oil field, hole Mao 11
17	1747-2034	1890.0
19		16.0
21		G/H
23	K1q, conglomerate	Cretaceous
24	390.0
29	80.0
32	0.98	0.941
34		1.3174e-06
35	<
36	137.2	1.31733473795e-06
38		380.0
46	34200.0
47	900.0
48	948100.0	0.951
52	[C2]=14400 ppm, [C3]=1500 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., 1995a

CHN162

Column	Version 1	Version 2
2		44.5
4		44.0
5		30.0
7		125.166666667
9		125.0
10		10.0
11	14.0	08,09
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Jilin Province
14	Ss1 well	Jilin oil field, hole Nong 28
17	2645-2824	512.5
18		54.5
19		17.0
21		G/H
23	K1y, sandstone, tuffaceous-sandst.	Cretaceous
24	370.0	0.00033
26		2.7715137e-08
28		2.50575e-08
29	50.0	9.0330427e-05
30		8.818885e-09
31		1.0417872598e-09
32	0.88	0.678
34		9.492e-07
35	<
36	123.2	9.49189730747e-07
38		13169.7096678
39		9.75
40		0.0341
41		0.1857
42		820.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46	32300.0	0.0088
47	1400.0
48	939200.0	0.9979
52	[C2]=21300 ppm, [C3]=3500 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., 1995a; Xu et al. (preprint)

CHN163

Column	Version 1	Version 2
2		45.0833333333
4		45.0
5		5.0
7		124.083333333
9		124.0
10		5.0
11	14.0	09
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Jilin Province
14	W21-18 well	Jilin oil field, hole Qian 4-1
17	1827-2051	2097.0
21		G/H
23	K1q, conglomerate	Cretaceous
24	430.0	0.00018
26		5.768978e-08
28		5.26225e-08
29	80.0	0.00150776775
30		6.1363623e-08
31		1.43285983718e-08
32	0.98	4.42
34		6.188e-06
35	<	≥
36	137.2	6.188e-06
39		10.85
40		0.0448
41		0.19
42		6700.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46	40000.0	0.262
47	1400.0	0.23
48	940400.0	0.506
52	[C2]=13900 ppm, [C3]=3000 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., preprint

CHN164

Column	Version 1	Version 2
2		44.9166666667
4		44.0
5		55.0
7		124.083333333
9		124.0
10		5.0
11	14.0	08,09
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Jilin Province
14	W22-21 well	Jilin oil field, hole Qian 7-9
17	1920-2135	1814.0
19		13.0
21		G/H
23	K1q, conglomerate	Cretaceous
24	390.0	0.00184
26		1.531777e-07
28		1.3962e-07
29	90.0	0.0012633600609
30		6.0719655e-08
31		8.45197300945e-09
32	1.07	4.16
34		5.824e-06
35	>
36	149.8	5.82410209466e-06
38		13000.0
39		10.74
40		0.0429
41		0.1887
42		6102.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46	33200.0	0.265
47	700.0	0.147
48	952500.0	0.5838
52	[C2]=12000 ppm, [C3]=1000 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., 1995a; Xu et al. (preprint)

CHN165

Column	Version 1	Version 2
2		44.75
4		44.0
5		45.0
7		125.416666667
9		125.0
10		25.0
11	14.0	07
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Jilin Province
14	W24-23 well	Jilin oil field, hole Wan 8
17	1799-2139	856.5
18		40.5
19		11.0
21		G/H
23	K1q, conglomerate	Cretaceous
24	410.0
29	90.0
32	1.11	4.3
34		6.02e-06
35	>
36	155.4	6.02031502148e-06
38		4400.0
46	31400.0
47	800.0	0.915
48	952300.0	0.066
52	[C2]=13500 ppm, [C3]=1300 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., 1995a

CHN166

Column	Version 1	Version 2
2		44.75
4		44.0
5		45.0
7		125.416666667
9		125.0
10		25.0
11	14.0	08,09
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Jilin Province
14	W28-22 well	Jilin oil field, hole Wan 9
17	1995-2099	900.0
19		12.0
21		G/H
23	K1q, conglomerate	Cretaceous
24	400.0	4.7e-06
26		1.436864e-09
28		1.3026e-09
29	70.0	1.258353558e-05
30		5.627168e-10
31		7.83235161871e-11
32	0.97	4.08
34		5.712e-06
35	<
36	135.8	5.71235936328e-06
38		3600.0
39		10.02
40		0.0328
41		0.1926
42		3812.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46	32400.0
47	4000.0	0.981
48	949200.0	0.0182
52	[C2]=12700 ppm, [C3]=1000 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., 1995a; Xu et al. (preprint)

CHN167

Column	Version 1	Version 2
2		44.75
4		44.0
5		45.0
7		125.416666667
9		125.0
10		25.0
11	14.0	07
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Jilin Province (Wanjinta district)
14	W32-19	Jilin oil field, hole Wan 2
17	1894-2032	857.0
18		41.0
19		8b
21		G/H
23	K1q, conglomerate	Cretaceous
24	450.0	0.0001
29	60.0
32	0.65	4.91
34		6.874e-06
35	<
36	91.0	6.87600341588e-06
38		820.0
46	33000.0
47	800.0	0.991
48	947100.0	0.0066
52	[C2]=16300 ppm, [C3]=1900 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., 1995a

CHN168

Column	Version 1	Version 2
2		44.75
4		44.0
5		45.0
7		125.416666667
9		125.0
10		25.0
11	14.0	03,10
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Jilin Province (Wanjinta district)
14	Ws1 well	Jilin oil field, hole Wan 2
15		<
16		19950000.0
17	3042-3075	857.0
18		41.0
19		8a
21		G/H
23	K1y, volcanics	K2
24	720.0
29	220.0
32	1.97	5.01
34		7.01e-06
35	>	≥
36	275.8	7.01e-06
42		2200.0
46	50800.0
47	17700.0	0.9977
48	916100.0	0.0025
51	-10.1	-3.7
52	[C2]=12100 ppm, [C3]=1700 ppm
53	Jin et al., 2009	Du, 1992; Xu et al., 1992 (1990)

CHN169

Column	Version 1	Version 2
2		44.75
4		44.0
5		45.0
7		125.416666667
9		125.0
10		25.0
11	14.0	03,07,10
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Jilin Province (Wanjinta district)
14	X66-34 well	Jilin oil field, hole Wan 5
15		<
16		19950000.0
17	1605-1628	941.5
19		9a
21		G/H
23	K2y, sandstone	K2
24	140.0
32	0.14	4.51
34		6.31e-06
35	<	≥
36	19.6	6.31e-06
43		R/Ra indicated as 5.14 in the data source Xu Y. et al., 1992, 1990
46	27200.0
47	14100.0	0.9948
48	758900.0	0.0052
50		-42.1
51		-6.1
52	[C2]=70400 ppm, [C3]=76900 ppm
53	Jin et al., 2009	Du, 1992; Xu et al., 1995a; Xu et al., 1992 (1990)

CHN170

Column	Version 1	Version 2
2		44.75
4		44.0
5		45.0
7		125.416666667
9		125.0
10		25.0
11	14.0	07,08,09
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Jilin Province (Wanjinta district)
14	Xd2 well	Jilin oil field, hole Wan 5
17	786-808	941.5
18		130.5
19		9b
21		G/H
23	K1q, conglomerate	Cretaceous
24	510.0	7.6e-07
26		6.03416e-10
28		5.467e-10
29	110.0	5.69791472e-06
30		2.280603e-10
31		4.87956862745e-11
32	0.55	4.1
34		5.74e-06
35	<
36	77.0	5.74093019933e-06
38		1400.0
39		9.94
40		0.0312
41		0.1967
42		3560.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46	32500.0
47	300.0	0.99
48	964800.0	0.00593
52	[C2]=1600 ppm, [C3]=100 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., 1995a; Xu et al., 1995b; Xu et al. (preprint)

CHN171

Column	Version 1	Version 2
2		44.75
4		44.0
5		45.0
7		125.416666667
9		125.0
10		25.0
11	14.0	03,10
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Jilin Province (Wanjinta district)
14	Xs1 well	Jilin oil field, hole Wan 6
15	>,<	<
16		19950000.0
17	3440-3750	811.5
19		10a
21		G/H
23	K1y, volcanics	K2
24	130.0
29	10.0
32	1.03	5.14
34		7.21e-06
35	>	≥
36	144.2	7.21e-06
42		2956.0
46	14000.0
47	20400.0	0.996
48	939500.0	0.004
51	-4.1	-3.8
52	[C2]=21100 ppm, [C3]=3400 ppm
53	Jin et al., 2009	Du, 1992; Xu et al., 1992 (1990)

CHN172

Column	Version 1	Version 2
2		44.75
4		44.0
5		45.0
7		125.416666667
9		125.0
10		25.0
11	14.0	08,09
13	Songliao Basin, Xujiaweizi area	Songliao Basin (113-127E, 43-49N), Jilin Province (Wanjinta district)
14	Xs1-1 well	Jilin oil field, hole Wan 6
17	3370-3750	811.5
18		4.5
19		10b
21		G/H
23	K1y, volcanics	Cretaceous
24	130.0	1.7e-05
26		2.515968e-09
28		2.2953e-09
29	10.0	2.168654264e-05
30		8.605723e-10
31		1.11906031273e-10
32	0.92	4.99
34		6.986e-06
35	<
36	128.8	6.98622646864e-06
38		7400.0
39		10.93
40		0.0508
41		0.1938
42		7744.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46	12900.0
47	15700.0	0.982
48	947700.0	0.0137
51	-3.8
52	[C2]=19400 ppm, [C3]=2800 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., 1995a; Xu et al. (preprint)

CHN173

Column	Version 1	Version 2
2		32.8666666667
4		32.0
5		52.0
7		120.3
9		120.0
10		18.0
11	14.0	03
13	Songliao Basin, Xujiaweizi area	Subei Basin (118-122 E, 32-34 N), Jiangsu Province
14	Xs6 well	Dongtai Seg, hole Yun-7
17	3561-3637
21		G/H
23	K1y, congl.,volcanics	Eocene
24	180.0
29	10.0
32	0.99
34		7.45e-07
35	<	≤
36	138.6	7.45e-07
46	14000.0
47	4300.0
48	953600.0
52	[C2]=22800 ppm, [C3]=3600 ppm
53	Jin et al., 2009	Du, 1992

CHN174

Column	Version 1	Version 2
2		33.3333333333
4		33.0
5		20.0
7		120.166666667
9		120.0
10		10.0
11	14.0	09
13	Songliao Basin, Xujiaweizi area	Subei Basin (118-122 E, 32-34 N), Jiangsu Province
14	Z53-44 well	Hole Ji 1
17	1425-1438	2229.5
18		15.5
21		G/H
23	K2y, sandstone	Eocene
24	120.0	0.00013
26		2.3740767e-08
28		2.15343e-08
29		7.114065842e-05
30		2.8802828e-09
31		5.24040748566e-10
32	0.29	4.58
34		6.412e-06
35	<	≥
36	40.6	6.412e-06
39		10.11
40		0.0359
41		0.1886
42		2879.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46	37700.0	0.0531
47	4800.0	0.923
48	845400.0	0.0105
52	[C2]=44000 ppm, [C3]=42300 ppm	[CH4]=[CH4+HC]
53	Jin et al., 2009	Xu et al., preprint

CHN175

Column	Version 1	Version 2
2	19.0833333333	33.5
4	19.0	33.0
5	5.0	30.0
7	108.666666667	120.166666667
9	108.0	120.0
10	40.0	10.0
11	7.0	07
13	South China Sea Basin, Hainan Province	Subei Basin (118-122 E, 32-34 N), Jiangsu Province
14	Nanhai oil field, hole Dongfang 1-1-2	Subei oil field, hole Dong 60
17	1346.0	1147.5
18	15.0	9.5
19		85.0
23	Neogene	Eocene
24	15.0
32	0.059	0.455
34	8.26	6.37e-07
36	8.15012510425	6.3688553283e-07
38	360.0	2000.0
48	814000.0	0.97
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN176

Column	Version 1	Version 2
2	17.25	32.6666666667
4	17.0	32.0
5	15.0	40.0
7	108.916666667	119.666666667
9	108.0	119.0
10	55.0	40.0
11	7.0	07
13	South China Sea Basin, Hainan Province	Subei Basin (118-122 E, 32-34 N), Jiangsu Province
14	Nanhai oil field, hole Le 15-1-1	Subei oil field, hole Fu 23
17	1487.0	2825.5
18	70.0	42.5
19		80.0
23	Neogene	Eocene
24	16.0
32	0.147	1.09
34	20.58	1.526e-06
36	20.4804003336	1.52603980204e-06
38	360.0	950.0
47	168000.0
48	676000.0	0.973
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN177

Column	Version 1	Version 2
2	29.6	32.6666666667
4	29.0	32.0
5	36.0	40.0
7	85.75	119.666666667
9	85.0	119.0
10	45.0	40.0
11	12.0	07
13	Southern Tibetan plateau (Central southern Tibet)	Subei Basin (118-122 E, 32-34 N), Jiangsu Province
14	Daggyai Co, geyser	Subei oil field, hole Fu 5
17		2752.5
18		4.5
19		81.0
21		G/H
22	89.0
23		Eocene
24	8569.57
32	0.018	1.02
33	0.018
34		1.428e-06
36	2.52	1.42800600129e-06
38		1400.0
43	Rcorr=(R/Ra)me*140
48		1.01
52		[CH4]=[CH4+HC]
53	Hoke L., 2000	Xu et al., 1995a

CHN178

Column	Version 1	Version 2
2	29.6	32.6666666667
4	29.0	32.0
5	36.0	40.0
7	85.75	119.666666667
9	85.0	119.0
10	45.0	40.0
11	12.0	07
13	Southern Tibetan plateau (Central southern Tibet)	Subei Basin (118-122 E, 32-34 N), Jiangsu Province
14	Daggyai Co, geyser	Subei oil field, hole Huang 29
17		2309.0
18		15.0
19		78.0
21		G/H
22	88.0
23		Eocene
32	0.018	1.24
33	0.018
34		1.736e-06
36	2.52	1.73603150295e-06
38		3200.0
43	Rcorr=(R/Ra)me*140
47		0.0049
48		0.97
52		[CH4]=[CH4+HC]
53	Hoke L., 2000	Xu et al., 1995a

CHN179

Column	Version 1	Version 2
2	29.6166666667	32.6666666667
4	29.0	32.0
5	37.0	40.0
7	85.75	119.666666667
9	85.0	119.0
10	45.0	40.0
11	12.0	07
13	Southern Tibetan plateau (Central southern Tibet)	Subei Basin (118-122 E, 32-34 N), Jiangsu Province
14	Daggyai Co, spring	Subei oil field, hole Huang 5
17		1158.0
18		2.0
19		77.0
21		G/H
22	83.0
23		Eocene
24	2651.27
32	0.017	1.5
33	0.017
34		2.1e-06
36	2.38	2.1003232261e-06
38		650.0
43	Rcorr=(R/Ra)me*140
48		0.926
52		[CH4]=[CH4+HC]
53	Hoke L., 2000	Xu et al., 1995a

CHN180

Column	Version 1	Version 2
2	29.6	32.3333333333
4	29.0	32.0
5	36.0	20.0
7	85.75	120.333333333
9	85.0	120.0
10	45.0	20.0
11	12.0	03
13	Southern Tibetan plateau (Central southern Tibet)	Subei Basin (118-122 E, 32-34 N), Jiangsu Province
14	Daggyai Co, spring	Subei oil field, hole Huangqian 1
21		G/H
22	83.0
23	T=83-88 deg.C	Neogene
24		0.012
32	0.027
33	0.022
34		4.9e-06
35		≥
36	3.78	4.9e-06
43	Rcorr=(R/Ra)me*140
53	Hoke L., 2000	Du, 1992

CHN181

Column	Version 1	Version 2
2	31.4833333333	32.25
4	31.0	32.0
5	29.0	15.0
7	92.05	120.25
9	92.0	120.0
10	3.0	15.0
11	12.0	03,07,10
13	Southern Tibetan plateau (Nagqu-Lhasa-Tingri profile)	Subei Basin (118-122 E, 32-34 N), Jiangsu Province
14	Nagqu, well	Subei oil field, hole Huangqian 14
15		<
16		19950000.0
17		374.0
19		69a
21		G/H
22	82.0
23	Quaternary	Neogene
24	2.2	0.0134
29		0.000895
32	0.22	2.65
33	0.22
34		3.71e-06
36	30.8	4.89e-06
42		716.0
43	Rcorr=(R/Ra)me*140	Rcorr [10]=4.89E-06
46		0.6326
47		0.0426
48		0.2744
50		-40.3
53	Hoke L., 2000	Du, 1992; Xu et al., 1995a; Xu et al., 1992 (1990)

CHN182

Column	Version 1	Version 2
2	32.3666666667	32.25
5	22.0	15.0
7	80.3666666667	120.25
9	80.0	120.0
10	22.0	15.0
11	12.0	07,09
13	Southern Tibetan plateau (SW Tibet, Mt Kailash area)	Subei Basin (118-122 E, 32-34 N), Jiangsu Province
14	Shiquanhe	Subei oil field, hole Huangqian 14
17		374.0
18		3.0
19		69b
21		G/H
22	87.0
23		Neogene
24		0.00387
26		1.3723038e-06
28		1.24236e-06
29		0.002241186048
30		1.66743972e-07
31		1.69606187377e-08
32	0.27	3.78
33	0.27
34		5.292e-06
36	37.8	5.29237668161e-06
38		3100.0
39		9.86
40		0.0313
41		0.1888
42		697.0
43	Rcorr=(R/Ra)me*140	[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46		0.633
47		0.0524
48		0.2948
52		[CH4]=[CH4+HC]
53	Hoke L., 2000	Xu et al., 1995a; Xu et al. (preprint)

CHN183

Column	Version 1	Version 2
2	31.1833333333	32.0
4	31.0	32.0
5	11.0	0.0
7	80.9333333333	120.3
9	80.0	120.0
10	56.0	18.0
11	12.0	07,10
13	Southern Tibetan plateau (SW Tibet, Mt Kailash area)	Subei Basin (118-122 E, 32-34 N), Jiangsu Province
14	Tirthapuri	Subei oil field, hole Huangqian 2
21		G/H
22	35.0
23		Neogene
24		0.012
29		0.000771
32	0.43	3.2
33	0.38
34		4.48e-06
36	60.2	4.89e-06
42		717.0
43	Rcorr=(R/Ra)me*140	Rcorr [10]=4.89E-06
46		0.5787
47		0.088
48		0.2739
50		-39.5
51		-10.6
53	Hoke L., 2000	Xu et al., 1995a; Xu et al., 1992 (1990)

CHN184

Column	Version 1	Version 2
2	31.1833333333	32.3333333333
4	31.0	32.0
5	11.0	20.0
7	80.9333333333	120.333333333
9	80.0	120.0
10	56.0	20.0
11	12.0	03,10
13	Southern Tibetan plateau (SW Tibet, Mt Kailash area)	Subei Basin (118-122 E, 32-34 N), Jiangsu Province
14	Tirthapuri	Subei oil field, hole Huangyan 1
15		<
16		19950000.0
17		1943.0
19		70a
21		G/H
22	72.0
23		P1q
32	0.31	3.49
33	0.3
34		4.9e-06
35		≥
36	43.4	4.9e-06
43	Rcorr=(R/Ra)me*140
46		0.0034
47		0.995
48		0.0007
51		-3.4
53	Hoke L., 2000	Du, 1992; Xu et al., 1992 (1990)

CHN185

Column	Version 1	Version 2
2	29.3333333333	32.3333333333
4	29.0	32.0
7	87.1	120.333333333
9	87.0	120.0
10	6.0	20.0
11	12.0	07,09
13	Southern Tibetan plateau(Nagqu-Lhasa-Tingri profile)	Subei Basin (118-122 E, 32-34 N), Jiangsu Province
14	Pabai Zong, spring	Subei oil field, hole Huangyan 1
17		1943.0
18		60.0
19		70b
21		G/H
22	46.0
23		Permian
24	841.21	9.2e-05
26		4.8543306e-08
28		4.39401e-08
29		6.591871e-05
30		5.437431e-09
31		7.60033964569e-10
32	0.028	3.52
33	0.26
34		4.928e-06
36	3.92	4.92850407201e-06
38		2100.0
39		9.83
40		0.0298
41		0.1871
42		658.0
43	Rcorr=(R/Ra)me*140	[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46		0.0034
47		0.983
48		0.00774
52		[CH4]=[CH4+HC]
53	Hoke L., 2000	Xu et al., 1995a; Xu et al. (preprint)

CHN186

Column	Version 1	Version 2
2	29.3333333333	32.3333333333
4	29.0	32.0
7	87.1	120.333333333
9	87.0	120.0
10	6.0	20.0
11	12.0	07
13	Southern Tibetan plateau(Nagqu-Lhasa-Tingri profile)	Subei Basin (118-122 E, 32-34 N), Jiangsu Province
14	Pabai Zong, spring	Subei oil field, hole Liu 10
17		1143.5
18		6.5
19		87.0
21		G/H
22	46.0
23		Eocene
24	1917.44
32	0.027	0.475
33	0.025
34		6.65e-07
36	3.78	6.64530551416e-07
38		470.0
43	Rcorr=(R/Ra)me*140
48		0.928
52		[CH4]=[CH4+HC]
53	Hoke L., 2000	Xu et al., 1995a

CHN187

Column	Version 1	Version 2
2	29.3166666667	32.3333333333
4	29.0	32.0
5	19.0	20.0
7	87.0833333333	120.333333333
9	87.0	120.0
10	5.0	20.0
11	12.0	07
13	Southern Tibetan plateau(Nagqu-Lhasa-Tingri profile)	Subei Basin (118-122 E, 32-34 N), Jiangsu Province
14	Pabai Zong, spring	Subei oil field, hole Liu 9
17		1170.0
18		2.0
19		86.0
21		G/H
22	40.0
23		Eocene
32	0.02	0.448
33	0.013
34		6.272e-07
36	2.8	6.27077959678e-07
38		1900.0
43	Rcorr=(R/Ra)me*140
48		0.946
52		[CH4]=[CH4+HC]
53	Hoke L., 2000	Xu et al., 1995a

CHN188

Column	Version 1	Version 2
2	29.0666666667	33.75
4	29.0	33.0
5	4.0	45.0
7	87.75	119.5
9	87.0	119.0
10	45.0	30.0
11	12.0	07
13	Southern Tibetan plateau(Nagqu-Lhasa-Tingri profile)	Subei Basin (118-122 E, 32-34 N), Jiangsu Province
14	Xitchin (Laze), spring	Subei oil field, hole Ma 5
17		1573.0
18		11.0
19		79.0
21		G/H
22	52.0
23		Eocene
24	85.6
32	0.072	1.14
33	0.045
34		1.596e-06
36	10.08	1.59614010007e-06
38		420.0
43	Rcorr=(R/Ra)me*140
48		0.955
52		[CH4]=[CH4+HC]
53	Hoke L., 2000	Xu et al., 1995a

CHN189

Column	Version 1	Version 2
2	30.05	33.75
4	30.0	33.0
5	3.0	45.0
7	90.4833333333	119.5
9	90.0	119.0
10	29.0	30.0
11	12.0	07
13	Southern Tibetan plateau(Nagqu-Lhasa-Tingri profile)	Subei Basin (118-122 E, 32-34 N), Jiangsu Province
14	Yanpachen, well	Subei oil field, hole Mou 3-2
17		1567.5
18		10.5
19		74.0
21		G/H
22	78.0
23	Quaternary	Eocene
24		0.00017
32	0.11	1.67
33	0.11
34		2.338e-06
36	15.4	2.33841400618e-06
38		680.0
43	Rcorr=(R/Ra)me*140; [4He]=[ccSTP/gH2O]
48		0.845
52		[CH4]=[CH4+HC]
53	Hoke L., 2000	Xu et al., 1995a

CHN190

Column	Version 1	Version 2
2	28.6	33.75
4	28.0	33.0
5	36.0	45.0
7	86.4833333333	119.5
9	86.0	119.0
10	29.0	30.0
11	12.0	07
13	Southern Tibetan plateau(Nagqu-Lhasa-Tingri profile)	Subei Basin (118-122 E, 32-34 N), Jiangsu Province
14	Zamba Chuku (Tingri), spring	Subei oil field, hole Ou 101
17		1252.0
18		15.0
19		73.0
21		G/H
22	45.0
23		Eocene
24	10.78	3.8e-05
32	0.063	2.27
33	0.044
34		3.178e-06
36	8.82	3.17822227778e-06
38		2400.0
43	Rcorr=(R/Ra)me*140
48		0.954
52		[CH4]=[CH4+HC]
53	Hoke L., 2000	Xu et al., 1995a

CHN191

Column	Version 1	Version 2
2	28.6	32.25
4	28.0	32.0
5	36.0	15.0
7	86.4833333333	120.166666667
9	86.0	120.0
10	29.0	10.0
11	12.0	07,09
13	Southern Tibetan plateau(Nagqu-Lhasa-Tingri profile)	Subei Basin (118-122 E, 32-34 N), Jiangsu Province
14	Zamba Chuku (Tingri), spring	Subei oil field, hole Su 203
17		2590.0
18		2.0
19		72.0
21		G/H
22	45.0
23		Eocene
24	9.34	0.00058
26		1.694367e-07
28		1.5345e-07
29		0.0002226043222
30		2.5230816e-08
31		1.89006390749e-09
32	0.049	2.61
33	0.037
34		3.654e-06
36	6.86	3.65417796142e-06
38		3800.0
39		9.9
40		0.0314
41		0.1862
42		791.0
43	Rcorr=(R/Ra)me*140	[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46		0.0509
47		0.973
48		0.0224
52		[CH4]=[CH4+HC]
53	Hoke L., 2000	Xu et al., 1995a; Xu et al. (preprint)

CHN192

Column	Version 1	Version 2
2	32.8666666667	32.8333333333
5	52.0	50.0
7	120.3	119.416666667
9	120.0	119.0
10	18.0	25.0
11	3.0	03,07
14	Dongtai Seg, hole Yun-7	Subei oil field, hole Sutai 174
15		<
16		19950000.0
17		2290.0
18		8.0
19		71a
23	Ed	D3
32		3.96
34	74.5	5.54e-06
35	<=
36	74.5	6.4e-06
43		Rcorr [11]=6.40E-06
46		0.0965
47		0.873
48		0.0065
51		-4.1
53	Du J., 1992	Du, 1992; Xu et al., 1995a

CHN193

Column	Version 1	Version 2
2	33.3333333333	32.8333333333
4	33.0	32.0
5	20.0	50.0
7	120.166666667	119.416666667
9	120.0	119.0
10	10.0	25.0
11	9.0	07,09
14	Hole Ji 1	Subei oil field, hole Sutai 174
17	2229.5	2290.0
18	15.5	8.0
19		71b
20		1.0
23	Eocene	Devonian
24	130.0	4e-05
26	0.023740767	1.07082892e-08
28	0.0215343	9.7206e-09
29	71.14065842	2.980416705e-05
30	0.0028802828	1.9663616e-09
31	0.000524040748566	1.94533394272e-10
32	4.58	3.59
34	641.2	5.026e-06
35	>=
36	641.2	5.0262590185e-06
38		4200.0
39	10.11	10.2
40	3.59	0.0364
41	0.1886	0.1905
42	2879.0	1850.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source	[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
46	53100.0	0.0965
47	923000.0	0.873
48	10500.0	0.00732
53	Xu S. et al., preprint	Xu et al., 1995a; Xu et al. (preprint)

CHN194

Column	Version 1	Version 2
2	33.5	32.9166666667
4	33.0	32.0
5	30.0	55.0
7	120.166666667	119.5
9	120.0	119.0
10	10.0	30.0
11	7.0	09
14	Subei oil field, hole Dong 60	Subei oil field, hole Sutai 174
17	1147.5	2290.0
18	9.5	8.0
20		2.0
23	Eocene	Devonian
24	n.d.	4.4e-05
26		1.0059686e-08
28		9.1182e-09
29		1.87637594e-05
30		1.56213118e-09
31		2.16089819451e-10
32	0.455	3.64
34	63.7	5.096e-06
35		≥
36	63.688553283	5.096e-06
38	2000.0
39		10.02
40		0.0346
41		0.189
42		1284.0
43		[Ne, 20Ne] are calculated from [22Ne] and 22Ne/20Ne and [40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
48	970000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Xu et al., 1995a; Xu et al. (preprint)

CHN195

Column	Version 1	Version 2
2	32.6666666667	32.8333333333
5	40.0	50.0
7	119.666666667	119.333333333
10	40.0	20.0
11	7.0	07
14	Subei oil field, hole Fu 23	Subei oil field, hole Tianshen
17	2825.5	2004.5
18	42.5	21.5
19		75.0
24	n.d.
32	1.09	1.86
34	152.6	2.604e-06
36	152.603980204	2.60406689261e-06
38	950.0	5400.0
47		0.01
48	973000.0	0.954
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN196

Column	Version 1	Version 2
2	32.6666666667	32.8333333333
5	40.0	50.0
7	119.666666667	119.333333333
10	40.0	20.0
11	7.0	07
14	Subei oil field, hole Fu 5	Subei oil field, hole Xiao 1
17	2752.5	3150.0
18	4.5	6.0
19		82.0
24	n.d.
32	1.02	0.181
34	142.8	2.534e-07
36	142.800600129	2.52356687898e-07
38	1400.0	330.0
48	1010000.0	0.843
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN197

Column	Version 1	Version 2
2	32.6666666667	32.8333333333
5	40.0	50.0
7	119.666666667	119.333333333
10	40.0	20.0
11	7.0	07
14	Subei oil field, hole Huang 29	Subei oil field, hole Xiao 8
15		<
16		19950000.0
17	2309.0	2476.5
18	15.0	2.5
19		83a
24	n.d.
32	1.24	0.75
34	173.6	1.05e-06
35		≤
36	173.603150295	1.05e-06
38	3200.0
47	4900.0
48	970000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN198

Column	Version 1	Version 2
2	32.6666666667	32.8333333333
5	40.0	50.0
7	119.666666667	119.333333333
10	40.0	20.0
11	7.0	07
14	Subei oil field, hole Huang 5	Subei oil field, hole Xiao 8
17	1158.0	2476.5
18	2.0	2.5
19		83b
24	n.d.
32	1.5	0.741
34	210.0	1.0374e-06
36	210.03232261	1.03735648278e-06
38	650.0	2500.0
48	926000.0	0.974
53	Xu S. et al., 1995a	Xu et al., 1995a

CHN199

Column	Version 1	Version 2
2	32.25	32.8333333333
5	15.0	50.0
7	120.25	119.333333333
9	120.0	119.0
10	15.0	20.0
11	7,9	07
14	Subei oil field, hole Huangqian 14	Subei oil field, hole Xu 9
17	374.0	2420.0
18	3.0	4.0
19		76.0
23	Neogene	Eocene
24	3870.0
26	1.3723038
28	1.24236
29	2241.186048
30	0.166743972
31	0.0169606187377
32	3.78	1.75
34	529.2	2.45e-06
36	529.237668161	2.45010162274e-06
39	9.86
40	3.13
41	0.1888
42	697.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
46	633000.0
47	52400.0	0.037
48	294800.0	0.589
53	Xu S. et al. (preprint); Xu S. et al., 1995a	Xu et al., 1995a

CHN200

Column	Version 1	Version 2
2	32.25	32.8333333333
5	15.0	50.0
7	120.25	119.333333333
9	120.0	119.0
10	15.0	20.0
11	7,10	07
14	Subei oil field, hole Huangqian 14	Subei oil field, hole Yong 7
15		<
16		19950000.0
17		3021.0
18		8.0
19		84a
23	Ny	Eocene
24	13400.0
29	895.0
32	2.65	0.53
34	371.0	7.42e-07
35	>=	≤
36	371.0	7.42e-07
42	716.0
46	632600.0
47	42600.0
48	274400.0
50	-40.3
53	Xu Y. et al., 1992 (1990); Xu S. et al., 1995a	Xu et al., 1995a

CHN201

Column	Version 1	Version 2
2	32.0	32.8333333333
5	0.0	50.0
7	120.3	119.333333333
9	120.0	119.0
10	18.0	20.0
11	7,10	07
14	Subei oil field, hole Huangqian 2	Subei oil field, hole Yong 7
17		3021.0
18		8.0
19		84b
23	Ny	Eocene
24	12000.0	0.00014
29	771.0
32	3.2	0.499
34	489.0	6.986e-07
35	>=
36	489.0	6.98573363545e-07
38		7900.0
42	717.0
46	578700.0
47	88000.0	0.0066
48	273900.0	0.825
50	-39.5
51	-10.6
52		[CH4]=[CH4+HC]
53	Xu Y. et al., 1992 (1990); Xu S. et al., 1995a	Xu et al., 1995a

CHN202

Column	Version 1	Version 2
2	32.3333333333	32.75
5	20.0	45.0
7	120.333333333	119.5
9	120.0	119.0
10	20.0	30.0
11	7,9	11.0
13	Subei Basin (118-122 E, 32-34 N), Jiangsu Province	Subei Basin (118-122 E, 32-34 N), Jiangsu Province
14	Subei oil field, hole Huangyan 1	Subei oil field, hole Sutai 174
17	1943.0
18	60.0
23	Permian	D3
24	92.0
26	0.048543306
28	0.0439401
29	65.91871
30	0.005437431
31	0.000760033964569
32	3.52
34	492.8	6.4e-06
35		≥
36	492.850407201	6.4e-06
38	2100.0
39	9.83
40	2.98
41	0.1871
42	658.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source
46	3400.0	0.0101
47	983000.0	0.9819
48	7740.0	0.0074
52	[CH4]=[CH4+HC]
53	Xu S. et al. (preprint); Xu S. et al., 1995a	Xu et al., 1992 (1991)

CHN203

Column	Version 1	Version 2
2	32.3333333333
4	32.0
5	20.0
7	120.333333333
9	120.0
10	20.0
11	10.0	13.0
13	Subei Basin (118-122 E, 32-34 N), Jiangsu Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Subei oil field, hole Huangyan 1	Gulu 1, spring
21	G/H	G/S
23	P1q
24		0.000127
32	3.49	0.248
34	490.0
35	>=
36	490.0	3.472e-07
38		114.0
43		Rcorr=(R/Ra)me*140
46	3400.0
47	995000.0	0.9
48	700.0
51	-3.4	-1.04
53	Xu Y. et al., 1992 (1990)	Yokoyama et al., 1999

CHN204

Column	Version 1	Version 2
2	32.3333333333
4	32.0
5	20.0
7	120.333333333
9	120.0
10	20.0
11	11.0	13.0
13	Subei Basin (118-122 E, 32-34 N), Jiangsu Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Subei oil field, hole Huangyan 1	Gulu 2, spring
21	G/H	G/S
23	Ny
24	12000.0	1.7e-05
32		0.252
34	490.0
35	>=
36	490.0	3.528e-07
38		104.0
42	717.0
43		Rcorr=(R/Ra)me*140
46	578700.0
47	88000.0	0.96
48	273900.0
51		-2.03
53	Xu Y. et al., 1992 (1991)	Yokoyama et al., 1999

CHN205

Column	Version 1	Version 2
2	32.3333333333
4	32.0
5	20.0
7	120.333333333
9	120.0
10	20.0
11	7.0	13.0
13	Subei Basin (118-122 E, 32-34 N), Jiangsu Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Subei oil field, hole Liu 10	Juzila,spring
17	1143.5
18	6.5
21	G/H	G/S
23	Eocene
24	n.d.	1.7e-06
32	0.475	0.194
34	66.5
36	66.4530551416	2.716e-07
38	470.0	131.0
43		Rcorr=(R/Ra)me*140
47		0.95
48	928000.0
51		-4.09
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Yokoyama et al., 1999

CHN206

Column	Version 1	Version 2
2	32.3333333333
4	32.0
5	20.0
7	120.333333333
9	120.0
10	20.0
11	7.0	13.0
13	Subei Basin (118-122 E, 32-34 N), Jiangsu Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Subei oil field, hole Liu 9	Lingzhou, spring
17	1170.0
18	2.0
21	G/H	G/S
23	Eocene
24	n.d.
32	0.448	1.08
34	62.72
36	62.7077959678	1.512e-06
38	1900.0	0.704
43		Rcorr=(R/Ra)me*140
48	946000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Yokoyama et al., 1999

CHN207

Column	Version 1	Version 2
2	33.75
4	33.0
5	45.0
7	119.5
9	119.0
10	30.0
11	7.0	13.0
13	Subei Basin (118-122 E, 32-34 N), Jiangsu Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Subei oil field, hole Ma 5	Luoma, spring
17	1573.0
18	11.0
21	G/H	G/S
23	Eocene
24	n.d.	3.5e-05
32	1.14	0.217
34	159.6
36	159.614010007	3.038e-07
38	420.0	166.0
43		Rcorr=(R/Ra)me*140
47		0.9
48	955000.0
51		-4.33
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Yokoyama et al., 1999

CHN208

Column	Version 1	Version 2
2	33.75	29.0
4	33.0	29.0
5	45.0	0.0
7	119.5	98.4166666667
9	119.0	98.0
10	30.0	25.0
11	7.0	06
13	Subei Basin (118-122 E, 32-34 N), Jiangsu Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Subei oil field, hole Mou 3-2	Mangkang Spr.
16		19890516.0
17	1567.5
18	10.5
19		YG-08
21	G/H	G/S
23	Eocene
24	170.0	0.000114
29		0.0095
32	1.67
34	233.8	1.28e-07
35		≤
36	233.841400618	1.28e-07
38	680.0
44		1.3e-05
46		0.769
47		0.146
48	845000.0
52	[CH4]=[CH4+HC]	[Macgases]<92 % vol; See ref [18]
53	Xu S. et al., 1995a	Wang et al., 1992

CHN209

Column	Version 1	Version 2
2	33.75
4	33.0
5	45.0
7	119.5
9	119.0
10	30.0
11	7.0	13.0
13	Subei Basin (118-122 E, 32-34 N), Jiangsu Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Subei oil field, hole Ou 101	Nagqu 1, spring
17	1252.0
18	15.0
21	G/H	G/S
23	Eocene
24	38.0
32	2.27	0.38
34	317.8
36	317.822227778	5.32e-07
38	2400.0	2.4
43		Rcorr=(R/Ra)me*140
47		0.99
48	954000.0
51		-1.99
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Yokoyama et al., 1999

CHN210

Column	Version 1	Version 2
2	32.25
4	32.0
5	15.0
7	120.166666667
9	120.0
10	10.0
11	7,9	13.0
13	Subei Basin (118-122 E, 32-34 N), Jiangsu Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Subei oil field, hole Su 203	Nagqu 2, spring
17	2590.0
18	2.0
21	G/H	G/S
23	Eocene
24	580.0
26	0.1694367
28	0.15345
29	222.6043222
30	0.025230816
31	0.00189006390749
32	2.61	0.24
34	365.4
36	365.417796142	3.36e-07
38	3800.0	30.7
39	9.9
40	3.14
41	0.1862
42	791.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source	Rcorr=(R/Ra)me*140
46	50900.0
47	973000.0
48	22400.0
52	[CH4]=[CH4+HC]
53	Xu S. et al. (preprint); Xu S. et al., 1995a	Yokoyama et al., 1999

CHN211

Column	Version 1	Version 2
2	32.8333333333
4	32.0
5	50.0
7	119.416666667
9	119.0
10	25.0
11	7,9	13.0
13	Subei Basin (118-122 E, 32-34 N), Jiangsu Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Subei oil field, hole Sutai 174	Nagqu 3, spring
17	2290.0
18	8.0
20	1.0
21	G/H	G/S
23	Devonian
24	40.0	9.5e-06
26	0.0107082892
28	0.0097206
29	29.80416705
30	0.0019663616
31	0.000194533394272
32	3.59	0.24
34	502.6
36	502.62590185	3.36e-07
38	4200.0	201.0
39	10.2
40	3.64
41	0.1905
42	1850.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source	Rcorr=(R/Ra)me*140
46	96500.0
47	873000.0	1.01
48	7320.0
51		-2.35
52	[CH4]=[CH4+HC]
53	Xu S. et al. (preprint); Xu S. et al., 1995a	Yokoyama et al., 1999

CHN212

Column	Version 1	Version 2
2	32.9166666667
4	32.0
5	55.0
7	119.5
9	119.0
10	30.0
11	9.0	13.0
13	Subei Basin (118-122 E, 32-34 N), Jiangsu Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Subei oil field, hole Sutai 174	Sanxun, spring
17	2290.0
18	8.0
20	2.0
21	G/H	G/S
23	Devonian
24	44.0
26	0.010059686
28	0.0091182
29	18.7637594
30	0.00156213118
31	0.000216089819451
32	3.64	0.17
34	509.6
35	>=
36	509.6	2.38e-07
38		32.2
39	10.02
40	3.46
41	0.189
42	1284.0
43	[He]=[4He]; [Ne, 20Ne, Ar, Kr, Xe] calculated from data source cited in reference column; all isotopic ratios for noble gases see in the same source	Rcorr=(R/Ra)me*140
53	Xu S. et al. (preprint); Xu S. et al., 1995a	Yokoyama et al., 1999

CHN213

Column	Version 1	Version 2
2	32.8333333333	30.0833333333
4	32.0	30.0
5	50.0	5.0
7	119.333333333	90.5833333333
9	119.0	90.0
10	20.0	35.0
11	7.0	01
13	Subei Basin (118-122 E, 32-34 N), Jiangsu Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Subei oil field, hole Tianshen	Yangbajain geothermal field, spring 1
17	2004.5
18	21.5
19		b
21	G/H	G/S
22		65.0
23	Eocene
24	n.d.	2.58703070346e-05
29		8.11212592305e-05
32	1.86	0.117
34	260.4	1.638e-07
35		≤
36	260.406689261	1.638e-07
38	5400.0
39		9.79
40		0.0291
41		0.189
42		340.0
43		Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
44		0.00073894092499
46		0.00394544306257
47	10000.0	0.994947532064
48	954000.0	0.000150934706568
51		-8.5
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Cai et al., 1986

CHN214

Column	Version 1	Version 2
2	32.8333333333	30.0833333333
4	32.0	30.0
5	50.0	5.0
7	119.333333333	90.5833333333
9	119.0	90.0
10	20.0	35.0
11	7.0	13.0
13	Subei Basin (118-122 E, 32-34 N), Jiangsu Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Subei oil field, hole Xiao 1	Yangbajain geothermal field, spring 1
17	3150.0
18	6.0
19		a
21	G/H	G/S
23	Eocene
24	n.d.
32	0.181	0.135
34	25.34
36	25.2356687898	1.89e-07
38	330.0	57.8
43		Rcorr=(R/Ra)me*140
48	843000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Yokoyama et al., 1999

CHN215

Column	Version 1	Version 2
2	32.8333333333	30.0833333333
4	32.0	30.0
5	50.0	5.0
7	119.333333333	90.5833333333
9	119.0	90.0
10	20.0	35.0
11	7.0	01
13	Subei Basin (118-122 E, 32-34 N), Jiangsu Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Subei oil field, hole Xiao 8	Yangbajain geothermal field, spring 10
17	2476.5
18	2.5
19		b
21	G/H	G/S
22		90.0
23	Eocene
24	n.d.	2.04331882911e-05
29		0.000482041139241
32	0.741	0.128
34	103.74	1.792e-07
35		≤
36	103.735648278	1.792e-07
38	2500.0
39		9.81
40		0.0296
41		0.184
42		295.0
43		Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
45		0.00469454509494
46		0.0215445609177
47		0.973101265823
48	974000.0	3.74920886076e-05
51		-9.5
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Cai et al., 1986

CHN216

Column	Version 1	Version 2
2	32.8333333333	30.0833333333
4	32.0	30.0
5	50.0	5.0
7	119.333333333	90.5833333333
9	119.0	90.0
10	20.0	35.0
11	7.0	13.0
13	Subei Basin (118-122 E, 32-34 N), Jiangsu Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Subei oil field, hole Xiao 8	Yangbajain geothermal field, spring 10
17	2476.5
18	2.5
19		a
21	G/H	G/S
23	Eocene
24	n.d.
32	0.75	0.126
34	105.0
35	<=
36	105.0	1.764e-07
38		65.8
43		Rcorr=(R/Ra)me*140
47		0.92
51		-7.19
53	Xu S. et al., 1995a	Yokoyama et al., 1999

CHN217

Column	Version 1	Version 2
2	32.8333333333	30.0833333333
4	32.0	30.0
5	50.0	5.0
7	119.333333333	90.5833333333
9	119.0	90.0
10	20.0	35.0
11	7.0	01
13	Subei Basin (118-122 E, 32-34 N), Jiangsu Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Subei oil field, hole Xu 9	Yangbajain geothermal field, spring 11
17	2420.0
18	4.0
19		b
21	G/H	G/S
22		75.0
23	Eocene
24	n.d.	5.79005524862e-05
29		0.00219194948698
32	1.75	0.135
34	245.0	1.89e-07
35		≤
36	245.010162274	1.89e-07
38	3100.0
43		Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
44		0.000641041831097
45		0.0317832675612
46		0.171881925809
47	37000.0	0.793212312549
48	589000.0
51		-8.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Cai et al., 1986

CHN218

Column	Version 1	Version 2
2	32.8333333333	30.0833333333
4	32.0	30.0
5	50.0	5.0
7	119.333333333	90.5833333333
9	119.0	90.0
10	20.0	35.0
11	7.0	13.0
13	Subei Basin (118-122 E, 32-34 N), Jiangsu Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Subei oil field, hole Yong 7	Yangbajain geothermal field, spring 11
17	3021.0
18	8.0
19		a
21	G/H	G/S
23	Eocene
24	140.0	0.000334
32	0.499	0.131
34	69.86
36	69.8573363545	1.834e-07
38	7900.0	138.0
43		Rcorr=(R/Ra)me*140
47	6600.0	0.69
48	825000.0
51		-9.05
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Yokoyama et al., 1999

CHN219

Column	Version 1	Version 2
2	32.8333333333	30.0833333333
4	32.0	30.0
5	50.0	5.0
7	119.333333333	90.5833333333
9	119.0	90.0
10	20.0	35.0
11	7.0	13.0
13	Subei Basin (118-122 E, 32-34 N), Jiangsu Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Subei oil field, hole Yong 7	Yangbajain geothermal field, spring 12
17	3021.0
18	8.0
21	G/H	G/S
23	Eocene
24		3e-05
32	0.53	0.107
34	74.2
35	<=
36	74.2	1.498e-07
38		154.0
43		Rcorr=(R/Ra)me*140
47		0.95
51		-6.79
53	Xu S. et al., 1995a	Yokoyama et al., 1999

CHN220

Column	Version 1	Version 2
2	32.8333333333	30.0833333333
4	32.0	30.0
5	50.0	5.0
7	119.416666667	90.5833333333
9	119.0	90.0
10	25.0	35.0
11	7,10	01
13	Subei Basin (118-122 E, 32-34 N), Jiangsu Province / Gaoyou	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Subei oil field, hole Sutai 174	Yangbajain geothermal field, spring 2
17	2290.0
18	8.0
19		b
21	G/H	G/S
22		45.0
23	D3w
24		0.000108819311436
29		0.000154944994064
32	3.96	0.116
34	554.0	1.624e-07
35	>=	≤
36	554.0	1.624e-07
43		Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
44		2.27700831025e-05
46	96500.0	0.0104655639098
47	873000.0	0.989315393748
48	6500.0	0.000199509299565
51	-4.1	-8.5
53	Xu Y. et al., 1992 (1990); Xu S. et al., 1995a	Cai et al., 1986

CHN221

Column	Version 1	Version 2
2	32.75	30.0833333333
4	32.0	30.0
5	45.0	5.0
7	119.5	90.5833333333
9	119.0	90.0
10	30.0	35.0
11	11.0	13.0
13	Subei Basin (118-122 E, 32-34 N), Jiangsu Province / Gaoyou	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Subei oil field, hole Sutai 174	Yangbajain geothermal field, spring 2
19		a
21	G/H	G/S
23	D3w
24		5.6e-05
32		0.119
34	640.0
35	>=
36	640.0	1.666e-07
38		670.0
43		Rcorr=(R/Ra)me*140
46	10100.0
47	981900.0	1.02
48	7400.0
51		-7.35
53	Xu Y. et al., 1992 (1991)	Yokoyama et al., 1999

CHN222

Column	Version 1	Version 2
2		30.0833333333
4		30.0
5		5.0
7		90.5833333333
9		90.0
10		35.0
11	15.0	01
13	Tarim Basin	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Badong 2 well	Yangbajain geothermal field, spring 3
17	4309.6
19		b
21	G/incl	G/S
22		86.0
23	carbonates, O2
24		2.04119712115e-05
29		5.81743302679e-05
32	0.03	0.122
34	4.4	1.708e-07
35		≤
36	4.4	1.708e-07
38	482.0
43		Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
45		0.000376646941224
46		0.00373462215114
47		0.995601759296
48		7.68580567773e-05
51		-9.7
53	Zhang et a., 2003	Cai et al., 1986

CHN223

Column	Version 1	Version 2
2		30.0833333333
4		30.0
5		5.0
7		90.5833333333
9		90.0
10		35.0
11	15.0	13.0
13	Tarim Basin	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Lunnan 46 well	Yangbajain geothermal field, spring 3
17	6160.0
19		a
21	G/incl	G/S
23	carbonates, O2
24		4e-05
32	0.02	0.122
34	2.3
36	2.3	1.708e-07
38	974.0	584.0
43		Rcorr=(R/Ra)me*140
47		1.0
51		-7.33
53	Zhang et a., 2003	Yokoyama et al., 1999

CHN224

Column	Version 1	Version 2
2		30.0833333333
4		30.0
5		5.0
7		90.5833333333
9		90.0
10		35.0
11	16.0	01
13	Tarim Basin	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Tahe oil field, Sec. 8	Yangbajain geothermal field, spring 4
19	T702b	b
21	G/H	G/S
22		88.0
23	carbonates, O2
24		9.72055489022e-05
29		0.000553153692615
32		0.124
33	0.03
34		1.736e-07
35		≤
36	4.31	1.736e-07
38	2976.0
39		9.88
40		0.0294
42	485.0	317.0
43		Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
44		0.00114218762475
46		0.0279985469062
47		0.97005988024
48		0.000206311377246
51	-4.1	-8.8
53	Wang J. et al., 2009	Cai et al., 1986

CHN225

Column	Version 1	Version 2
2		30.0833333333
4		30.0
5		5.0
7		90.5833333333
9		90.0
10		35.0
11	16.0	13.0
13	Tarim Basin	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Tahe oil field, Sec.10	Yangbajain geothermal field, spring 4
19	TK827	a
21	G/H	G/S
23	carbonates, O2
24		5.3e-05
32		0.121
33	0.02
36	2.26	1.694e-07
38	7887.0	813.0
42	462.0
43		Rcorr=(R/Ra)me*140
47		0.93
51	-2.5	-7.15
53	Wang J. et al., 2009	Yokoyama et al., 1999

CHN226

Column	Version 1	Version 2
2		30.0833333333
4		30.0
5		5.0
7		90.5833333333
9		90.0
10		35.0
11	16.0	13.0
13	Tarim Basin	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Tahe oil field, Sec.2	Yangbajain geothermal field, spring 5
19	TK211
21	G/H	G/S
23	carbonates, O2
24		5.2e-05
32		0.125
33	0.03
36	4.0	1.75e-07
38	4680.0	127.0
42	590.0
43		Rcorr=(R/Ra)me*140
47		0.84
51	-4.3	-7.5
53	Wang J. et al., 2009	Yokoyama et al., 1999

CHN227

Column	Version 1	Version 2
2		30.0833333333
4		30.0
5		5.0
7		90.5833333333
9		90.0
10		35.0
11	16.0	13.0
13	Tarim Basin	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Tahe oil field, Sec.2	Yangbajain geothermal field, spring 6
19	TK235
21	G/H	G/S
23	carbonates, O2
32		0.157
33	0.03
36	4.59	2.198e-07
38	3900.0	5.37
42	814.0
43		Rcorr=(R/Ra)me*140
47		0.39
51	-2.7	-6.34
53	Wang J. et al., 2009	Yokoyama et al., 1999

CHN228

Column	Version 1	Version 2
2		30.0833333333
4		30.0
5		5.0
7		90.5833333333
9		90.0
10		35.0
11	16.0	13.0
13	Tarim Basin	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Tahe oil field, Sec.3	Yangbajain geothermal field, spring 7
19	S23CH
21	G/H	G/S
23	carbonates, O2
32		0.565
33	0.04
36	5.23	7.91e-07
38	2875.0	0.866
42	730.0
43		Rcorr=(R/Ra)me*140
51	-3.3
53	Wang J. et al., 2009	Yokoyama et al., 1999

CHN229

Column	Version 1	Version 2
2		30.0833333333
4		30.0
5		5.0
7		90.5833333333
9		90.0
10		35.0
11	16.0	13.0
13	Tarim Basin	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Tahe oil field, Uncer. 1	Yangbajain geothermal field, spring 8
19	S14
21	G/H	G/S
23	carbonates, O2
32		0.12
33	0.03
36	4.76	1.68e-07
38	2.145	48.1
42	1333.0
43		Rcorr=(R/Ra)me*140
47		0.97
51	-2.0	-6.71
53	Wang J. et al., 2009	Yokoyama et al., 1999

CHN230

Column	Version 1	Version 2
2		30.0833333333
4		30.0
5		5.0
7		90.5833333333
9		90.0
10		35.0
11	16.0	13.0
13	Tarim Basin	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Uncer. 3	Yangbajain geothermal field, spring 9
19	S112-1
21	G/H	G/S
23	carbonates, O2
32		0.648
33	0.02
36	3.33	9.072e-07
38	153.0	0.587
42	305.0
43		Rcorr=(R/Ra)me*140
51	-0.7
53	Wang J. et al., 2009	Yokoyama et al., 1999

CHN231

Column	Version 1	Version 2
2	37.5	30.0833333333
4	37.0	30.0
5	30.0	5.0
7	77.5	90.5833333333
9	77.0	90.0
10	30.0	35.0
11	2.0	01
13	Tarim Basin, Xinjiang Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Kekeya oil-gas field, hole Ke 2	Yangbajain geothermal field, steam well 5
17		87.0
21	G/H	M/H
24		0.000109449883087
29	398.0	0.000157605611847
32	0.04	0.124
34	6.1	1.736e-07
35	<=	≤
36	6.1	1.736e-07
39		9.74
40		0.0294
41		0.187
42	855.0	375.0
43	[Ar]=[40Ar]	Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
46		0.0133534684334
47		0.985970381917
48	991900.0	0.000362104442712
51		-8.4
52	[CH4]=[CH4+HC]
53	Chen J. et al., 1992	Cai et al., 1986

CHN232

Column	Version 1	Version 2
2	37.5	30.0833333333
4	37.0	30.0
5	30.0	5.0
7	77.4166666667	90.5833333333
9	77.0	90.0
10	25.0	35.0
11	2.0	01
13	Tarim Basin, Xinjiang Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Kekeya oil-gas field, hole Ke 701	Yangbajain geothermal field, steam well 6
17		354.0
21	G/H	M/H
24		0.000102479680901
29	306.0	0.000145794931957
32	0.06	0.124
34	8.6	1.736e-07
35	<=	≤
36	8.6	1.736e-07
42	682.0
43	[Ar]=[40Ar]	Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
44		0.000375068043172
46		0.0138133036133
47	39900.0	0.985452839043
48	956500.0	0.000259774753637
50	-38.1
51		-8.1
52	[CH4]=[CH4+HC]
53	Chen J. et al., 1992	Cai et al., 1986

CHN233

Column	Version 1	Version 2
2	41.5	30.0833333333
4	41.0	30.0
5	30.0	5.0
7	85.0	90.5833333333
9	85.0	90.0
10	0.0	35.0
11	2.0	01
13	Tarim Basin, Xinjiang Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Shaya oil-gas field, hole Shakan 2	Yangbajain geothermal field, steam well 7
17	5300.0	213.0
21	G/H	M/H
23	Ordovician
24		1.2630551817e-05
29	142.0	8.07617765814e-05
32	0.15	0.127
34	21.0	1.778e-07
35	<=	≤
36	21.0	1.778e-07
42	1735.0
43	[Ar]=[40Ar]	Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
44		3.87213997308e-05
45		0.000161892328398
46		0.00337613728129
47	4000.0	0.995962314939
48	993100.0	3.02395693136e-05
50	-41.1
52	[CH4]=[CH4+HC]
53	Chen J. et al., 1992	Cai et al., 1986

CHN234

Column	Version 1	Version 2
2	41.5	30.0833333333
4	41.0	30.0
5	30.0	5.0
7	85.0	90.5833333333
9	85.0	90.0
10	0.0	35.0
11	7.0	01
13	Tarim Basin, Xinjiang Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Shaya oil-gas field, hole Shakan 2	Yangbajain geothermal field, steam well 9
17	5300.0	68.0
21	G/H	M/H
23	Ordovician
24	490.0	9.82005781391e-05
29		6.39790424571e-05
32	0.159	0.121
34	22.26	1.694e-07
35		≤
36	22.2577923336	1.694e-07
38	16000.0
39		9.76
40		0.0306
41		0.192
42		468.0
43		Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
44		0.000954045167118
46		0.00681046431798
47	44000.0	0.991869918699
48	885000.0	0.000229647696477
51		-7.4
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Cai et al., 1986

CHN235

Column	Version 1	Version 2
2	41.5
4	41.0
5	30.0
7	85.0
9	85.0
10	0.0
11	2.0	13.0
13	Tarim Basin, Xinjiang Province	Tibet region, Lhasa Terrane, Xizang Zizhiqu Province
14	Shaya oil-gas field, hole Shakan 7	Yuela, spring
21	G/H	G/S
24		6.7e-05
29	126.0
32	0.16	0.256
34	22.0
35	<=
36	22.0	3.584e-07
38		154.0
42	2334.0
43	[Ar]=[40Ar]	Rcorr=(R/Ra)me*140
47	32000.0	0.97
48	958200.0
50	-42.4
51		-2.89
52	[CH4]=[CH4+HC]
53	Chen J. et al., 1992	Yokoyama et al., 1999

CHN236

Column	Version 1	Version 2
2	37.4166666667	29.6
4	37.0	29.0
5	25.0	36.0
7	77.5833333333	85.75
9	77.0	85.0
10	35.0	45.0
11	7.0	12.0
13	Tarim Basin, Xinjiang Province	Tibet region, Southern Tibetan plateau (Central S Tibet)
14	Tarim oil field, hole Ke 8	Daggyai Co, geyser
17	3293.5
18	10.5
19		a
21	G/H	G/S
22		89.0
23	Neogene	altitude = 4951 m.a.s.l.
24	50.0	0.00856957
32	0.056	0.018
33		0.018
34	7.84
36	7.82720908475	2.52e-08
37		8350.0
38	3100.0
43		Rcorr=(R/Ra)me*140; [He/Ne] was calculated at [He/Ne]air as 0.3
48	967000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Hoke et al., 2000

CHN237

Column	Version 1	Version 2
2	37.4166666667	29.6
4	37.0	29.0
5	25.0	36.0
7	77.5833333333	85.75
9	77.0	85.0
10	35.0	45.0
11	7.0	12.0
13	Tarim Basin, Xinjiang Province	Tibet region, Southern Tibetan plateau (Central S Tibet)
14	Tarim oil field, hole Ke 8	Daggyai Co, geyser
17	3293.5
18	10.5
19		b
21	G/H	G/S
22		88.0
23	Neogene	altitude = 4953 m.a.s.l.
32	0.06	0.018
33		0.018
34	8.4
35	<=
36	8.4	2.52e-08
37		19410.0
43		Rcorr=(R/Ra)me*140; [He/Ne] was calculated at [He/Ne]air as 0.3
53	Xu S. et al., 1995a	Hoke et al., 2000

CHN238

Column	Version 1	Version 2
2	41.5833333333	29.6166666667
4	41.0	29.0
5	35.0	37.0
7	85.1666666667	85.75
10	10.0	45.0
11	7.0	12.0
13	Tarim Basin, Xinjiang Province	Tibet region, Southern Tibetan plateau (Central S Tibet)
14	Tarim oil field, hole LN 17	Daggyai Co, spring
19		c
21	G/H	G/S
22		83.0
23	Ordovician	altitude = 5080 m.a.s.l.
24	280.0	0.00265127
32	0.032	0.017
33		0.017
34	4.48
36	4.47402091269	2.38e-08
37		18666.6666667
38	6800.0
43		Rcorr=(R/Ra)me*140; [He/Ne] was calculated at [He/Ne]air as 0.3
47	33000.0
48	976000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Hoke et al., 2000

CHN239

Column	Version 1	Version 2
2	41.5833333333	29.6
4	41.0	29.0
5	35.0	36.0
7	85.1666666667	85.75
10	10.0	45.0
11	7.0	12.0
13	Tarim Basin, Xinjiang Province	Tibet region, Southern Tibetan plateau (Central S Tibet)
14	Tarim oil field, hole LN 2-24-2	Daggyai Co, spring
19		d
21	G/H	G/S
22		83.0
23	Triassic	altitude = 4924 m.a.s.l.
24	240.0
32	0.035	0.027
33		0.022
34	4.9
36	4.89452275092	3.08e-08
37		610.0
38	7400.0
43		Rcorr=(R/Ra)me*140; [He/Ne] was calculated at [He/Ne]air as 0.3
47	15000.0
48	920000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Hoke et al., 2000

CHN240

Column	Version 1	Version 2
2	40.8333333333	31.4833333333
4	40.0	31.0
5	50.0	29.0
7	83.3333333333	92.05
9	83.0	92.0
10	20.0	3.0
11	7.0	12.0
13	Tarim Basin, Xinjiang Province	Tibet region, Southern Tibetan plateau (Nagqu-Lhasa-Tingri profile)
14	Tarim oil field, hole T 1	Nagqu, well
17	4842.0
18	5.0
22		82.0
23		altitude = 4750 m.a.s.l.
24	46.0	2.2e-06
32	0.018	0.22
33		0.22
34	2.52
36	2.4924984997	3.08e-07
37		1410.0
38	1500.0
43		Rcorr=(R/Ra)me*140; [He/Ne] was calculated at [He/Ne]air as 0.3
47	3900.0
48	971000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Hoke et al., 2000

CHN241

Column	Version 1	Version 2
2	41.0	29.3333333333
4	41.0	29.0
5	0.0	20.0
7	83.0	87.1
9	83.0	87.0
10	0.0	6.0
11	7.0	12.0
13	Tarim Basin, Xinjiang Province	Tibet region, Southern Tibetan plateau (Nagqu-Lhasa-Tingri profile)
14	Tarim oil field, hole Yinmai 2	Pabai Zong, spring
19		a
21	G/H	G/S
22		46.0
23		altitude = 4400 m.a.s.l.
24	680.0	0.00084121
32	0.029	0.028
33		0.026
34	4.06
36	4.05561469725	3.64e-08
37		2160.0
38	9300.0
43		Rcorr=(R/Ra)me*140; [He/Ne] was calculated at [He/Ne]air as 0.3
47	64000.0
48	742000.0
52	[CH4]=[CH4+HC]
53	Xu S. et al., 1995a	Hoke et al., 2000

CHN242

Column	Version 1	Version 2
1	~
2	25.0166666667	29.3333333333
3	~
4	25.0	29.0
5	1.0	20.0
6	~
7	98.4833333333	87.1
8	~
9	98.0	87.0
10	29.0	6.0
11	17.0	12.0
13	Tengchong vocanic area	Tibet region, Southern Tibetan plateau (Nagqu-Lhasa-Tingri profile)
14	Dagunguo	Pabai Zong, spring
19		b
22	92.0	46.0
23		altitude = 4400 m.a.s.l.
24	41.0	0.00191744
29	6100.0
32	3.86	0.027
33		0.025
34	540.0
35	>
36	540.0	3.5e-08
37		2053.33333333
38	6.0
42	297.9
43		Rcorr=(R/Ra)me*140; [He/Ne] was calculated at [He/Ne]air as 0.3
44	140.0
46	547500.0
47	352600.0
48	3300.0
50	-20.0
51	-3.0
53	Wang X. t al., 1994a	Hoke et al., 2000

CHN243

Column	Version 1	Version 2
1	~
2	25.0166666667	29.3166666667
3	~
4	25.0	29.0
5	1.0	19.0
6	~
7	98.4833333333	87.0833333333
8	~
9	98.0	87.0
10	29.0	5.0
11	17.0	12.0
13	Tengchong vocanic area	Tibet region, Southern Tibetan plateau (Nagqu-Lhasa-Tingri profile)
14	Dieshuihe	Pabai Zong, spring
19		c
22	24.0	40.0
23		altitude = 4400 m.a.s.l.
24	150.0
29	7820.0
32	3.2	0.02
33		0.013
34	448.0
36	448.0	1.82e-08
37		470.0
38	20.0
42	305.0
43		Rcorr=(R/Ra)me*140; [He/Ne] was calculated at [He/Ne]air as 0.3
44	9.0
46	624700.0
47	266200.0
48	180.0
51	-5.2
53	Wang X. t al., 1994a	Hoke et al., 2000

CHN244

Column	Version 1	Version 2
1	~
2	25.0166666667	29.0666666667
3	~
4	25.0	29.0
5	1.0	4.0
6	~
7	98.4833333333	87.75
8	~
9	98.0	87.0
10	29.0	45.0
11	17.0	12.0
13	Tengchong vocanic area	Tibet region, Southern Tibetan plateau (Nagqu-Lhasa-Tingri profile)
14	Dieshuihe	Xitchin (Laze), spring
22		52.0
23		altitude = 4970 m.a.s.l.
24		8.56e-05
32	4.92	0.072
33		0.045
34	689.0
36	689.0	6.3e-08
37		120.0
38	30.0
42	291.5
43		Rcorr=(R/Ra)me*140; [He/Ne] was calculated at [He/Ne]air as 0.3
51	-6.7
53	Wang X. t al., 1994a	Hoke et al., 2000

CHN245

Column	Version 1	Version 2
1	~
2	25.0166666667	30.05
3	~
4	25.0	30.0
5	1.0	3.0
6	~
7	98.4833333333	90.4833333333
8	~
9	98.0	90.0
11	17.0	12.0
13	Tengchong vocanic area	Tibet region, Southern Tibetan plateau (Nagqu-Lhasa-Tingri profile)
14	Heshunxiang	Yanpachen, well
21	G/S	W/H
22	20.0	78.0
23		altitude = 4258 m.a.s.l.
24	91.0
25		1.5e-06
29	180.0
32	5.13	0.11
33		0.11
34	718.0
36	718.0	1.54e-07
37		1106.66666667
38	24.0
42	301.5
43		Rcorr=(R/Ra)me*140; [He/Ne] was calculated at [He/Ne]air as 0.3
44	1.3
46	145.2
47	801300.0
48	0.0
51	-6.2
53	Wang X. t al., 1994a	Hoke et al., 2000

CHN246

Column	Version 1	Version 2
1	~
2	25.0166666667	28.6
3	~
4	25.0	28.0
5	1.0	36.0
6	~
7	98.4833333333	86.4833333333
8	~
9	98.0	86.0
11	17.0	12.0
13	Tengchong vocanic area	Tibet region, Southern Tibetan plateau (Nagqu-Lhasa-Tingri profile)
14	Huangguaqing	Zamba Chuku (Tingri), spring 1
22	90.0	45.0
23		altitude = 4360 m.a.s.l.
24	99.6	1.078e-05
29	7690.0
32	4.3	0.063
33		0.044
34	602.0
35	~
36	602.0	6.16e-08
37		163.333333333
38	1.0
42	298.7
43		Rcorr=(R/Ra)me*140; [He/Ne] was calculated at [He/Ne]air as 0.3
44	663.0
46	613500.0
47	250800.0
48	9260.0
50	-19.2
51	-2.9
53	Wang X. t al., 1994a	Hoke et al., 2000

CHN247

Column	Version 1	Version 2
1	~
2	25.0166666667	28.6
3	~
4	25.0	28.0
5	1.0	36.0
6	~
7	98.4833333333	86.4833333333
8	~
9	98.0	86.0
11	17.0	12.0
13	Tengchong vocanic area	Tibet region, Southern Tibetan plateau (Nagqu-Lhasa-Tingri profile)
14	Huangguaqing	Zamba Chuku (Tingri), spring 2
22		45.0
23		altitude = 4360 m.a.s.l.
24		9.34e-06
32	4.11	0.049
33		0.037
34	575.0
36	575.0	5.18e-08
37		273.333333333
38	193.0
42	291.7
43		Rcorr=(R/Ra)me*140; [He/Ne] was calculated at [He/Ne]air as 0.3
50	-19.6
51	-2.7
53	Wang X. t al., 1994a	Hoke et al., 2000

CHN248

Column	Version 1	Version 2
1	~
2	25.0166666667	32.3666666667
3	~
4	25.0	32.0
5	1.0	22.0
6	~
7	98.4833333333	80.3666666667
8	~
9	98.0	80.0
10	29.0	22.0
11	17.0	12.0
13	Tengchong vocanic area	Tibet region, Southern Tibetan plateau (SW Tibet, Mt Kailash area)
14	Huangguaqing	Shiquanhe Spr.
21	G/S
22		87.0
23		altitude = 4268 m.a.s.l.
32	4.21	0.27
33		0.27
34	589.0
36	589.0	3.78e-07
37		6746.66666667
38	128.0
42	302.2
43		Rcorr=(R/Ra)me*140; [He/Ne] was calculated at [He/Ne]air as 0.3
50	-19.4
51	-3.7
53	Wang X. t al., 1994a	Hoke et al., 2000

CHN249

Column	Version 1	Version 2
1	~
2	25.0166666667	31.1833333333
3	~
4	25.0	31.0
5	1.0	11.0
6	~
7	98.4833333333	80.9333333333
8	~
9	98.0	80.0
10	29.0	56.0
11	17.0	12.0
13	Tengchong vocanic area	Tibet region, Southern Tibetan plateau (SW Tibet, Mt Kailash area)
14	Huangguaqing	Tirthapuri Spr. 1
21	G/S
22		35.0
23		altitude = 4873 m.a.s.l.
32	4.02	0.43
33		0.38
34	563.0
35	~
36	563.0	5.32e-07
37		40.3333333333
38	17.0
42	297.3
43		Rcorr=(R/Ra)me*140; [He/Ne] was calculated at [He/Ne]air as 0.3
51	-3.0
53	Wang X. t al., 1994a	Hoke et al., 2000

CHN250

Column	Version 1	Version 2
1	~
2	25.0166666667	31.1833333333
3	~
4	25.0	31.0
5	1.0	11.0
6	~
7	98.4833333333	80.9333333333
8	~
9	98.0	80.0
10	29.0	56.0
11	17.0	12.0
13	Tengchong vocanic area	Tibet region, Southern Tibetan plateau (SW Tibet, Mt Kailash area)
14	Langpu	Tirthapuri Spr. 2
21	G/S
22	90.0	72.0
23		altitude = 4873 m.a.s.l.
24	3.5
29	8300.0
32	2.29	0.31
33		0.3
34	321.0
35	>
36	321.0	4.2e-07
37		182.666666667
38	1.1
42	280.0
43		Rcorr=(R/Ra)me*140; [He/Ne] was calculated at [He/Ne]air as 0.3
44	8.6
46	712300.0
47	103300.0
48	0.0
53	Wang X. t al., 1994a	Hoke et al., 2000

CHN251

Column	Version 1	Version 2
1	~
2	25.0166666667	45.6666666667
3	~
4	25.0	45.0
5	1.0	40.0
6	~
7	98.4833333333	85.6666666667
8	~
9	98.0	85.0
10	29.0	40.0
11	17.0	07
13	Tengchong vocanic area	Xinjiang Province, Jungar Basin ( 82-90 E, 43-47 N),
14	Lihuangtang	Jungar oil field, hole 307
19		113.0
21	G/S	G/H
22	86.0
24	129.4	1.6e-05
29	5570.0
32	3.58	0.032
34	510.0	4.48e-08
35	>
36	510.0	4.43481160387e-08
38	4.8	900.0
42	297.3
44	802.0
46	41830.0
47	466900.0
48	10330.0	0.94
50	-20.2
51	-2.8
52		[CH4]=[CH4+HC]
53	Wang X. t al., 1994a	Xu et al., 1995a

CHN252

Column	Version 1	Version 2
1	~
2	25.0166666667	45.5
3	~
4	25.0	45.0
5	1.0	30.0
6	~
7	98.4833333333	86.75
8	~
9	98.0	86.0
10	29.0	45.0
11	17.0	07
13	Tengchong vocanic area	Xinjiang Province, Jungar Basin ( 82-90 E, 43-47 N),
14	Reshuitang	Jungar oil field, hole 807
15		<
16		19950000.0
17		2332.0
18		15.0
19		112a
21	G/S	G/H
22	95.0
23		Permian
24	31.5
29	6330.0
32	3.29	0.09
34	459.0	1.26e-07
35		≤
36	459.0	1.26e-07
38	50.0
42	288.7
44	75.5
46	563300.0
47	324100.0
48	3440.0
51	-2.7
53	Wang X. t al., 1994a	Xu et al., 1995a

CHN253

Column	Version 1	Version 2
1	~
2	25.0166666667	45.6666666667
3	~
4	25.0	45.0
5	1.0	40.0
6	~
7	98.4833333333	85.6666666667
8	~
9	98.0	85.0
10	29.0	40.0
11	17.0	07
13	Tengchong vocanic area	Xinjiang Province, Jungar Basin ( 82-90 E, 43-47 N),
14	Ruidian 1	Jungar oil field, hole 807
17		2332.0
18		15.0
19		112b
21	G/S	G/H
22	71.0
23		Permian
24	70.6	0.00022
29	4200.0
32	0.479	0.076
34	67.0	1.064e-07
36	67.0	1.06374127483e-07
38	25.0	15000.0
42	298.7
44	18.6
46	366800.0
47	625100.0
48	200.0	0.935
51	-4.0
52		[CH4]=[CH4+HC]
53	Wang X. t al., 1994a	Xu et al., 1995a

CHN254

Column	Version 1	Version 2
1	~
2	25.0166666667	45.3333333333
3	~
4	25.0	45.0
5	1.0	20.0
6	~
7	98.4833333333	86.6666666667
8	~
9	98.0	86.0
10	29.0	40.0
11	17.0	07
13	Tengchong vocanic area	Xinjiang Province, Jungar Basin ( 82-90 E, 43-47 N),
14	Ruidian 2	Jungar oil field, hole 87
19		114.0
21	G/S	G/H
22	85.0
24	128.0	3.3e-05
29	5600.0
32	0.493	0.024
34	69.0	3.36e-08
36	69.0	3.34047721103e-08
38	33.0	2100.0
42	298.0
44	5.0
46	414800.0
47	497700.0
48	300.0	0.968
51	-4.0
52		[CH4]=[CH4+HC]
53	Wang X. t al., 1994a	Xu et al., 1995a

CHN255

Column	Version 1	Version 2
1	~
2	25.0166666667	46.0
3	~
4	25.0	46.0
5	1.0	0.0
6	~
7	98.4833333333	85.5
8	~
9	98.0	85.0
10	29.0	30.0
11	17.0	07
13	Tengchong vocanic area	Xinjiang Province, Jungar Basin ( 82-90 E, 43-47 N),
14	Shiqiang	Jungar oil field, hole Bei 16
17		2221.0
18		4.0
19		109.0
21	G/S	G/H
22	65.0
23		Permian
24	3.3	5.1e-05
29	4000.0
32	0.664	0.306
34	93.0	4.284e-07
35	<
36	93.0	4.28238039673e-07
38	0.76	1800.0
42	299.7
44	9.3
46	32350.0
47	628900.0
48	100.0	0.963
51	-3.3
52		[CH4]=[CH4+HC]
53	Wang X. t al., 1994a	Xu et al., 1995a

CHN256

Column	Version 1	Version 2
1	~
2	25.0166666667	45.1666666667
3	~
4	25.0	45.0
5	1.0	10.0
6	~
7	98.4833333333	86.5
8	~
9	98.0	86.0
10	29.0	30.0
11	17.0	07
13	Tengchong vocanic area	Xinjiang Province, Jungar Basin ( 82-90 E, 43-47 N),
14	Xiaogunguo	Jungar oil field, hole Che 30
17		2369.0
18		6.0
19		111.0
21	G/S	G/H
22	80.0
23		Carboniferous
24	39.0	0.00012
29	4000.0
32	3.9	0.037
34	546.0	5.18e-08
35	>
36	546.0	5.17357969427e-08
38	9.0	6300.0
42	301.0
44	23.0
46	380800.0
47	55200.0	0.0073
48	3300.0	0.97
50	-21.4
51	-2.9
52		[CH4]=[CH4+HC]
53	Wang X. t al., 1994a	Xu et al., 1995a

CHN257

Column	Version 1	Version 2
1	~
2	25.0166666667	44.0
3	~
4	25.0	44.0
5	1.0	0.0
6	~
7	98.4833333333	87.0
8	~
9	98.0	87.0
10	29.0	0.0
11	17.0	07
13	Tengchong vocanic area	Xinjiang Province, Jungar Basin ( 82-90 E, 43-47 N),
14	Zaotanghe	Jungar oil field, hole Huo 11
17		1589.0
18		40.0
19		110.0
21	G/S	G/H
22	96.0
23		Permian
24	5.2	2.2e-05
29	5600.0
32	2.86	0.048
34	400.0	6.72e-08
35	>
36	400.0	6.63108739159e-08
38	0.7	450.0
42	297.0
44	220.0
46	476700.0
47	423800.0
48	400.0	0.964
50	-16.6
51	-3.5
52		[CH4]=[CH4+HC]
53	Wang X. t al., 1994a	Xu et al., 1995a

CHN258

Column	Version 1	Version 2
1	~
2	25.0166666667
3	~
4	25.0
5	1.0
6	~
7	98.4833333333
8	~
9	98.0
10	29.0
11	17.0	15.0
13	Tengchong vocanic area	Xinjiang Province, Tarim Basin
14	Zaotanghe	Badong 2 well
17		4309.6
21	G/S	G/incl
23		carbonates, O2
32	2.35	0.03
34	329.0	4.4e-08
35	>
36	329.0	4.4e-08
38	0.7	482.0
42	296.2
50	-19.6
51	-4.9
53	Wang X. t al., 1994a	Zhang et al., 2003

CHN259

Column	Version 1	Version 2
1	~
2	25.0166666667	37.5
3	~
4	25.0	37.0
5	1.0	30.0
6	~
7	98.4833333333	77.5
8	~
9	98.0	77.0
10	29.0	30.0
11	17.0	02
13	Tengchong vocanic area	Xinjiang Province, Tarim Basin
14	Zaotanghe	Kekeya oil-gas field, hole Ke 2
21	G/S	G/H
29		0.000398
32	2.34	0.04
34	327.0	6.1e-08
35	>	≤
36	327.0	6.1e-08
38	0.44
42	291.6	855.0
43		[Ar]=[40Ar]
48		0.9919
50	-19.8
51	-5.0
52		[CH4]=[CH4+HC]
53	Wang X. t al., 1994a	Chen et al., 1992

CHN260

Column	Version 1	Version 2
2		37.5
4		37.0
5		30.0
7		77.4166666667
9		77.0
10		25.0
11	18.0	02
13	Tibet	Xinjiang Province, Tarim Basin
14	Mangkang Spr.	Kekeya oil-gas field, hole Ke 701
16	19890800.0
19	YG-08
21	G/S	G/H
24	2.14
29	1400.0	0.000306
32		0.06
34	42.4	8.6e-08
35	<	≤
36	42.4	8.6e-08
42	300.5	682.0
43		[Ar]=[40Ar]
44	6.28
46	10600.0
47	889000.0	0.0399
48	14.4	0.9565
50		-38.1
52		[CH4]=[CH4+HC]
53	Wang X. t al., 1994b	Chen et al., 1992

CHN261

Column	Version 1	Version 2
2	29.0
4	29.0
5	0.0
7	98.4166666667
9	98.0
10	25.0
11	6.0	15.0
13	Tibet Province	Xinjiang Province, Tarim Basin
14	Mangkang Spr.	Lunnan 46 well
16	19890516.0
17		6160.0
19	YG-08
21	G/S	G/incl
23		carbonates, O2
24	114.0
29	9500.0
32		0.02
34	12.8	2.3e-08
35	<=
36	12.8	2.3e-08
38		974.0
44	13.0
46	769000.0
47	146000.0
53	Wang X. et al., 1992	Zhang et al., 2003

CHN262

Column	Version 1	Version 2
2		41.5
4		41.0
5		30.0
7		85.0
9		85.0
10		0.0
11	13.0	02
13	Tibetan plateau	Xinjiang Province, Tarim Basin
14	Gulu 1, spring	Shaya oil-gas field, hole Shakan 2
15		<
16		19950000.0
17		5300.0
19		115a
21	G/S	G/H
23	Quaternary	Ordovician
24	127.0
29		0.000142
32	0.248	0.15
34		2.1e-07
35		≤
36	34.72	2.1e-07
38	114.0
42		1735.0
43	Rcorr=(R/Ra)me*140	[Ar]=[40Ar]
47	900000.0	0.004
48		0.9931
50		-41.1
51	-1.04
52		[CH4]=[CH4+HC]
53	Yokoyama., 1999	Chen et al., 1992

CHN263

Column	Version 1	Version 2
2		41.5
4		41.0
5		30.0
7		85.0
9		85.0
10		0.0
11	13.0	07
13	Tibetan plateau	Xinjiang Province, Tarim Basin
14	Gulu 2, spring	Shaya oil-gas field, hole Shakan 2
17		5300.0
19		115b
21	G/S	G/H
23	Quaternary	Ordovician
24	17.0	0.00049
32	0.252	0.159
34		2.226e-07
36	35.28	2.22577923336e-07
38	104.0	16000.0
43	Rcorr=(R/Ra)me*140
47	960000.0	0.044
48		0.885
51	-2.03
52		[CH4]=[CH4+HC]
53	Yokoyama., 1999	Xu et al., 1995a

CHN264

Column	Version 1	Version 2
2		41.5
4		41.0
5		30.0
7		85.0
9		85.0
10		0.0
11	13.0	02
13	Tibetan plateau	Xinjiang Province, Tarim Basin
14	Juzila,spring	Shaya oil-gas field, hole Shakan 7
21	G/S	G/H
23	Quaternary
24	1.7
29		0.000126
32	0.194	0.16
34		2.2e-07
35		≤
36	27.16	2.2e-07
38	131.0
42		2334.0
43	Rcorr=(R/Ra)me*140	[Ar]=[40Ar]
47	950000.0	0.032
48		0.9582
50		-42.4
51	-4.09
52		[CH4]=[CH4+HC]
53	Yokoyama., 1999	Chen et al., 1992

CHN265

Column	Version 1	Version 2
1		~
2		41.1666666667
3		~
4		41.0
5		10.0
6		~
7		84.0
8		~
9		84.0
10		0.0
11	13.0	16.0
13	Tibetan plateau	Xinjiang Province, Tarim Basin
14	Lingzhou, spring	Tahe oil field, Sec. 8 , hole T702b
21	G/S	G/H
23	Quaternary	carbonates, O2
32	1.08	0.03
33		0.03
36	151.2	4.31e-08
38	0.704	2976.0
42		485.0
43	Rcorr=(R/Ra)me*140
51		-4.1
53	Yokoyama., 1999	Wang et al., 2009

CHN266

Column	Version 1	Version 2
1		~
2		41.1666666667
3		~
4		41.0
5		10.0
6		~
7		84.0
8		~
9		84.0
10		0.0
11	13.0	16.0
13	Tibetan plateau	Xinjiang Province, Tarim Basin
14	Luoma, spring	Tahe oil field, Sec.10, hole TK827
21	G/S	G/H
23	Quaternary	carbonates, O2
24	35.0
32	0.217	0.02
33		0.02
36	30.38	2.26e-08
38	166.0	7887.0
42		462.0
43	Rcorr=(R/Ra)me*140
47	900000.0
51	-4.33	-2.5
53	Yokoyama., 1999	Wang et al., 2009

CHN267

Column	Version 1	Version 2
1		~
2		41.1666666667
3		~
4		41.0
5		10.0
6		~
7		84.0
8		~
9		84.0
10		0.0
11	13.0	16.0
13	Tibetan plateau	Xinjiang Province, Tarim Basin
14	Nagqu 1, spring	Tahe oil field, Sec.2, hole TK211
21	G/S	G/H
23	Quaternary	carbonates, O2
32	0.38	0.03
33		0.03
36	53.2	4e-08
38	2.4	4680.0
42		590.0
43	Rcorr=(R/Ra)me*140
47	990000.0
51	-1.99	-4.3
53	Yokoyama., 1999	Wang et al., 2009

CHN268

Column	Version 1	Version 2
1		~
2		41.1666666667
3		~
4		41.0
5		10.0
6		~
7		84.0
8		~
9		84.0
10		0.0
11	13.0	16.0
13	Tibetan plateau	Xinjiang Province, Tarim Basin
14	Nagqu 2, spring	Tahe oil field, Sec.2, hole TK235
21	G/S	G/H
23	Quaternary	carbonates, O2
32	0.24	0.03
33		0.03
36	33.6	4.59e-08
38	30.7	3900.0
42		814.0
43	Rcorr=(R/Ra)me*140
51		-2.7
53	Yokoyama., 1999	Wang et al., 2009

CHN269

Column	Version 1	Version 2
1		~
2		41.1666666667
3		~
4		41.0
5		10.0
6		~
7		84.0
8		~
9		84.0
10		0.0
11	13.0	16.0
13	Tibetan plateau	Xinjiang Province, Tarim Basin
14	Nagqu 3, spring	Tahe oil field, Sec.3, hole S23CH
21	G/S	G/H
23	Quaternary	carbonates, O2
24	9.5
32	0.24	0.04
33		0.04
36	33.6	5.23e-08
38	201.0	2875.0
42		730.0
43	Rcorr=(R/Ra)me*140
47	1010000.0
51	-2.35	-3.3
53	Yokoyama., 1999	Wang et al., 2009

CHN270

Column	Version 1	Version 2
1		~
2		41.1666666667
3		~
4		41.0
5		10.0
6		~
7		84.0
8		~
9		84.0
10		0.0
11	13.0	16.0
13	Tibetan plateau	Xinjiang Province, Tarim Basin
14	Sanxun, spring	Tahe oil field, Uncer. 1, hole S14
21	G/S	G/H
23	Quaternary	carbonates, O2
32	0.17	0.03
33		0.03
36	23.8	4.76e-08
38	32.2	2145.0
42		1333.0
43	Rcorr=(R/Ra)me*140
51		-2.0
53	Yokoyama., 1999	Wang et al., 2009

CHN271

Column	Version 1	Version 2
2		37.4166666667
4		37.0
5		25.0
7		77.5833333333
9		77.0
10		35.0
11	13.0	07
13	Tibetan plateau	Xinjiang Province, Tarim Basin
14	Yangbajain 1, spring	Tarim oil field, hole Ke 8
15		<
16		19950000.0
17		3293.5
18		10.5
19		116a
21	G/S	G/H
23	Quaternary	Neogene
32	0.135	0.06
34		8.4e-08
35		≤
36	18.9	8.4e-08
38	57.8
43	Rcorr=(R/Ra)me*140
53	Yokoyama., 1999	Xu et al., 1995a

CHN272

Column	Version 1	Version 2
2		37.4166666667
4		37.0
5		25.0
7		77.5833333333
9		77.0
10		35.0
11	13.0	07
13	Tibetan plateau	Xinjiang Province, Tarim Basin
14	Yangbajain 10, spring	Tarim oil field, hole Ke 8
17		3293.5
18		10.5
19		116b
21	G/S	G/H
23	Quaternary	Neogene
24		5e-05
32	0.126	0.056
34		7.84e-08
36	17.64	7.82720908475e-08
38	65.8	3100.0
43	Rcorr=(R/Ra)me*140
47	920000.0
48		0.967
51	-7.19
52		[CH4]=[CH4+HC]
53	Yokoyama., 1999	Xu et al., 1995a

CHN273

Column	Version 1	Version 2
2		41.5833333333
4		41.0
5		35.0
7		85.1666666667
9		85.0
10		10.0
11	13.0	07
13	Tibetan plateau	Xinjiang Province, Tarim Basin
14	Yangbajain 11, spring	Tarim oil field, hole LN 17
19		118.0
21	G/S	G/H
23	Quaternary	Ordovician
24	334.0	0.00028
32	0.131	0.032
34		4.48e-08
36	18.34	4.47402091269e-08
38	138.0	6800.0
43	Rcorr=(R/Ra)me*140
47	690000.0	0.033
48		0.976
51	-9.05
52		[CH4]=[CH4+HC]
53	Yokoyama., 1999	Xu et al., 1995a

CHN274

Column	Version 1	Version 2
2		41.5833333333
4		41.0
5		35.0
7		85.1666666667
9		85.0
10		10.0
11	13.0	07
13	Tibetan plateau	Xinjiang Province, Tarim Basin
14	Yangbajain 12, spring	Tarim oil field, hole LN 2-24-2
19		117.0
21	G/S	G/H
23	Quaternary	Triassic
24	30.0	0.00024
32	0.107	0.035
34		4.9e-08
36	14.98	4.89452275092e-08
38	154.0	7400.0
43	Rcorr=(R/Ra)me*140
47	950000.0	0.015
48		0.92
51	-6.79
52		[CH4]=[CH4+HC]
53	Yokoyama., 1999	Xu et al., 1995a

CHN275

Column	Version 1	Version 2
2		40.8333333333
4		40.0
5		50.0
7		83.3333333333
9		83.0
10		20.0
11	13.0	07
13	Tibetan plateau	Xinjiang Province, Tarim Basin
14	Yangbajain 2, spring	Tarim oil field, hole T 1
17		4842.0
18		5.0
19		120.0
21	G/S	G/H
23	Quaternary
24	56.0	4.6e-05
32	0.119	0.018
34		2.52e-08
36	16.66	2.4924984997e-08
38	670.0	1500.0
43	Rcorr=(R/Ra)me*140
47	1020000.0	0.0039
48		0.971
51	-7.35
52		[CH4]=[CH4+HC]
53	Yokoyama., 1999	Xu et al., 1995a

CHN276

Column	Version 1	Version 2
2		41.0
4		41.0
5		0.0
7		83.0
9		83.0
10		0.0
11	13.0	07
13	Tibetan plateau	Xinjiang Province, Tarim Basin
14	Yangbajain 3, spring	Tarim oil field, hole Yinmai 2
19		119.0
21	G/S	G/H
23	Quaternary
24	40.0	0.00068
32	0.122	0.029
34		4.06e-08
36	17.08	4.05561469725e-08
38	584.0	9300.0
43	Rcorr=(R/Ra)me*140
47	1000000.0	0.064
48		0.742
51	-7.33
52		[CH4]=[CH4+HC]
53	Yokoyama., 1999	Xu et al., 1995a

CHN277

Column	Version 1	Version 2
1		~
2		41.1666666667
3		~
4		41.0
5		10.0
6		~
7		84.0
8		~
9		84.0
10		0.0
11	13.0	16.0
13	Tibetan plateau	Xinjiang Province, Tarim Basin
14	Yangbajain 4, spring	Uncer. 3
21	G/S	G/H
23	Quaternary	carbonates, O2
24	53.0
32	0.121	0.02
33		0.02
36	16.94	3.33e-08
38	813.0	153.0
42		305.0
43	Rcorr=(R/Ra)me*140
47	930000.0
51	-7.15	-0.7
53	Yokoyama., 1999	Wang et al., 2009

CHN278

Column	Version 1	Version 2
2		43.1666666667
4		43.0
5		10.0
7		89.8333333333
9		89.0
10		50.0
11	13.0	07
13	Tibetan plateau	Xinjiang Province, Tuha Basin (87.5 - 94.5 E, 42-43.5 N),
14	Yangbajain 5, spring	Tuha oil field, hole Ke 7
17		1844.5
18		3.5
19		121.0
21	G/S	G/H
23	Quaternary	Jurassic
24	52.0	0.00011
32	0.125	0.028
34		3.92e-08
36	17.5	3.91330721183e-08
38	127.0	6100.0
43	Rcorr=(R/Ra)me*140
47	840000.0
48		0.946
51	-7.5
52		[CH4]=[CH4+HC]
53	Yokoyama., 1999	Xu et al., 1995a

CHN279

Column	Version 1	Version 2
2		43.0
4		43.0
5		0.0
7		89.8333333333
9		89.0
10		50.0
11	13.0	07
13	Tibetan plateau	Xinjiang Province, Tuha Basin (87.5 - 94.5 E, 42-43.5 N),
14	Yangbajain 6, spring	Tuha oil field, hole Lin 36
17		2920.5
18		30.5
19		125.0
21	G/S	G/H
23	Quaternary	Jurassic
24		0.00017
32	0.157	0.022
34		3.08e-08
36	21.98	3.06946688207e-08
38	5.37	3900.0
43	Rcorr=(R/Ra)me*140
47	390000.0
48		0.965
51	-6.34
52		[CH4]=[CH4+HC]
53	Yokoyama., 1999	Xu et al., 1995a

CHN280

Column	Version 1	Version 2
2		43.0
4		43.0
5		0.0
7		89.0
9		89.0
10		0.0
11	13.0	07
13	Tibetan plateau	Xinjiang Province, Tuha Basin (87.5 - 94.5 E, 42-43.5 N),
14	Yangbajain 7, spring	Tuha oil field, hole Shengnan 1
17		2325.0
18		5.0
19		126.0
21	G/S	G/H
23	Quaternary	Jurassic
24		3.3e-05
32	0.565	0.039
34		5.46e-08
36	79.1	5.42894514119e-08
38	0.866	1300.0
43	Rcorr=(R/Ra)me*140
48		0.944
52		[CH4]=[CH4+HC]
53	Yokoyama., 1999	Xu et al., 1995a

CHN281

Column	Version 1	Version 2
2		43.0
4		43.0
5		0.0
7		90.5
9		90.0
10		30.0
11	13.0	07
13	Tibetan plateau	Xinjiang Province, Tuha Basin (87.5 - 94.5 E, 42-43.5 N),
14	Yangbajain 8, spring	Tuha oil field, hole Taican 1
17		3027.5
18		219.5
19		122.0
21	G/S	G/H
23	Quaternary	Jurassic
24		0.00016
32	0.12	0.018
34		2.52e-08
36	16.8	2.50854237853e-08
38	48.1	3600.0
43	Rcorr=(R/Ra)me*140
47	970000.0
48		0.924
51	-6.71
52		[CH4]=[CH4+HC]
53	Yokoyama., 1999	Xu et al., 1995a

CHN282

Column	Version 1	Version 2
2		43.1666666667
4		43.0
5		10.0
7		91.0
9		91.0
10		0.0
11	13.0	07
13	Tibetan plateau	Xinjiang Province, Tuha Basin (87.5 - 94.5 E, 42-43.5 N),
14	Yangbajain 9, spring	Tuha oil field, hole Wen 21
19		124.0
21	G/S	G/H
23	Quaternary
24		0.00055
32	0.648	0.032
34		4.48e-08
36	90.72	4.47465031514e-08
38	0.587	7600.0
43	Rcorr=(R/Ra)me*140
48		0.92
52		[CH4]=[CH4+HC]
53	Yokoyama., 1999	Xu et al., 1995a

CHN283

Column	Version 1	Version 2
2		43.0833333333
4		43.0
5		5.0
7		90.75
9		90.0
10		45.0
11	13.0	07
13	Tibetan plateau	Xinjiang Province, Tuha Basin (87.5 - 94.5 E, 42-43.5 N),
14	Yuela, spring	Tuha oil field, hole Wenxi 7-1
19		123.0
21	G/S	G/H
23	Quaternary
24	67.0	0.00051
32	0.256	0.034
34		4.76e-08
36	35.84	4.73971095664e-08
38	154.0	2000.0
43	Rcorr=(R/Ra)me*140
47	970000.0
48		0.172
51	-2.89
52		[CH4]=[CH4+HC]
53	Yokoyama., 1999	Xu et al., 1995a

CHN284

Column	Version 1	Version 2
2	43.1666666667
4	43.0
5	10.0
7	89.8333333333
9	89.0
10	50.0
11	7.0	06,18
13	Tuha Basin (87.5 - 94.5 E, 42-43.5 N), Xinjiang Province	Yunnan Province
14	Tuha oil field, hole Ke 7	Shuangjiang County, Mengku Spr.
16		19890513.0
17	1844.5
18	3.5
19		YG-01
21	G/H	G/S
22		67.0
23	Jurassic
24	110.0	0.000731
29		0.0145
32	0.028
34	3.92	4.92e-08
35		≤
36	3.91330721183	4.92e-08
38	6100.0
42		291.3
44		4.02e-05
46		0.808
47		0.0015
48	946000.0	0.00236
50		-33.2
52	[CH4]=[CH4+HC]	[Macgases]<92 % vol; See ref [18]
53	Xu S. et al., 1995a	Wang et al., 1992; Wang et al., 1994b

CHN285

Column	Version 1	Version 2
2	43.0	26.0833333333
4	43.0	26.0
5	0.0	5.0
7	89.8333333333	98.9666666667
9	89.0	98.0
10	50.0	58.0
11	7.0	06,18
13	Tuha Basin (87.5 - 94.5 E, 42-43.5 N), Xinjiang Province	Yunnan Province
14	Tuha oil field, hole Lin 36	Eryuan Spr.
16		19890800.0
17	2920.5
18	30.5
19		JHG-03
21	G/H	G/S
23	Jurassic
24	170.0	5.15e-05
29		0.0161
32	0.022
34	3.08	4.03e-07
35		≤
36	3.06946688207	4.03e-07
38	3900.0
42		288.5
44		1.54e-06
46		0.736
47		0.158
48	965000.0	0.000131
52	[CH4]=[CH4+HC]	See ref [18]
53	Xu S. et al., 1995a	Wang et al., 1992; Wang et al., 1994b

CHN286

Column	Version 1	Version 2
2	43.0	22.6666666667
4	43.0	22.0
5	0.0	40.0
7	89.0	99.8333333333
9	89.0	99.0
10	0.0	50.0
11	7.0	06,18
13	Tuha Basin (87.5 - 94.5 E, 42-43.5 N), Xinjiang Province	Yunnan Province
14	Tuha oil field, hole Shengnan 1	Lancang Spr.
16		19890513.0
17	2325.0
18	5.0
19		YG-02
21	G/H	G/S
22		63.0
23	Jurassic
24	33.0	0.000672
29		0.0069
32	0.039
34	5.46	4.65e-06
35		≥
36	5.42894514119	4.65e-06
38	1300.0
42		300.8
44		9.74e-06
46		0.386
47		0.543
48	944000.0	0.0172
50		-45.2
52	[CH4]=[CH4+HC]	See ref [18]
53	Xu S. et al., 1995a	Wang et al., 1992; Wang et al., 1994b

CHN287

Column	Version 1	Version 2
2	43.0	25.3333333333
4	43.0	25.0
5	0.0	20.0
7	90.5	100.5
9	90.0	100.0
11	7.0	06,18
13	Tuha Basin (87.5 - 94.5 E, 42-43.5 N), Xinjiang Province	Yunnan Province
14	Tuha oil field, hole Taican 1	Midu Spr.
16		19890513.0
17	3027.5
18	219.5
19		YG-03
21	G/H	G/S
22		68.0
23	Jurassic
24	160.0	0.000168
29		0.014
32	0.018
34	2.52	1.29e-07
35		≤
36	2.50854237853	1.29e-07
38	3600.0
42		300.6
44		1.13e-05
46		0.731
47		0.247
48	924000.0	0.000111
52	[CH4]=[CH4+HC]	See ref [18]
53	Xu S. et al., 1995a	Wang et al., 1992; Wang et al., 1994b

CHN288

Column	Version 1	Version 2
2	43.1666666667	25.75
4	43.0	25.0
5	10.0	45.0
7	91.0	100.166666667
9	91.0	100.0
10	0.0	10.0
11	7.0	06,18
13	Tuha Basin (87.5 - 94.5 E, 42-43.5 N), Xinjiang Province	Yunnan Province
14	Tuha oil field, hole Wen 21	Xiaguan Spr.
16		19890800.0
19		JHG-01
21	G/H	G/S
22		76.7
24	550.0	9.94e-05
29		0.0089
32	0.032
34	4.48	9.67e-07
35		≤
36	4.47465031514	9.67e-07
38	7600.0
42		299.5
44		6.28e-05
46		0.651
47		0.247
48	920000.0	4.81e-05
52	[CH4]=[CH4+HC]	[Macgases]<92 % vol; See ref [18]
53	Xu S. et al., 1995a	Wang et al., 1992; Wang et al., 1994b

CHN289

Column	Version 1	Version 2
2	43.0833333333	29.7
4	43.0	29.0
5	5.0	42.0
7	90.75	99.4
9	90.0	99.0
10	45.0	24.0
11	7.0	06,18
13	Tuha Basin (87.5 - 94.5 E, 42-43.5 N), Xinjiang Province	Yunnan Province
14	Tuha oil field, hole Wenxi 7-1	Zhongdian Spr.
16		19890518.0
19		YG-06
21	G/H	G/S
22		63.0
24	510.0	4.28e-06
29		0.0059
32	0.034
34	4.76	5.29e-07
35		≤
36	4.73971095664	5.29e-07
38	2000.0
42		299.8
44		3.14e-06
46		0.446
47		0.535
48	172000.0
52	[CH4]=[CH4+HC]	See ref [18]
53	Xu S. et al., 1995a	Wang et al., 1992, Wang et al., 1994b

CHN290

Column	Version 1	Version 2
2	43.5	29.7
4	43.0	29.0
5	30.0	42.0
7	124.5	99.4
9	124.0	99.0
10	30.0	24.0
11	3.0	06,18
13	Xialiaohe basin	Yunnan Province
14	Hole Jie 3	Zhongdian Spr.
16		19890519.0
19		YG-04
21	G/H	G/S
22		18.0
23	J
24	1000.0	2.14e-06
29		0.0014
34	550.0	4.24e-07
35	>=	≤
36	550.0	4.24e-07
42		300.5
44		6.28e-06
46		0.106
47		0.889
48		1.44e-05
52		[Macgases]<92 % vol; See ref [18]
53	Du J., 1992	Wang et al., 1992, Wang et al., 1994b

CHN291

Column	Version 1	Version 2
1		~
2	30.0833333333	25.0166666667
3		~
4	30.0	25.0
5	5.0	1.0
6		~
7	90.5833333333	98.4833333333
8		~
9	90.0	98.0
10	35.0	29.0
11	1.0	17.0
13	Xizang Zizhiqu province (Tibet autonomous region)	Yunnan Province, Tengchong vocanic area
14	Yangbajing geothermal field, spring 1	Dagunguo Spr.
17	0.0
22	65.0	92.0
24	25.8703070346	4.1e-05
29	81.1212592305	0.0061
32	0.117	3.86
34	16.38	5.4e-06
35	<=	≥
36	16.38	5.4e-06
38		6.0
39	9.79
40	2.91
41	0.189
42	340.0	297.9
43	Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
44	738.94092499	0.00014
45	0.0
46	3945.44306257	0.5475
47	994947.532064	0.3526
48	150.934706568	0.0033
50		-20.0
51	-8.5	-3.0
53	Cai et al., 1986	Wang et al., 1994a

CHN292

Column	Version 1	Version 2
1		~
2	30.0833333333	25.0166666667
3		~
4	30.0	25.0
5	5.0	1.0
6		~
7	90.5833333333	98.4833333333
8		~
9	90.0	98.0
10	35.0	29.0
11	1.0	17.0
13	Xizang Zizhiqu province (Tibet autonomous region)	Yunnan Province, Tengchong vocanic area
14	Yangbajing geothermal field, spring 10	Dieshuihe Spr.
17	0.0
19		a
22	90.0	24.0
24	20.4331882911	0.00015
29	482.041139241	0.00782
32	0.128	3.2
34	17.92	4.48e-06
35	<=
36	17.92	4.48e-06
38		20.0
39	9.81
40	2.96
41	0.184
42	295.0	305.0
43	Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
44		9e-06
45	4694.54509494
46	21544.5609177	0.6247
47	973101.265823	0.2662
48	37.4920886076	0.00018
51	-9.5	-5.2
53	Cai et al., 1986	Wang et al., 1994a

CHN293

Column	Version 1	Version 2
1		~
2	30.0833333333	25.0166666667
3		~
4	30.0	25.0
5	5.0	1.0
6		~
7	90.5833333333	98.4833333333
8		~
9	90.0	98.0
10	35.0	29.0
11	1.0	17.0
13	Xizang Zizhiqu province (Tibet autonomous region)	Yunnan Province, Tengchong vocanic area
14	Yangbajing geothermal field, spring 11	Dieshuihe Spr.
17	0.0
19		b
22	75.0
24	57.9005524862
29	2191.94948698
32	0.135	4.92
34	18.9	6.89e-06
35	<=
36	18.9	6.89e-06
38		30.0
42		291.5
43	Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
44	641.041831097
45	31783.2675612
46	171881.925809
47	793212.312549
51	-8.0	-6.7
53	Cai et al., 1986	Wang et al., 1994a

CHN294

Column	Version 1	Version 2
1		~
2	30.0833333333	25.0166666667
3		~
4	30.0	25.0
5	5.0	1.0
6		~
7	90.5833333333	98.4833333333
8		~
9	90.0	98.0
10	35.0	29.0
11	1.0	17.0
13	Xizang Zizhiqu province (Tibet autonomous region)	Yunnan Province, Tengchong vocanic area
14	Yangbajing geothermal field, spring 2	Heshunxiang Spr.
17	0.0
22	45.0	20.0
24	108.819311436	9.1e-05
29	154.944994064	0.00018
32	0.116	5.13
34	16.24	7.18e-06
35	<=
36	16.24	7.18e-06
38		24.0
42		301.5
43	Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
44	22.7700831025	1.3e-06
45	0.0
46	10465.5639098	0.0001452
47	989315.393748	0.8013
48	199.509299565
51	-8.5	-6.2
53	Cai et al., 1986	Wang et al., 1994a

CHN295

Column	Version 1	Version 2
1		~
2	30.0833333333	25.0166666667
3		~
4	30.0	25.0
5	5.0	1.0
6		~
7	90.5833333333	98.4833333333
8		~
9	90.0	98.0
10	35.0	29.0
11	1.0	17.0
13	Xizang Zizhiqu province (Tibet autonomous region)	Yunnan Province, Tengchong vocanic area
14	Yangbajing geothermal field, spring 3	Huangguaqing Spr.
17	0.0
19		a
22	86.0	90.0
24	20.4119712115	9.96e-05
29	58.1743302679	0.00769
32	0.122	4.3
34	17.08	6.02e-06
35	<=
36	17.08	6.02e-06
38		1.0
42		298.7
43	Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
44		0.000663
45	376.646941224
46	3734.62215114	0.6135
47	995601.759296	0.2508
48	76.8580567773	0.00926
50		-19.2
51	-9.7	-2.9
53	Cai et al., 1986	Wang et al., 1994a

CHN296

Column	Version 1	Version 2
1		~
2	30.0833333333	25.0166666667
3		~
4	30.0	25.0
5	5.0	1.0
6		~
7	90.5833333333	98.4833333333
8		~
9	90.0	98.0
10	35.0	29.0
11	1.0	17.0
13	Xizang Zizhiqu province (Tibet autonomous region)	Yunnan Province, Tengchong vocanic area
14	Yangbajing geothermal field, spring 4	Huangguaqing Spr.
17	0.0
19		b
22	88.0
24	97.2055489022
29	553.153692615
32	0.124	4.11
34	17.36	5.75e-06
35	<=
36	17.36	5.75e-06
38		193.0
39	9.88
40	2.94
42	317.0	291.7
43	Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
44	1142.18762475
45	0.0
46	27998.5469062
47	970059.88024
48	206.311377246
50		-19.6
51	-8.8	-2.7
53	Cai et al., 1986	Wang et al., 1994a

CHN297

Column	Version 1	Version 2
1		~
2	30.0833333333	25.0166666667
3		~
4	30.0	25.0
5	5.0	1.0
6		~
7	90.5833333333	98.4833333333
8		~
9	90.0	98.0
10	35.0	29.0
11	1.0	17.0
13	Xizang Zizhiqu province (Tibet autonomous region)	Yunnan Province, Tengchong vocanic area
14	Yangbajing geothermal field, steam well 5	Huangguaqing Spr.
17	87.0
19		c
21	M/H	G/S
24	109.449883087
29	157.605611847
32	0.124	4.21
34	17.36	5.89e-06
35	<=
36	17.36	5.89e-06
38		128.0
39	9.74
40	2.94
41	0.187
42	375.0	302.2
43	Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
45	0.0
46	13353.4684334
47	985970.381917
48	362.104442712
50		-19.4
51	-8.4	-3.7
53	Cai et al., 1986	Wang et al., 1994a

CHN298

Column	Version 1	Version 2
1		~
2	30.0833333333	25.0166666667
3		~
4	30.0	25.0
5	5.0	1.0
6		~
7	90.5833333333	98.4833333333
8		~
9	90.0	98.0
10	35.0	29.0
11	1.0	17.0
13	Xizang Zizhiqu province (Tibet autonomous region)	Yunnan Province, Tengchong vocanic area
14	Yangbajing geothermal field, steam well 6	Huangguaqing Spr.
17	354.0
19		d
21	M/H	G/S
24	102.479680901
29	145.794931957
32	0.124	4.02
34	17.36	5.63e-06
35	<=
36	17.36	5.63e-06
38		17.0
42		297.3
43	Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
44	375.068043172
45	0.0
46	13813.3036133
47	985452.839043
48	259.774753637
51	-8.1	-3.0
53	Cai et al., 1986	Wang et al., 1994a

CHN299

Column	Version 1	Version 2
1		~
2	30.0833333333	25.0166666667
3		~
4	30.0	25.0
5	5.0	1.0
6		~
7	90.5833333333	98.4833333333
8		~
9	90.0	98.0
10	35.0	29.0
11	1.0	17.0
13	Xizang Zizhiqu province (Tibet autonomous region)	Yunnan Province, Tengchong vocanic area
14	Yangbajing geothermal field, steam well 7	Langpu Spr.
17	213.0
21	M/H	G/S
22		90.0
24	12.630551817	3.5e-06
29	80.7617765814	0.0083
32	0.127	2.29
34	17.78	3.21e-06
35	<=	≥
36	17.78	3.21e-06
38		1.1
42		280.0
43	Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
44	38.7213997308	8.6e-06
45	161.892328398
46	3376.13728129	0.7123
47	995962.314939	0.1033
48	30.2395693136
53	Cai et al., 1986	Wang et al., 1994a

CHN300

Column	Version 1	Version 2
1		~
2	30.0833333333	25.0166666667
3		~
4	30.0	25.0
5	5.0	1.0
6		~
7	90.5833333333	98.4833333333
8		~
9	90.0	98.0
10	35.0	29.0
11	1.0	17.0
13	Xizang Zizhiqu province (Tibet autonomous region)	Yunnan Province, Tengchong vocanic area
14	Yangbajing geothermal field, steam well 9	Lihuangtang Spr.
17	68.0
21	M/H	G/S
22		86.0
24	98.2005781391	0.0001294
29	63.9790424571	0.00557
32	0.121	3.58
34	16.94	5.1e-06
35	<=	≥
36	16.94	5.1e-06
38		4.8
39	9.76
40	3.06
41	0.192
42	468.0	297.3
43	Analyzed by the Isotope Laboratory, Scripps Institution of Oceanography.
44	954.045167118	0.000802
45	0.0
46	6810.46431798	0.04183
47	991869.918699	0.4669
48	229.647696477	0.01033
50		-20.2
51	-7.4	-2.8
53	Cai et al., 1986	Wang et al., 1994a

CHN301

Column	Version 1	Version 2
1		~
2	26.0833333333	25.0166666667
3		~
4	26.0	25.0
5	5.0	1.0
6		~
7	98.9666666667	98.4833333333
8		~
10	58.0	29.0
11	6, 18	17.0
13	Yunnan Province	Yunnan Province, Tengchong vocanic area
14	Eryuan Spr.	Reshuitang Spr.
16	19890800.0
19	JHG-03
22		95.0
24	51.5	3.15e-05
29	16100.0	0.00633
32		3.29
34	40.3	4.59e-06
35	<=
36	40.3	4.59e-06
38		50.0
42	288.5	288.7
44	1.54	7.55e-05
46	736000.0	0.5633
47	158000.0	0.3241
48	131.0	0.00344
51		-2.7
53	Wang X. et al., 1992, Wang X. t al., 1994b	Wang et al., 1994a

CHN302

Column	Version 1	Version 2
1		~
2	22.6666666667	25.0166666667
3		~
4	22.0	25.0
5	40.0	1.0
6		~
7	99.8333333333	98.4833333333
8		~
9	99.0	98.0
10	50.0	29.0
11	6, 18	17.0
13	Yunnan Province	Yunnan Province, Tengchong vocanic area
14	Lancang Spr.	Ruidian 1 Spr.
16	19890513.0
19	YG-02
22	63.0	71.0
24	672.0	7.06e-05
29	6900.0	0.0042
32		0.479
34	465.0	6.7e-07
35	>=
36	465.0	6.7e-07
38		25.0
42	300.8	298.7
44	9.74	1.86e-05
46	386000.0	0.3668
47	543000.0	0.6251
48	17200.0	0.0002
50	-45.2
51		-4.0
53	Wang X. et al., 1992, Wang X. t al., 1994b	Wang et al., 1994a

CHN303

Column	Version 1	Version 2
1		~
2	25.3333333333	25.0166666667
3		~
5	20.0	1.0
6		~
7	100.5	98.4833333333
8		~
9	100.0	98.0
10	30.0	29.0
11	6, 18	17.0
13	Yunnan Province	Yunnan Province, Tengchong vocanic area
14	Midu Spr.	Ruidian 2 Spr.
16	19890513.0
19	YG-03
22	68.0	85.0
24	168.0	0.000128
29	14000.0	0.0056
32		0.493
34	12.9	6.9e-07
35	<=
36	12.9	6.9e-07
38		33.0
42	300.6	298.0
44	11.3	5e-06
46	731000.0	0.4148
47	247000.0	0.4977
48	111.0	0.0003
51		-4.0
53	Wang X. et al., 1992, Wang X. t al., 1994b	Wang et al., 1994a

CHN304

Column	Version 1	Version 2
1		~
2		25.0166666667
3		~
4		25.0
5		1.0
6		~
7		98.4833333333
8		~
9		98.0
10		29.0
11	18.0	17.0
13	Yunnan Province	Yunnan Province, Tengchong vocanic area
14	Shuangjiang County, Mengku Spr.	Shiqiang Spr.
16	19890513.0
19	YG-01
22	62.0	65.0
24	731.0	3.3e-06
29	14500.0	0.004
32		0.664
34	4.92	9.3e-07
35	<	≤
36	4.92	9.3e-07
38		0.76
42	291.3	299.7
44	40.2	9.3e-06
46	898000.0	0.03235
47	1500.0	0.6289
48	2360.0	0.0001
50	-33.2
51		-3.3
53	Wang X. t al., 1994b	Wang et al., 1994a

CHN305

Column	Version 1	Version 2
1		~
2	25.75	25.0166666667
3		~
5	45.0	1.0
6		~
7	100.166666667	98.4833333333
8		~
9	100.0	98.0
10	10.0	29.0
11	6, 18	17.0
13	Yunnan Province	Yunnan Province, Tengchong vocanic area
14	Xiaguan Spr.	Xiaogunguo Spr.
16	19890800.0
19	JHG-01
22	76.7	80.0
24	99.4	3.9e-05
29	8900.0	0.004
32		3.9
34	96.7	5.46e-06
35	<=	≥
36	96.7	5.46e-06
38		9.0
42	299.5	301.0
44	62.8	2.3e-05
46	651000.0	0.3808
47	247000.0	0.0552
48	48.1	0.0033
50		-21.4
51		-2.9
53	Wang X. et al., 1992, Wang X. t al., 1994b	Wang et al., 1994a

CHN306

Column	Version 1	Version 2
1		~
2	29.7	25.0166666667
3		~
4	29.0	25.0
5	42.0	1.0
6		~
7	99.4	98.4833333333
8		~
9	99.0	98.0
10	24.0	29.0
11	6.0	17.0
13	Yunnan Province	Yunnan Province, Tengchong vocanic area
14	Zhongdian Spr.	Zaotanghe Spr.
16	19890518.0
19	YG-06	3a
22	63.0	96.0
24	4.28	5.2e-06
29	5900.0	0.0056
32		2.86
34	52.9	4e-06
35	<=	≥
36	52.9	4e-06
38		0.7
42	299.8	297.0
44	3.14	0.00022
46	446000.0	0.4767
47	535000.0	0.4238
48		0.0004
50		-16.6
51		-3.5
53	Wang X. et al., 1992, Wang X. t al., 1994b	Wang et al., 1994a

CHN307

Column	Version 1	Version 2
1		~
2	29.7	25.0166666667
3		~
4	29.0	25.0
5	42.0	1.0
6		~
7	99.4	98.4833333333
8		~
9	99.0	98.0
10	24.0	29.0
11	6.0	17.0
13	Yunnan Province	Yunnan Province, Tengchong vocanic area
14	Zhongdian Spr.	Zaotanghe Spr.
16	19890519.0
19	YG-04	3b
22	18.0
24	2.14
29	1400.0
32		2.35
34	42.4	3.29e-06
35	<=	≥
36	42.4	3.29e-06
38		0.7
42	300.5	296.2
44	6.28
46	106000.0
47	889000.0
48	14.4
50		-19.6
51		-4.9
53	Wang X. et al., 1992, Wang X. t al., 1994b	Wang et al., 1994a

IND001

Column	Version 1	Version 2
11	4.0	04
24	9241.454	0.009241454
26	0.0
29	13800.0	0.0138
34	37.8	3.78e-07
36	37.8	3.78e-07
45	5740.0	0.00574
46	938000.0	0.938
47	30000.0	0.03
48	910.0	0.00091
49	50.0	5e-05
53	Minissale, A., Vaselli, O., Chandrasekharam, D., Magro, G., Tassi. F., Casiglia, A. (2000) Origin and evolution of 'intracratonic' fluids from central-western penunsular India. EPSL, 181, 377-394.	Minissale et al., 2000

IND002

Column	Version 1	Version 2
11	4.0	04
24	33366.3	0.033
26	15.0	1.5e-05
29	10900.0	0.0109
34	5.6	5.6e-08
36	5.6	5.6e-08
37	2224.42	2200.0
45	1830.0	0.00183
46	953000.0	0.953
47	370.0	0.00037
48	1120.0	0.00112
49	50.0	5e-05
53	Minissale, A., Vaselli, O., Chandrasekharam, D., Magro, G., Tassi. F., Casiglia, A. (2000) Origin and evolution of 'intracratonic' fluids from central-western penunsular India. EPSL, 181, 377-394.	Minissale et al., 2000

IND003

Column	Version 1	Version 2
11	4.0	04
24	5.0555	5.0555e-06
26	1.0	1e-06
29	930.0	0.00093
34	74.2	7.42e-07
36	74.2	7.42e-07
45	26400.0	0.0264
46	57700.0	0.0577
47	109000.0	0.109
48	805000.0	0.805
49	50.0	5e-05
53	Minissale, A., Vaselli, O., Chandrasekharam, D., Magro, G., Tassi. F., Casiglia, A. (2000) Origin and evolution of 'intracratonic' fluids from central-western penunsular India. EPSL, 181, 377-394.	Minissale et al., 2000

IND004

Column	Version 1	Version 2
11	4.0	04
24	23861.96	0.02386196
26	16.0	1.6e-05
29	12400.0	0.0124
34	9.8	9.8e-08
36	9.8	9.8e-08
45	7910.0	0.00791
46	956000.0	0.956
47	100.0	0.0001
48	470.0	0.00047
49	50.0	5e-05
53	Minissale, A., Vaselli, O., Chandrasekharam, D., Magro, G., Tassi. F., Casiglia, A. (2000) Origin and evolution of 'intracratonic' fluids from central-western penunsular India. EPSL, 181, 377-394.	Minissale et al., 2000

IND005

Column	Version 1	Version 2
11	4.0	04
24	24974.17	0.02497417
26	15.0	1.5e-05
29	12300.0	0.0123
34	28.0	2.8e-07
36	28.0	2.8e-07
45	7490.0	0.00749
46	955000.0	0.955
47	100.0	0.0001
48	660.0	0.00066
49	50.0	5e-05
53	Minissale, A., Vaselli, O., Chandrasekharam, D., Magro, G., Tassi. F., Casiglia, A. (2000) Origin and evolution of 'intracratonic' fluids from central-western penunsular India. EPSL, 181, 377-394.	Minissale et al., 2000

IND006

Column	Version 1	Version 2
11	4.0	04
24	21536.43	0.02153643
26	15.0	1.5e-05
29	14100.0	0.0141
34	35.0	3.5e-07
36	35.0	3.5e-07
45	10600.0	0.0106
46	954000.0	0.954
47	100.0	0.0001
48	430.0	0.00043
49	50.0	5e-05
53	Minissale, A., Vaselli, O., Chandrasekharam, D., Magro, G., Tassi. F., Casiglia, A. (2000) Origin and evolution of 'intracratonic' fluids from central-western penunsular India. EPSL, 181, 377-394.	Minissale et al., 2000

IND007

Column	Version 1	Version 2
11	4.0	04
24	8786.459	0.008786459
26	13.0	1.3e-05
29	13200.0	0.0132
34	16.8	1.68e-07
36	16.8	1.68e-07
45	14300.0	0.0143
46	963000.0	0.963
47	250.0	0.00025
48	730.0	0.00073
49	50.0	5e-05
53	Minissale, A., Vaselli, O., Chandrasekharam, D., Magro, G., Tassi. F., Casiglia, A. (2000) Origin and evolution of 'intracratonic' fluids from central-western penunsular India. EPSL, 181, 377-394.	Minissale et al., 2000

IND008

Column	Version 1	Version 2
11	4.0	04
24	29524.12	0.02952412
26	0.0
29	13600.0	0.0136
34	22.4	2.24e-07
36	22.4	2.24e-07
45	9060.0	0.00906
46	947000.0	0.947
47	190.0	0.00019
48	620.0	0.00062
49	50.0	5e-05
53	Minissale, A., Vaselli, O., Chandrasekharam, D., Magro, G., Tassi. F., Casiglia, A. (2000) Origin and evolution of 'intracratonic' fluids from central-western penunsular India. EPSL, 181, 377-394.	Minissale et al., 2000

IND009

Column	Version 1	Version 2
11	4.0	04
24	23356.41	0.02335641
26	15.0	1.5e-05
29	12000.0	0.012
34	1.4	1.4e-08
36	1.4	1.4e-08
45	10900.0	0.0109
46	953000.0	0.953
47	100.0	0.0001
48	650.0	0.00065
49	50.0	5e-05
53	Minissale, A., Vaselli, O., Chandrasekharam, D., Magro, G., Tassi. F., Casiglia, A. (2000) Origin and evolution of 'intracratonic' fluids from central-western penunsular India. EPSL, 181, 377-394.	Minissale et al., 2000

IND010

Column	Version 1	Version 2
11	4.0	04
24	28614.13	0.02861413
26	17.0	1.7e-05
29	13500.0	0.0135
34	37.8	3.78e-07
36	37.8	3.78e-07
45	6750.0	0.00675
46	951000.0	0.951
47	100.0	0.0001
48	450.0	0.00045
49	50.0	5e-05
53	Minissale, A., Vaselli, O., Chandrasekharam, D., Magro, G., Tassi. F., Casiglia, A. (2000) Origin and evolution of 'intracratonic' fluids from central-western penunsular India. EPSL, 181, 377-394.	Minissale et al., 2000

IND011

Column	Version 1	Version 2
11	4.0	04
24	69664.79	0.0689
26	13.0	1.3e-05
29	13400.0	0.0134
34	1.96	1.96e-08
36	1.96	1.96e-08
37	5358.83	5300.0
45	5390.0	0.00539
46	908000.0	0.908
47	100.0	0.0001
48	3830.0	0.00383
49	50.0	5e-05
53	Minissale, A., Vaselli, O., Chandrasekharam, D., Magro, G., Tassi. F., Casiglia, A. (2000) Origin and evolution of 'intracratonic' fluids from central-western penunsular India. EPSL, 181, 377-394.	Minissale et al., 2000

IND012

Column	Version 1	Version 2
11	4.0	04
24	14256.51	0.01425651
26	13.0	1.3e-05
29	14400.0	0.0144
34	2.8	2.8e-08
36	2.8	2.8e-08
45	27500.0	0.0275
46	922000.0	0.922
47	1790.0	0.00179
48	18400.0	0.0184
49	50.0	5e-05
53	Minissale, A., Vaselli, O., Chandrasekharam, D., Magro, G., Tassi. F., Casiglia, A. (2000) Origin and evolution of 'intracratonic' fluids from central-western penunsular India. EPSL, 181, 377-394.	Minissale et al., 2000

INS001

Column	Version 1	Version 2
2	-7.13333333333	-8.25
4	-7.0	-8.0
5	-8.0	-15.0
7	128.683333333	115.4
9	128.0	115.0
10	41.0	24.0
11	2,3,4	05
13	Damar Isl.	Bali Isl.
14	Damar volcano, Wurlali cone, flank fumarole (400 m)	Batur volc.
19		724.0
21	G/F	W/S
22	135.0	32.0
25		2e-07
32	1.69	6.81
33	1.69	7.87
36	236.6	1.1018e-05
37	172.2
38		1.85115
43		(4He/20Ne)meas/(4He/20Ne)air = 6.45
44	555.555555556
46	14197.5308642
47	904370.37037
49	82098.7654321
51	-4.9
52	Gas fraction = 162 mmol/mol; [CO2]=[CO2+SO2+HCl+HF]; d13C for total carbon
53	Hilton & Craig, 1989; Poreda & Craig, 1989; Poorter et al., 1991	Halldorsson et al., 2013

INS002

Column	Version 1	Version 2
11	2,3,4	02,03,04
14	Damar volcano, Wurlali cone, summit fumarole (700 m)	Damar volcano, Wurlali cone, flank fumarole (400 m)
19	S1/S2
22	170.0	135.0
32	1.65	1.69
33	1.65	1.69
36	231.0	2.366e-06
37	918.4	172.2
44	143.892339545	0.000555555555556
46	42349.8964803	0.0141975308642
47	956885.921325	0.90437037037
49	17184.2650104	0.0820987654321
51	-4.8	-4.9
52	Gas fraction = 69.5 mmol/mol; [CO2]=[CO2+SO2+HCl+HF]; d13C for total carbon	Gas fraction = 162 mmol/mol; [CO2]=[CO2+SO2+HCl+HF]; d13C for total carbon

INS003

Column	Version 1	Version 2
2	-8.66666666667	-7.13333333333
4	-8.0	-7.0
5	-40.0	-8.0
7	122.45	128.683333333
9	122.0	128.0
10	27.0	41.0
11	4.0	02,03,04
13	Flores Isl.	Damar Isl.
14	Egon volcano, summit fumarole1	Damar volcano, Wurlali cone, summit fumarole (700 m)
19		S1/S2
22	124.0	170.0
32	1.27	1.65
33	1.27	1.65
36	177.8	2.31e-06
37	89.544	918.4
44		0.000143892339545
46		0.0423498964803
47		0.956885921325
49		0.0171842650104
51		-4.8
52		Gas fraction = 69.5 mmol/mol; [CO2]=[CO2+SO2+HCl+HF]; d13C for total carbon
53	Hilton & Craig, 1989	Hilton & Craig, 1989; Poreda & Craig, 1989; Poorter et al., 1991

INS005

Column	Version 1	Version 2
2	-8.76666666667	-8.66666666667
5	-46.0	-40.0
7	121.833333333	122.45
9	121.0	122.0
10	50.0	27.0
11	4.0	04
14	Keli Mitu volcano, spring	Egon volcano, summit fumarole2
21	W/S	G/F
22	51.0	98.0
32	5.92	1.23
33	6.0	1.23
36	840.0	1.722e-06
37	19.6882	23.8784

INS006

Column	Version 1	Version 2
2	-7.55	-8.76666666667
4	-7.0	-8.0
5	-33.0	-46.0
7	110.45	121.833333333
9	110.0	121.0
10	27.0	50.0
11	4.0	04
13	Java Isl.	Flores Isl.
14	Merapi volcano, crater, Gendol summit fumarole	Keli Mitu volcano, spring
20	a
21	G/F	W/S
22	460.0	51.0
32	4.54	5.92
33	5.7	6.0
36	798.0	8.4e-06
37	1.148	19.6882

INS007

Column	Version 1	Version 2
2	-7.55	-7.15
5	-33.0	-15.0
7	110.45	108.058611111
9	110.0	108.0
10	27.0	3.51666666667
11	4.0	05
14	Merapi volcano, crater, Gendol summit fumarole	Galunggung
19		711.0
20	b
21	G/F	W/S
22	460.0	48.0
25		3.248e-08
32	4.5	5.44
33	5.43	7.1
36	760.2	9.94e-06
37	1.3489
38		1.05616
43		(4He/20Ne)meas/(4He/20Ne)air = 3.68
51		-5.5
53	Hilton & Craig, 1989	Halldorsson et al., 2013

INS008

Column	Version 1	Version 2
2	-7.55	-7.14333333333
5	-33.0	-8.6
7	110.45	107.839722222
9	110.0	107.0
10	27.0	50.3833333333
11	4.0	05
14	Merapi volcano, crater, Woro summit fumarole	Guntur volc.
19		721.0
20	a
22	500.0	98.0
24		5.46e-06
32	3.49	6.75
33	5.62	6.85
36	786.8	9.59e-06
37	0.6314
38		16.6747
43		(4He/20Ne)meas/(4He/20Ne)air = 58.1
51		-2.4
53	Hilton & Craig, 1989	Halldorsson et al., 2013

INS010

Column	Version 1	Version 2
2	-6.76666666667	-7.55
4	-6.0	-7.0
5	-46.0	-33.0
7	107.6	110.45
9	107.0	110.0
10	36.0	27.0
11	4.0	04
14	Tangkuban Parahu volcano, acid spring	Merapi volcano, crater, Gendol summit fumarole
20		b
21	G/S	G/F
22	57.0	460.0
32	8.16	4.5
33	8.17	5.43
36	1143.8	7.602e-06
37	284.417	1.3489

INS011

Column	Version 1	Version 2
2		-7.55
4		-7.0
5		-33.0
7		110.45
9		110.0
10		27.0
11	1.0	04
13	Kalimantan Isl.	Java Isl.
14	Attaka gas field, hole A-5	Merapi volcano, crater, Woro summit fumarole
17	3060.0
18	80.0
20		a
21		G/F
22		500.0
24	4.4
32	0.072	3.49
33		5.62
34	10.08
35	<=
36	10.08	7.868e-06
37		0.6314
46	5000.0
47	23000.0
48	967000.0
52	[CH4]=[CH4+HC]
53	Poreda et al., 1988	Hilton & Craig, 1989

INS012

Column	Version 1	Version 2
2		-7.55
4		-7.0
5		-33.0
7		110.45
9		110.0
10		27.0
11	1.0	04
13	Kalimantan Isl.	Java Isl.
14	Melahin gas field, hole M-2	Merapi volcano, crater, Woro summit fumarole
17	1634.5
18	2.5
20		b
21		G/F
22		500.0
24	4.2
32	0.116	3.4
33		5.49
34	16.24
35	<=
36	16.24	7.686e-06
37		0.6027
46	6000.0
47	75000.0
48	934000.0
52	[CH4]=[CH4+HC]
53	Poreda et al., 1988	Hilton & Craig, 1989

INS013

Column	Version 1	Version 2
2		-7.317
4		-7.0
5		-19.0
7		107.733
9		107.0
10		44.0
11	1.0	05
13	Kalimantan Isl.	Java Isl.
14	Sepinggan gas field, hole S-5	Papandayan volc.
17	3349.0
18	339.5
19		696.0
21		G/F
22		105.0
24	4.1
32	0.135	6.61
33		6.62
34	18.9
35	<=
36	18.9	9.268e-06
38		244.237
43		(4He/20Ne)meas/(4He/20Ne)air = 851
46	18000.0
47	111000.0
48	911000.0
52	[CH4]=[CH4+HC]
53	Poreda et al., 1988	Halldorsson et al., 2013

INS014

Column	Version 1	Version 2
2		-7.20833333333
4		-7.0
5		-12.5
7		108.067
9		108.0
10		4.0
11	1.0	05
13	Kalimantan Isl.	Java Isl.
14	Yakin gas field, hole 1	Talagabodas
17	1613.0
18	1.0
19		673.0
21		G/F
22		95.0
24	21.0	4.59e-06
32	0.479	7.68
33		7.69
34	67.06
35	<=
36	67.06	1.0766e-05
38		328.328
43		(4He/20Ne)meas/(4He/20Ne)air = 1144
46	3000.0
47	14000.0
48	983000.0
52	[CH4]=[CH4+HC]
53	Poreda et al., 1988	Halldorsson et al., 2013

INS015

Column	Version 1	Version 2
2	-8.26666666667	-6.76144444444
4	-8.0	-6.0
5	-16.0	-45.6866666667
7	123.5	107.625805556
9	123.0	107.0
10	30.0	37.5483333333
11	3.0	05
13	Lomblen Isl.	Java Isl.
14	Lewotolo volcano, summit fumarole 1	Tangkuban Parahu volc.
19	S1	SUM10-1
22	490.0	51.0
24		5.62e-06
32	3.62	7.91
33	3.62	7.93
36	506.8	1.1102e-05
37	144.0
38		97.006
43		(4He/20Ne)meas/(4He/20Ne)air = 338
44	18870.0
46	42500.0
47	937300.0
49	29290.0
51	-4.3	-5.2
52	Gas fraction = 292.5 mmol/mol; [CO2]=[CO2+SO2+HCl+HF]; d13C for total carbon
53	Poreda and Craig, 1989; Poorter et al., 1991	Halldorsson et al., 2013

INS016

Column	Version 1	Version 2
2	-8.26666666667	-6.76666666667
4	-8.0	-6.0
5	-16.0	-46.0
7	123.5	107.6
9	123.0	107.0
10	30.0	36.0
11	4.0	04
13	Lomblen Isl.	Java Isl.
14	Lewotolo volcano, summit fumarole 1	Tangkuban Parahu volcano, acid spring
21	G/F	G/S
22	140.0	57.0
32	3.67	8.16
33	3.67	8.17
36	513.8	1.1438e-05
37	718.361	284.417

INS017

Column	Version 1	Version 2
2	-8.26666666667
4	-8.0
5	-16.0
7	123.5
9	123.0
10	30.0
11	3.0	01
13	Lomblen Isl.	Kalimantan Isl.
14	Lewotolo volcano, summit fumarole 2	Attaka gas field, hole A-5
17		3060.0
18		80.0
19	S2
21	G/F
24		4.4e-06
32	3.57	0.072
34	499.8	1.008e-07
35	>=	≤
36	499.8	1.008e-07
44	7579.46598856
46	70980.7868899	0.005
47	920669.827647	0.023
48		0.967
49	39699.4419722
51	-4.3
52	Gas fraction = 238 mmol/mol; [CO2]=[CO2+SO2+HCl+HF]; d13C for total carbon	[CH4]=[CH4+HC]
53	Poorter et al., 1991	Poreda et al., 1988

INS018

Column	Version 1	Version 2
2	-8.26666666667
4	-8.0
5	-16.0
7	123.5
9	123.0
10	30.0
11	2.0	01
13	Lomblen Isl.	Kalimantan Isl.
14	Lewotolo volcano, summit fumarole 2	Melahin gas field, hole M-2
17		1634.5
18		2.5
22	490.0
24		4.2e-06
32	3.57	0.116
33	3.57
34		1.624e-07
35		≤
36	499.8	1.624e-07
37	338.66
46		0.006
47		0.075
48		0.934
52		[CH4]=[CH4+HC]
53	Poreda & Craig, 1989	Poreda et al., 1988

INS019

Column	Version 1	Version 2
2	-8.26666666667
4	-8.0
5	-16.0
7	123.5
9	123.0
10	30.0
11	3.0	01
13	Lomblen Isl.	Kalimantan Isl.
14	Lewotolo volcano, summit fumarole 2	Sepinggan gas field, hole S-5
17		3349.0
18		339.5
21	G/F
22	490.0
24		4.1e-06
32	3.57	0.135
33	3.57
34		1.89e-07
35		≤
36	499.8	1.89e-07
37	3208.66
46		0.018
47		0.111
48		0.911
52		[CH4]=[CH4+HC]
53	Poreda & Craig, 1989	Poreda et al., 1988

INS020

Column	Version 1	Version 2
2	-8.26666666667
4	-8.0
5	-16.0
7	123.5
9	123.0
10	30.0
11	4.0	01
13	Lomblen Isl.	Kalimantan Isl.
14	Lewotolo volcano, summit fumarole 3	Yakin gas field, hole 1
17		1613.0
18		1.0
21	G/F
22	300.0
24		2.01e-05
32	3.45	0.479
33	3.47
34		6.706e-07
35		≤
36	485.8	6.706e-07
37	53.095
46		0.003
47		0.014
48		0.983
52		[CH4]=[CH4+HC]
53	Hilton & Craig, 1989	Poreda et al., 1988

INS021

Column	Version 1	Version 2
11	4.0	03
14	Lewotolo volcano, summit fumarole 5	Lewotolo volcano, summit fumarole 1
19		S1
22	333.0	490.0
32	2.96	3.62
33	3.61	3.62
36	505.4	5.068e-06
37	1.148	144.0
44		0.01887
46		0.0425
47		0.9373
49		0.02929
51		-4.3
52		Gas fraction = 292.5 mmol/mol; [CO2]=[CO2+SO2+HCl+HF]; d13C for total carbon
53	Hilton & Craig, 1989	Poorter et al., 1991

INS022

Column	Version 1	Version 2
2	-8.51666666667	-8.26666666667
5	-31.0	-16.0
7	124.15	123.5
9	124.0	123.0
10	9.0	30.0
11	4.0	04
13	Pantar Isl.	Lomblen Isl.
14	Sirung volcano, summit fumarole	Lewotolo volcano, summit fumarole 1
22	95.0	140.0
32	1.03	3.67
33	1.07	3.67
36	149.8	5.138e-06
37	0.4879	718.361
53	Hilton & Craig, 1989; Poreda & Craig, 1989	Hilton & Craig, 1989

INS023

Column	Version 1	Version 2
2	-6.3	-8.26666666667
4	-6.0	-8.0
5	-18.0	-16.0
7	130.0	123.5
9	130.0	123.0
10	0.0	30.0
11	2,3,4	02
13	Serua Isl.	Lomblen Isl.
14	Serua volcano, Legatala cone, summit fumarole	Lewotolo volcano, summit fumarole 2
21	G/F
22	102.0	490.0
23	Sampling temperature indicated as 120 oC[Poorter et al., 1991]
32	1.27	3.57
33		3.57
34	177.8
35	>=
36	177.8	4.998e-06
37		338.66
53	Hilton & Craig, 1989; Poreda & Craig, 1989; Poorter et al., 1991	Poreda & Craig, 1989

INS024

Column	Version 1	Version 2
2	-6.91666666667	-8.26666666667
4	-6.0	-8.0
5	-55.0	-16.0
7	129.133333333	123.5
9	129.0	123.0
10	8.0	30.0
11	3.0	03
13	Teon Isl.	Lomblen Isl.
14	Teon volcano, Seraverna cone, crater fumarole	Lewotolo volcano, summit fumarole 2
19		S2
22	99.0
32	1.31	3.57
33	1.31
34		4.998e-06
35		≥
36	183.4	4.998e-06
37	37.31
44	76.9	0.00757946598856
46	250000.0	0.0709807868899
47	700000.0	0.920669827647
49	52300.0	0.0396994419722
51		-4.3
52	Gas fraction = 130 mmol/mol; [CO2]=[CO2+SO2+HCl+HF]; d13C for total carbon	Gas fraction = 238 mmol/mol; [CO2]=[CO2+SO2+HCl+HF]; d13C for total carbon
53	Hilton & Craig, 1989; Poreda & Craig, 1989; Poorter et al., 1991	Poorter et al., 1991

ISR001

Column	Version 1	Version 2
1		~
2		31.8
3		~
4		31.0
5		48.0
6		~
7		34.633
8		~
9		34.0
10		38.0
11	1.0	02
13	Jordan Rift	Coastal Plain
14	Dead Sea	Ashdod 2
16		19890000.0
21	W/lake	O
32	0.5
34	70.0
35	<=	≤
36	70.0	7.5e-07
53	Craig and Lupton, 1978	Bosh et al., 1989

ISR002

Column	Version 1	Version 2
1		~
2		31.8
3		~
4		31.0
5		48.0
6		~
7		34.633
8		~
9		34.0
10		38.0
11	1.0	02
13	Jordan Rift	Coastal Plain
14	Unknown manifestation	Ashdod Gas 1
16		19890000.0
21		G/H
32	1.0
34	140.0
35	?	≤
36	140.0	6.3e-07
53	Craig and Lupton, 1978	Bosh et al., 1989

ISR003

Column	Version 1	Version 2
1		~
2		31.8
3		~
4		31.0
5		48.0
6		~
7		34.633
8		~
9		34.0
10		38.0
11	1.0	02
13	Jordan Rift	Coastal Plain
14	Unknown manifestation	Ashdod Gas 1
16		19890000.0
21		G/H
32	2.0
34	280.0
35	>=	≤
36	280.0	1e-07
53	Craig and Lupton, 1978	Bosh et al., 1989

JAP001

Column	Version 1	Version 2
11	21,18	18,21
24	2.0	2e-06
26	0.05	5e-08
29	20.0	2e-05
34	34.1	3.41e-07
36	32.5	3.25e-07
37		40.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	4.0	4e-06
45	400.0	0.0004
46	1500.0	0.0015
47	9300.0	0.0093
48	990400.0	0.9904

JAP002

Column	Version 1	Version 2
24	3.0	3e-06
26	0.05	5e-08
29	20.0	2e-05
34	76.2	7.62e-07
36	76.0	7.6e-07
37		60.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	4.0	4e-06
45	400.0	0.0004
46	1000.0	0.001
48	993800.0	0.9938

JAP003

Column	Version 1	Version 2
24	3.0	3e-06
26	0.05	5e-08
29	20.0	2e-05
34	162.0	1.62e-06
36	162.0	1.62e-06
37		60.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	2.0	2e-06
45	400.0	0.0004
46	1200.0	0.0012
48	991000.0	0.991

JAP004

Column	Version 1	Version 2
24	3.0	3e-06
26	0.05	5e-08
29	20.0	2e-05
34	93.0	9.3e-07
36	92.7	9.27e-07
37		60.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	13.0	1.3e-05
45	400.0	0.0004
46	1300.0	0.0013
48	995000.0	0.995

JAP005

Column	Version 1	Version 2
24	3.0	3e-06
26	0.05	5e-08
29	20.0	2e-05
34	13.8	1.38e-07
36	13.5	1.35e-07
37		60.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	3.0	3e-06
45	400.0	0.0004
46	1100.0	0.0011
48	998100.0	0.9981

JAP006

Column	Version 1	Version 2
11	21,18	18,21
24	2.0	2e-06
26	0.05	5e-08
29	20.0	2e-05
34	74.6	7.46e-07
36	73.6	7.36e-07
37		40.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	4.0	4e-06
45	400.0	0.0004
46	1400.0	0.0014
47	8900.0	0.0089
48	994600.0	0.9946

JAP008

Column	Version 1	Version 2
24	40.0	4e-05
26	0.05	5e-08
29	20.0	2e-05
34	790.0	7.9e-06
36	790.2	7.902e-06
37		800.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	4.0	4e-06
45	400.0	0.0004
46	6200.0	0.0062
48	987000.0	0.987

JAP011

Column	Version 1	Version 2
24	4.0	4e-06
26	0.05	5e-08
29	20.0	2e-05
34	753.0	7.53e-06
36	753.6	7.536e-06
37		80.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	4.0	4e-06
45	400.0	0.0004
46	1500.0	0.0015
48	987000.0	0.987

JAP012

Column	Version 1	Version 2
24	47.0	4.7e-05
26	0.05	5e-08
29	130.0	0.00013
34	777.0	7.77e-06
36	777.5	7.775e-06
37		840.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	4.0	4e-06
45	400.0	0.0004
46	14000.0	0.014
47	9000.0	0.009
48	979000.0	0.979

JAP013

Column	Version 1	Version 2
24	49.0	4.9e-05
26	0.05	5e-08
29	130.0	0.00013
34	714.0	7.14e-06
36	715.4	7.154e-06
37		980.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	59.0	5.9e-05
45	400.0	0.0004
46	2000.0	0.002
48	992800.0	0.9928

JAP014

Column	Version 1	Version 2
11	11,21,18	11,18,21
24	6.0	6e-06
26	0.05	5e-08
29	20.0	2e-05
34	209.0	2.09e-06
36	209.3	2.093e-06
37		120.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	4.0	4e-06
45	400.0	0.0004
46	5900.0	0.0059
47	1700.0	0.0017
48	987400.0	0.9874

JAP015

Column	Version 1	Version 2
24	11.0	1.1e-05
26	0.05	5e-08
29	20.0	2e-05
34	199.0	1.99e-06
36	199.0	1.99e-06
37		220.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	4.0	4e-06
45	400.0	0.0004
46	3000.0	0.003
48	990600.0	0.9906

JAP018

Column	Version 1	Version 2
11	11,21,18	11,18,21
24	4.0	4e-06
26	0.05	5e-08
29	40.0	4e-05
34	596.0	5.96e-06
36	598.9	5.989e-06
37		80.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	2.0	2e-06
45	400.0	0.0004
46	4600.0	0.0046
47	10400.0	0.0104
48	990000.0	0.99

JAP020

Column	Version 1	Version 2
11	11,21,18	11,18,21
24	4.0	4e-06
26	0.05	5e-08
29	20.0	2e-05
34	624.0	6.24e-06
36	626.9	6.269e-06
37		80.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	1.0	1e-06
45	400.0	0.0004
46	4000.0	0.004
47	14000.0	0.014
48	981000.0	0.981

JAP021

Column	Version 1	Version 2
24	56.0	5.6e-05
26	0.05	5e-08
29	20.0	2e-05
34	693.0	6.93e-06
36	693.2	6.932e-06
37		1120.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	47.0	4.7e-05
45	400.0	0.0004
46	23000.0	0.023
48	964000.0	0.964

JAP022

Column	Version 1	Version 2
11	11,21,18	11,18,21
24	51.0	5.1e-05
26	0.05	5e-08
29	20.0	2e-05
34	733.0	7.33e-06
36	733.2	7.332e-06
37		1020.0
44	33.0	3.3e-05
45	400.0	0.0004
46	23000.0	0.023
47	1300.0	0.0013
48	977000.0	0.977

JAP023

Column	Version 1	Version 2
11	21,18	18,21
24	3.0	3e-06
26	0.05	5e-08
29	20.0	2e-05
34	690.0	6.9e-06
36	691.3	6.913e-06
37		60.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	7.0	7e-06
45	400.0	0.0004
46	5000.0	0.005
47	2000.0	0.002
48	990000.0	0.99

JAP025

Column	Version 1	Version 2
24	195.0	0.000195
26	0.05	5e-08
29	140.0	0.00014
34	913.0	9.13e-06
36	913.1	9.131e-06
37		3900.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	5.0	5e-06
45	400.0	0.0004
46	26000.0	0.026
47	260000.0	0.26
48	710600.0	0.7106

JAP026

Column	Version 1	Version 2
11	21,11,17,18	11,17,18,21
24	10.0	1e-05
26	0.05	5e-08
29	20.0	2e-05
34	559.0	5.59e-06
36	560.6	5.606e-06
37		200.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	6.0	6e-06
45	400.0	0.0004
46	5800.0	0.0058
47	6000.0	0.006
48	988400.0	0.9884

JAP027

Column	Version 1	Version 2
24	30.0	3e-05
26	0.05	5e-08
29	20.0	2e-05
34	854.0	8.54e-06
36	854.3	8.543e-06
37		600.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	16.0	1.6e-05
45	400.0	0.0004
46	29000.0	0.029
48	961000.0	0.961

JAP028

Column	Version 1	Version 2
11	11,21,17,18	11,17,18,21
24	31.0	3.1e-05
26	0.05	5e-08
29	20.0	2e-05
34	865.0	8.65e-06
36	865.9	8.659e-06
37		620.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	27.0	2.7e-05
45	400.0	0.0004
46	29000.0	0.029
47	63000.0	0.063
48	906000.0	0.906

JAP029

Column	Version 1	Version 2
24	31.0	3.1e-05
26	0.05	5e-08
29	20.0	2e-05
34	857.0	8.57e-06
36	857.1	8.571e-06
37		620.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	10.0	1e-05
45	400.0	0.0004
46	27000.0	0.027
48	986000.0	0.986

JAP030

Column	Version 1	Version 2
24	6.0	6e-06
26	0.05	5e-08
29	20.0	2e-05
34	541.0	5.41e-06
36	541.3	5.413e-06
37		120.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	7.0	7e-06
45	400.0	0.0004
46	2200.0	0.0022
48	979000.0	0.979

JAP031

Column	Version 1	Version 2
24	35.0	3.5e-05
26	0.05	5e-08
29	20.0	2e-05
34	845.0	8.45e-06
36	845.1	8.451e-06
37		700.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	14.0	1.4e-05
45	400.0	0.0004
46	30000.0	0.03
48	961000.0	0.961

JAP032

Column	Version 1	Version 2
24	10.0	1e-05
26	0.05	5e-08
29	20.0	2e-05
34	690.0	6.9e-06
36	690.2	6.902e-06
37		200.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	6.0	6e-06
45	400.0	0.0004
46	7900.0	0.0079
48	984000.0	0.984

JAP033

Column	Version 1	Version 2
24	4.0	4e-06
26	0.46	4.6e-07
29	260.0	0.00026
34	242.0	2.42e-06
35	>=	≥
36	242.0	2.42e-06
37		8.69565217391
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	1.0	1e-06
45	3000.0	0.003
46	23000.0	0.023
47	40000.0	0.04
48	931300.0	0.9313

JAP034

Column	Version 1	Version 2
24	11.0	1.1e-05
26	2.7	2.7e-06
29	1230.0	0.00123
34	477.0	4.77e-06
36	495.1	4.951e-06
37		4.07407407407
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	30.0	3e-05
45	27000.0	0.027
46	110000.0	0.11
48	855500.0	0.8555

JAP035

Column	Version 1	Version 2
24	4.0	4e-06
26	0.05	5e-08
29	20.0	2e-05
34	351.0	3.51e-06
36	351.6	3.516e-06
37		80.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	3.0	3e-06
45	400.0	0.0004
46	700.0	0.0007
48	974000.0	0.974

JAP036

Column	Version 1	Version 2
24	8.0	8e-06
26	0.05	5e-08
29	20.0	2e-05
34	385.0	3.85e-06
36	388.4	3.884e-06
37		160.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	12.0	1.2e-05
45	400.0	0.0004
46	1000.0	0.001
48	980000.0	0.98

JAP037

Column	Version 1	Version 2
24	3.0	3e-06
26	0.05	5e-08
29	20.0	2e-05
34	322.0	3.22e-06
36	322.6	3.226e-06
37		60.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	3.0	3e-06
45	400.0	0.0004
46	2000.0	0.002
47	8500.0	0.0085
48	986000.0	0.986

JAP039

Column	Version 1	Version 2
24	5.0	5e-06
26	0.05	5e-08
29	20.0	2e-05
34	310.0	3.1e-06
36	310.4	3.104e-06
37		100.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	3.0	3e-06
45	400.0	0.0004
46	5600.0	0.0056
47	8600.0	0.0086
48	981900.0	0.9819

JAP040

Column	Version 1	Version 2
24	11.0	1.1e-05
26	0.05	5e-08
29	20.0	2e-05
34	331.0	3.31e-06
36	331.1	3.311e-06
37		220.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	3.0	3e-06
45	400.0	0.0004
46	2000.0	0.002
48	996400.0	0.9964

JAP041

Column	Version 1	Version 2
11	11,21,17,18	11,17,18,21
24	4.0	4e-06
26	0.1	1e-07
29	330.0	0.00033
34	376.0	3.76e-06
36	377.1	3.771e-06
37		40.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	90.0	9e-05
45	2000.0	0.002
46	11000.0	0.011
47	5300.0	0.0053
48	980000.0	0.98

JAP042

Column	Version 1	Version 2
11	21,18	18,21
24	2.0	2e-06
26	0.99	9.9e-07
29	280.0	0.00028
34	308.0	3.08e-06
36	311.4	3.114e-06
37		2.0202020202
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	20.0	2e-05
45	12000.0	0.012
46	54000.0	0.054
47	3000.0	0.003
48	942000.0	0.942

JAP044

Column	Version 1	Version 2
24	18.0	1.8e-05
26	0.05	5e-08
29	20.0	2e-05
34	867.0	8.67e-06
36	867.1	8.671e-06
37		360.0
43	[4He/20Ne]true > [4He/20Ne]indicated	Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	9.0	9e-06
45	400.0	0.0004
46	5000.0	0.005
48	965000.0	0.965

JAP045

Column	Version 1	Version 2
11	11.21	11,21
24	27.0	2.7e-05
26	0.05	5e-08
29	20.0	2e-05
34	816.0	8.16e-06
36	816.1	8.161e-06
37		540.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	6.0	6e-06
45	400.0	0.0004
46	11000.0	0.011
48	974000.0	0.974

JAP047

Column	Version 1	Version 2
24	48.0	4.8e-05
26	0.05	5e-08
29	20.0	2e-05
34	720.1	7.201e-06
36	720.1	7.201e-06
37		960.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	5.0	5e-06
45	400.0	0.0004
46	13000.0	0.013
48	972000.0	0.972

JAP048

Column	Version 1	Version 2
11	11,21,18	11,18,21
24	58.0	5.8e-05
26	0.05	5e-08
29	20.0	2e-05
34	769.3	7.693e-06
36	769.3	7.693e-06
37		1160.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	5.0	5e-06
45	400.0	0.0004
46	22000.0	0.022
47	700.0	0.0007
48	977000.0	0.977

JAP050

Column	Version 1	Version 2
11	21,18	18,21
24	2.0	2e-06
26	0.05	5e-08
34	142.0	1.42e-06
35	>=	≥
36	142.0	1.42e-06
37		40.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	21.0	2.1e-05
45	400.0	0.0004
46	2500.0	0.0025
47	13000.0	0.013
48	986000.0	0.986

JAP051

Column	Version 1	Version 2
24	9.0	9e-06
26	1.2	1.2e-06
29	20.0	2e-05
34	482.3	4.823e-06
36	482.3	4.823e-06
37		7.5
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	3.0	3e-06
45	14000.0	0.014
46	58000.0	0.058
48	922300.0	0.9223

JAP053

Column	Version 1	Version 2
11	11,21,17,18	11,17,18,21
24	2.0	2e-06
26	0.05	5e-08
29	20.0	2e-05
34	117.25	1.1725e-06
36	117.25	1.1725e-06
37		40.0
44	15.0	1.5e-05
45	400.0	0.0004
46	2500.0	0.0025
47	60.0	6e-05
48	990000.0	0.99

JAP054

Column	Version 1	Version 2
11	11,21,17,18	11,17,18,21
24	11.0	1.1e-05
26	0.05	5e-08
29	70.0	7e-05
34	413.2	4.132e-06
36	413.1	4.131e-06
37		220.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	1.0	1e-06
45	400.0	0.0004
46	6400.0	0.0064
47	3500.0	0.0035
48	986400.0	0.9864

JAP055

Column	Version 1	Version 2
24	12.0	1.2e-05
26	0.05	5e-08
29	60.0	6e-05
34	476.6	4.766e-06
36	476.6	4.766e-06
37		240.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	3.0	3e-06
45	400.0	0.0004
46	4400.0	0.0044
48	995700.0	0.9957

JAP056

Column	Version 1	Version 2
24	13.0	1.3e-05
26	0.05	5e-08
29	20.0	2e-05
34	374.5	3.745e-06
36	374.5	3.745e-06
37		260.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	150.0	0.00015
45	400.0	0.0004
46	1200.0	0.0012
48	996000.0	0.996

JAP061

Column	Version 1	Version 2
24	26.0	2.6e-05
26	0.05	5e-08
29	20.0	2e-05
34	757.3	7.573e-06
36	757.3	7.573e-06
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	14.0	1.4e-05
45	400.0	0.0004
46	7600.0	0.0076
48	973000.0	0.973

JAP065

Column	Version 1	Version 2
24	23.0	2.3e-05
26	0.05	5e-08
29	20.0	2e-05
34	735.0	7.35e-06
36	735.4	7.354e-06
37		460.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	240.0	0.00024
45	400.0	0.0004
46	6300.0	0.0063
48	979000.0	0.979

JAP068

Column	Version 1	Version 2
17	0.0
24	0.5	5e-07
26	0.21	2.1e-07
29	200.0	0.0002
34	120.0	1.2e-06
35	<=	≤
36	120.0	1.2e-06
37		2.38095238095
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	4200.0	0.0042
46	9700.0	0.0097
47	986000.0	0.986
48	1.3	1.3e-06

JAP070

Column	Version 1	Version 2
17	0.0
24	21.0	2.1e-05
26	14.3	1.43e-05
29	14500.0	0.0145
34	520.0	5.2e-06
36	596.0	5.96e-06
37		1.46853146853
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	3000.0	0.003
46	923000.0	0.923
47	57000.0	0.057
48	1700.0	0.0017

JAP077

Column	Version 1	Version 2
11	8,9	08,09
17	0.0
24	4.0	4e-06
26	0.0154489648241	1.54489648241e-08
28	0.014	1.4e-08
29	18.91873	1.891873e-05
30		2.2e-09
31		1.8e-10
34	995.0	9.95e-06
36	995.94	9.9594e-06
40	2.98	0.0298
43	[He]=[4He]; [Ar] calculated from [36Ar] value indicated in data source	[Ar] calculated from [36Ar] value indicated in the data source
47	968000.0	0.968

JAP078

Column	Version 1	Version 2
11	8.0	08
17	0.0
24	4.9	4.9e-06
26	5.28037317784	5.28037317784e-06
28	4.8	4.8e-06
29	997.848	0.000997848
30	0.0597438238842	3.4e-08
31	0.0020521763175	5.5e-10
34	300.0	3e-06
35	>=	≥
36	300.0	3e-06
40	2.98	0.0298
43	[He]=[4He]; [Ar, Kr, Xe] calculated from [36Ar, 84Kr, 132Xe] indicated in data source; Kr and Xe isotopic ratios see in the same source	[40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
47	210000.0	0.21

JAP079

Column	Version 1	Version 2
11	8.0	08
17	0.0
24	5.4	5.4e-06
26	13.2458930373	1.32458930373e-05
28	12.0	1.2e-05
29	5883.68	0.00588368
30		4.6e-07
31		1.2e-08
34	216.0	2.16e-06
35	>=	≥
36	216.0	2.16e-06
40	2.89	0.0289
43	[He]=[4He]; [Ar] calculated from [36Ar] value indicated in data source	[Ar] calculated from [36Ar] value indicated in the data source
47	290000.0	0.29

JAP080

Column	Version 1	Version 2
11	8.0	08
17	0.0
24	4.0	4e-06
26	5.84533233233	5.84533233233e-06
28	5.3	5.3e-06
29	2472.3921	0.0024723921
30		1.6e-07
31		8.1e-09
34	455.0	4.55e-06
35	>=	≥
36	455.0	4.55e-06
40	2.79	0.0279
43	[He]=[4He]; [Ar] calculated from [36Ar] value indicated in data source	[Ar] calculated from [36Ar] value indicated in the data source
47	790000.0	0.79

JAP081

Column	Version 1	Version 2
11	8.0	08
17	0.0
24	4.0	4e-06
26	4.61857696031	4.61857696031e-06
28	4.2	4.2e-06
29	720.6654	0.0007206654
30	0.0386927574751	2.2e-08
31	0.000858498527005	2.3e-10
34	438.0	4.38e-06
35	>=	≥
36	438.0	4.38e-06
40	2.95	0.0295
43	[He]=[4He]; [Ar, Kr, Xe] calculated from [36Ar, 84Kr, 132Xe] indicated in data source; Kr and Xe isotopic ratios see in the same source	[40Ar] is calculated from [36Ar] and 40Ar/36Ar in the data source
47	950000.0	0.95

JAP082

Column	Version 1	Version 2
11	8.0	08
17	0.0
24	4.7	4.7e-06
26	12.1484311741	1.21484311741e-05
28	11.0	1.1e-05
29	6156.906	0.006156906
30		4.3e-07
31		1.3e-08
34	160.0	1.6e-06
35	>=	≥
36	160.0	1.6e-06
40	3.15	0.0315
43	[He]=[4He]; [Ar] calculated from [36Ar] value indicated in data source	[Ar] calculated from [36Ar] value indicated in the data source
47	160000.0	0.16

JAP085

Column	Version 1	Version 2
17	0.0
24	5.7	5.7e-06
26	0.4	4e-07
29	330.0	0.00033
34	764.0	7.64e-06
36	773.5	7.735e-06
37		14.25
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	1100.0	0.0011
46	42000.0	0.042
47	954000.0	0.954
48	1800.0	0.0018

JAP088

Column	Version 1	Version 2
11	11,21,17	11,17,21
24	2.2	2.2e-06
26	0.16	1.6e-07
29	260.0	0.00026
34	188.0	1.88e-06
36	189.6	1.896e-06
37		13.75
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	5.0	5e-06
45	400.0	0.0004
46	13000.0	0.013
47	30000.0	0.03
48	957500.0	0.9575

JAP089

Column	Version 1	Version 2
17	0.0
24	33.2	3.32e-05
26	0.91	9.1e-07
29	1680.0	0.00168
34	510.0	5.1e-06
36	537.75	5.3775e-06
37		36.4835164835
43	[4He/20Ne] indicated as 4.3 in [Sano & Wakita, 1985]	Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	30.6	3.06e-05
45	6800.0	0.0068
46	138000.0	0.138
47	790000.0	0.79
48	64000.0	0.064

JAP090

Column	Version 1	Version 2
17	0.0
24	3.2	3.2e-06
26	17.7	1.77e-05
29	15100.0	0.0151
34	266.0	2.66e-06
36	313.25	3.1325e-06
37		0.180790960452
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	6300.0	0.0063
46	973000.0	0.973
47	1100.0	0.0011
48	4900.0	0.0049

JAP111

Column	Version 1	Version 2
17	0.0
24	26.0	2.6e-05
26	12.2	1.22e-05
29	14900.0	0.0149
34	295.0	2.95e-06
36	316.1	3.161e-06
37		2.13114754098
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	1100.0	0.0011
46	978000.0	0.978
47	3100.0	0.0031
48	2800.0	0.0028

JAP114

Column	Version 1	Version 2
11	11,17,15	11,15,17
17	0.0
24	1.6	1.6e-06
26	1.0	1e-06
29	1410.0	0.00141
34	481.6	4.816e-06
36	528.2	5.282e-06
37		1.6
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	6.2	6.2e-06
45	2900.0	0.0029
46	54000.0	0.054
47	903000.0	0.903
48	38000.0	0.038

JAP119

Column	Version 1	Version 2
17	0.0
23	mudstone, sandstone, conglomerate and tuff; Neogene
24	0.5	5e-07
26	0.29	2.9e-07
29	360.0	0.00036
34	129.0	1.29e-06
36	128.6	1.286e-06
37		1.72413793103
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	6500.0	0.0065
46	14000.0	0.014
47	980000.0	0.98
48	10000.0	0.01

JAP121

Column	Version 1	Version 2
17	0.0
24	101.0	0.000101
26	0.44	4.4e-07
29	240.0	0.00024
34	922.0	9.22e-06
36	929.0	9.29e-06
37		229.545454545
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	5.0	5e-06
45	5500.0	0.0055
46	28000.0	0.028
47	961000.0	0.961
48	5500.0	0.0055

JAP129

Column	Version 1	Version 2
11	11,16,21,17	11,16,17,21
24	151.0	0.000151
26	3.1	3.1e-06
29	3630.0	0.00363
34	182.0	1.82e-06
36	182.3	1.823e-06
44	7.1	7.1e-06
45	360.0	0.00036
46	229000.0	0.229
47	31000.0	0.031
48	736100.0	0.7361

JAP130

Column	Version 1	Version 2
17	0.0
23	mudstone, sandstone, chert, limestone, and basalt; ; Paleogene to Mesozoicaleogene to ; Mesozoic to Cenozoicesozoic, including upper Carboniferous in places
24	765.0	0.000765
26	7.2	7.2e-06
29	7150.0	0.00715
34	110.0	1.1e-06
36	109.8	1.098e-06
37		106.25
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	2000.0	0.002
46	857000.0	0.857
47	590.0	0.00059
48	133000.0	0.133

JAP131

Column	Version 1	Version 2
11	11,16,21,17	11,16,17,21
17	0.0
24	0.5	5e-07
26	0.31	3.1e-07
29	560.0	0.00056
34	22.1	2.21e-07
36	13.0	1.3e-07
37		1.61290322581
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	2.1	2.1e-06
45	1100.0	0.0011
46	22000.0	0.022
47	2600.0	0.0026
48	974050.0	0.97405

JAP136

Column	Version 1	Version 2
11	2.0	02
24	2.7
25	10.1	1.01e-05
26	0.067	6.7e-08
29	150.0	0.00015
34	860.0	8.6e-06
36	868.0	8.68e-06
44	7820.0	0.00782
45	56.0	5.6e-05
46	11700.0	0.0117
47	583000.0	0.583
48	282.0	0.000282
49	397000.0	0.397

JAP137

Column	Version 1	Version 2
11	11,16,21,17	11,16,17,21
24	3.4	3.4e-06
26	0.15	1.5e-07
29	280.0	0.00028
34	13.7	1.37e-07
36	13.3	1.33e-07
37		22.6666666667
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	29.0	2.9e-05
45	800.0	0.0008
46	11000.0	0.011
47	12000.0	0.012
48	976100.0	0.9761

JAP140

Column	Version 1	Version 2
17	0.0
24	97.2	9.72e-05
26	0.2	2e-07
29	170.0	0.00017
34	92.0	9.2e-07
36	92.0	9.2e-07
37		486.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	1100.0	0.0011
46	103000.0	0.103
47	707000.0	0.707
48	188000.0	0.188

JAP141

Column	Version 1	Version 2
17	0.0
24	5.2	5.2e-06
26	0.17	1.7e-07
29	230.0	0.00023
34	88.8	8.88e-07
36	86.9	8.69e-07
37		30.5882352941
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	1600.0	0.0016
46	14000.0	0.014
47	970000.0	0.97
48	14000.0	0.014

JAP142

Column	Version 1	Version 2
11	11,14,17,15	11,14,15,17
17	0.0
23	mudstone, sandstone, chert, limestone, and basalt; Paleogene to Mesozoic, including upper Carboniferous in places
24	15.0	4.8e-06
26		9e-08
29	380.0	0.00038
34	417.0	4.17e-06
36	420.7	4.207e-06
37		53.3333333333
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	280.0	0.00028
46	23000.0	0.023
47	966000.0	0.966
48	11000.0	0.011

JAP146

Column	Version 1	Version 2
11	11,17,14,15	11,14,15,17
17	0.0
23	mudstone, sandstone, chert, limestone, and basalt; ; Paleogene to Mesozoicaleogene to ; Mesozoic to Cenozoicesozoic, including upper Carboniferous in places
24	4.6	4.6e-06
26	0.06	6e-08
29	260.0	0.00026
34	813.0	8.13e-06
36	815.4	8.154e-06
45	60.0	6e-05
46	11000.0	0.011
47	989000.0	0.989
48	65.0	6.5e-05

JAP152

Column	Version 1	Version 2
24	8290.0	0.00829
26	5.7	5.7e-06
29	6920.0	0.00692
34	46.9	4.69e-07
36	46.8	4.68e-07
37		1454.38596491
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	10.0	1e-05
45	1000.0	0.001
46	984000.0	0.984
47	320.0	0.00032
48	150.0	0.00015

JAP153

Column	Version 1	Version 2
24	7010.0	0.00701
26	5.8	5.8e-06
29	6560.0	0.00656
34	50.3	5.03e-07
36	50.3	5.03e-07
37		1208.62068966
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	730.0	0.00073
45	90.0	9e-05
46	985000.0	0.985
47	130.0	0.00013
48	100.0	0.0001

JAP154

Column	Version 1	Version 2
24	7510.0	0.00751
26	6.4	6.4e-06
29	7320.0	0.00732
34	45.5	4.84e-07
36	45.4	4.84e-07
37		1173.4375
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	406.0	0.000406
45	1600.0	0.0016
46	983000.0	0.983
47	20.0	2e-05
48	200.0	0.0002

JAP155

Column	Version 1	Version 2
23	mudstone, sandstone, conglomerate and tuff; Neogene
24	8330.0	0.00833
26	5.7	5.7e-06
29	6900.0	0.0069
34	48.4	4.84e-07
36	48.4	4.84e-07
37		1461.40350877
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	450.0	0.00045
45	4500.0	0.0045
46	980000.0	0.98
47	50.0	5e-05
48	200.0	0.0002

JAP157

Column	Version 1	Version 2
17	0.0
24	0.9	9e-07
26	0.77	7.7e-07
29	2000.0	0.002
34	436.0	4.36e-06
36	491.5	4.915e-06
37		1.16883116883
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	500.0	0.0005
46	123000.0	0.123
47	364000.0	0.364
48	510000.0	0.51

JAP158

Column	Version 1	Version 2
11	11,17,15	11,15,17
17	0.0
23	mudstone, sandstone, chert, limestone, and basalt; ; Paleogene to Mesozoicaleogene to ; Mesozoic to Cenozoicesozoic, including upper Carboniferous in places
24	54.9	5.49e-05
26	0.44	4.4e-07
29	930.0	0.00093
34	680.0	6.8e-06
36	681.1	6.811e-06
37		124.772727273
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	1500.0	0.0015
46	65000.0	0.065
47	932000.0	0.932
48	1100.0	0.0011

JAP162

Column	Version 1	Version 2
17	0.0
24	3.3	3.3e-06
26	0.1	1e-07
29	140.0	0.00014
34	584.0	5.84e-06
36	586.3	5.863e-06
37		33.0
39		33.0
43	4He/20Ne indicated as 33 in [Urabe et al., 1985]	Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	200.0	0.0002
46	4600.0	0.0046
47	994000.0	0.994
48	750.0	0.00075

JAP164

Column	Version 1	Version 2
23	mudstone, sandstone, conglomerate and tuff; Neogene
24	91.8	9.18e-05
26	2.2	2.2e-06
29	2290.0	0.00229
34	282.0	2.82e-06
36	282.4	2.824e-06
37		41.7272727273
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	1000.0	0.001
46	302000.0	0.302
47	11000.0	0.011
48	685000.0	0.685

JAP165

Column	Version 1	Version 2
24	34.9	3.49e-05
26	1.2	1.2e-06
29	1120.0	0.00112
34	282.0	2.82e-06
36	282.4	2.824e-06
37		29.0833333333
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	58.0	5.8e-05
45	1400.0	0.0014
46	140000.0	0.14
47	4800.0	0.0048
48	852100.0	0.8521

JAP179

Column	Version 1	Version 2
11	9,19	09,19
17	0.0
24	350.0	0.00035
26	2.17605175935	2.17605175935e-06
28	1.971	1.971e-06
29	2257.0651	0.0022570651
34	912.0	9.12e-06
36	913.3	9.133e-06
40	2.89	0.0289
46	800000.0	0.8
47	200000.0	0.2

JAP180

Column	Version 1	Version 2
11	9,19	09,19
17	0.0
24	5.3	5.3e-06
26	0.291599268293	2.91599268293e-07
28	0.264	2.64e-07
29	335.7046	0.0003357046
34	910.0	9.1e-06
36	921.7	9.217e-06
40	2.87	0.0287
46	70000.0	0.07
47	930000.0	0.93

JAP181

Column	Version 1	Version 2
17	0.0
24	41.0	4.1e-05
26	0.51	5.1e-07
29	760.0	0.00076
34	641.0	6.41e-06
36	646.2	6.462e-06
37		80.3921568627
43	4He/20Ne indicated as 80.4 in [Urabe et al., 1985]	Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	2800.0	0.0028
46	176000.0	0.176
47	820000.0	0.82
48	260.0	0.00026

JAP182

Column	Version 1	Version 2
17	0.0
24	91.0	9.1e-05
26	5.2	5.2e-06
29	5280.0	0.00528
34	924.0	9.24e-06
36	944.1	9.441e-06
37		17.5
43	He/Ne indicated as 17.5 in [Urabe et al., 1985]	Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	5.0	5e-06
45	600.0	0.0006
46	319000.0	0.319
47	675000.0	0.675
48	300.0	0.0003

JAP188

Column	Version 1	Version 2
11	12,21,17	12,17,21
24	145.0	0.000145
26	5.8	5.8e-06
29	5940.0	0.00594
34	38.0	3.8e-07
36	37.1	3.71e-07
37		25.1724137931
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	113.0	0.000113
45	390.0	0.00039
46	354000.0	0.054
47	1500.0	0.0015
48	638200.0	0.6382

JAP189

Column	Version 1	Version 2
24	138.0	0.000138
26	6.2	6.2e-06
29	5720.0	0.00572
34	35.3	3.53e-07
36	34.11	3.411e-07
37		22.2580645161
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	86.0	8.6e-05
45	570.0	0.00057
46	335000.0	0.335
47	300.0	0.0003
48	658200.0	0.6582

JAP190

Column	Version 1	Version 2
11	16,21,17	16,17,21
24	117.0	0.000117
26	6.1	6.1e-06
29	6160.0	0.00616
34	35.6	3.56e-07
36	34.4	3.44e-07
37		19.1803278689
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	5.0	5e-06
45	500.0	0.0005
46	327000.0	0.327
47	10000.0	0.01
48	657200.0	0.6572

JAP191

Column	Version 1	Version 2
11	16,21,17	16,17,21
24	0.5	5e-07
26	0.05	5e-08
29	50.0	5e-05
34	21.3	2.13e-07
36	20.6	2.06e-07
37		10.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	0.5	5e-07
45	800.0	0.0008
46	1400.0	0.0014
47	15000.0	0.015
48	984100.0	0.9841

JAP192

Column	Version 1	Version 2
17	0.0
23	mudstone, sandstone, conglomerate and tuff; Neogene
24	71.0	7.1e-05
26	6.1	6.1e-06
29	6520.0	0.00652
34	355.0	3.55e-06
36	358.7	3.587e-06
37		12.861153881
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	950.0	0.00095
46	564000.0	0.564
47	428000.0	0.428
48	160.0	0.00016

JAP193

Column	Version 1	Version 2
17	0.0
24	1.9	1.9e-06
26	0.67	6.7e-07
29	520.0	0.00052
34	579.0	5.79e-06
36	589.5	5.895e-06
37		2.83582089552
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	9000.0	0.009
46	41000.0	0.041
47	860000.0	0.86
48	110.0	0.00011
49	50000.0	0.05

JAP195

Column	Version 1	Version 2
11	11,17,15	11,15,17
17	0.0
24	97.0	9.7e-05
26	5.1	5.1e-06
29	6330.0	0.00633
34	861.0	8.61e-06
36	867.8	8.678e-06
44	5.0	5e-06
45	40.0	0.0021
46	387000.0	0.401
47	627000.0	0.588
48	4100.0	0.0033

JAP196

Column	Version 1	Version 2
17	0.0
23	andesite; Qarternary; temperature indicated as 40 oC in [Urabe, 1985]	andesite; Qarternary
24	97.2	9.72e-05
26	5.8	5.8e-06
29	6180.0	0.00618
34	861.0	8.41e-06
36	867.8	8.41e-06
37		16.7586206897
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	1.0
45	2100.0
46	401000.0
47	588000.0
48	3300.0

JAP201

Column	Version 1	Version 2
17	0.0
24	25.9	2.59e-05
26	1.5	1.5e-06
29	1960.0	0.00196
34	571.0	5.71e-06
36	585.7	5.857e-06
37		17.2666666667
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	8.2	8.2e-06
45	1700.0	0.0017
46	162000.0	0.162
47	1300.0	0.0013
48	833000.0	0.833

JAP204

Column	Version 1	Version 2
17	0.0
24	2.8	2.8e-06
26	0.73	7.3e-07
29	1170.0	0.00117
34	462.0	4.62e-06
36	481.3	4.813e-06
37		3.83561643836
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	11000.0	0.011
46	69000.0	0.069
47	705000.0	0.705
48	214000.0	0.214

JAP206

Column	Version 1	Version 2
17	0.0
24	100.0	0.000106
26		1.15e-05
29		0.00868
34	726.0	7.26e-06
36	734.9	7.349e-06
37		9.21739130435
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	95000.0	0.095
46	631000.0	0.631
47	20000.0	0.02
48	244000.0	0.244

JAP208

Column	Version 1	Version 2
17	0.0
24	12.0	0.00121
26		6.4e-06
29	6300.0	0.0063
34	166.0	1.66e-06
36	166.1	1.661e-06
37		189.0625
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	560.0	0.00056
46	665000.0	0.665
47	400.0	0.0004
48	327000.0	0.327

JAP209

Column	Version 1	Version 2
11	14,17,15	14,15,17
17	0.0
23	granite; Mesozoic to Cenozoic; sampling date indicated as May 04, 1981 in [Sano & Wakita, 1985]	granite; Mesozoic to Cenozoic
24	3.3	3.3e-06
26	0.22	2.2e-07
29	300.0	0.0003
34	239.0	2.39e-06
36	239.4	2.394e-06
37		15.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	1700.0	0.0017
46	24000.0	0.024
47	965000.0	0.965
48	8700.0	0.0087

JAP210

Column	Version 1	Version 2
17	0.0
23	mudstone, sandstone, conglomerate and tuff; Neogene
24	20.3	0.000118
26		2.03e-05
29	10600.0	0.0106
34	568.0	5.68e-06
36	581.2	5.812e-06
37		5.81280788177
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	200.0	0.0002
46	989000.0	0.989
47	100.0	0.0001
48	170.0	0.00017

JAP211

Column	Version 1	Version 2
17	0.0
24	16.5	1.65e-05
26		2e-07
29	60.0	6e-05
34	106.0	1.06e-06
36	105.5	1.055e-06
37		82.5
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	50.0	5e-05
46	2200.0	0.0022
47	997000.0	0.997
48	1100.0	0.0011

JAP212

Column	Version 1	Version 2
17	0.0
23	mudstone, sandstone, chert, limestone, and basalt; ; Paleogene to Mesozoicaleogene to ; Mesozoic to Cenozoicesozoic, including upper Carboniferous in places
24	56.8	5.68e-05
26	7.0	7e-06
29	6300.0	0.0063
34	965.0	9.65e-06
36	980.8	9.808e-06
37		8.11428571429
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	1000.0	0.001
46	388000.0	0.388
47	557000.0	0.557
48	49000.0	0.049

JAP215

Column	Version 1	Version 2
11	11,16,21,17	11,16,17,21
24	0.7	7e-07
26	0.08	8e-08
29	50.0	5e-05
34	31.0	3.1e-07
36	23.7	2.37e-07
37		8.75
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	2.7	2.7e-06
45	50.0	5e-05
46	3200.0	0.0032
47	7200.0	0.0072
48	989040.0	0.98904

JAP216

Column	Version 1	Version 2
11	11,17,15	11,15,17
17	0.0
24	1.6	1.6e-06
26	1.4	1.4e-06
29	1380.0	0.00138
34	260.0	2.6e-06
36	336.6	3.366e-06
37		1.14285714286
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	0.8	8e-07
45	32000.0	0.032
46	60000.0	0.06
47	906000.0	0.906
48	280.0	0.00028

JAP220

Column	Version 1	Version 2
11	14,17,15	14,15,17
17	0.0
23	mudstone, sandstone, chert, limestone, and basalt; Paleogene to Mesozoic, including upper Carboniferous in places; sampling date indicated as Dec 18, 1981 in [Sano & Wakita, 1985]
24	8.5	6.8e-06
26	0.06	6e-08
29	150.0	0.00015
34	282.8	2.828e-06
36	285.4	2.854e-06
37		113.333333333
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	950.0	0.00095
46	4800.0	0.0048
47	993000.0	0.993
48	1000.0	0.001

JAP224

Column	Version 1	Version 2
11	11,20,17	11,17,20
17	0.0
24	2.0	2e-06
26	0.2	1e-07
29	70.0	6e-05
34	815.0	8.15e-06
36	819.9	8.199e-06
37		20.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	2.8	2.8e-06
45	450.0	0.00045
46	2400.0	0.0024
47	991000.0	0.991
48	5900.0	0.0059

JAP227

Column	Version 1	Version 2
17	0.0
24	130.0	0.00013
26	3.2	3.2e-06
29	4420.0	0.00442
34	722.0	7.22e-06
36	724.8	7.248e-06
37		40.625
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	1000.0	0.001
46	496000.0	0.496
47	490000.0	0.49
48	10500.0	0.0105

JAP228

Column	Version 1	Version 2
11	11,16,21,17	11,16,17,21
24	1.2	1.2e-06
26	0.14	1.4e-07
29	220.0	0.00022
34	34.9	3.49e-07
36	32.6	3.26e-07
37		8.57142857143
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	3.3	3.3e-06
45	1300.0	0.0013
46	7000.0	0.007
47	35000.0	0.035
48	957100.0	0.9571

JAP230

Column	Version 1	Version 2
11	11,20,17	11,17,20
17	0.0
23	granite; Mesozoic to Cenozoic; sampling temperature indicated as 94 oC in [Urabe, 1985]	granite; Mesozoic to Cenozoic
24	228.0	0.000228
26	4.8	4.8e-06
29	10000.0	0.01
34	538.0	5.38e-06
36	540.0	5.4e-06
37		47.5
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	2700.0	0.0027
46	443000.0	0.443
47	536000.0	0.536
48	8400.0	0.0084

JAP232

Column	Version 1	Version 2
11	11,14,17,15	11,14,15,17
17	0.0
24	91.3	9.13e-05
26	1.7	1.7e-06
29	3010.0	0.00301
34	299.6	2.996e-06
36	300.9	3.009e-06
37		53.7058823529
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	14.1	1.41e-05
45	740.0	0.00074
46	165000.0	0.165
47	800000.0	0.8
48	32000.0	0.032

JAP236

Column	Version 1	Version 2
17	0.0
24	335.0	0.000335
26	11.4	1.14e-05
29	8470.0	0.00847
34	173.0	1.73e-06
36	173.1	1.731e-06
37		29.3859649123
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	700.0	0.0007
46	925000.0	0.925
47	1800.0	0.0018
48	63000.0	0.063

JAP237

Column	Version 1	Version 2
11	11,21,18	11,18,21
24	30.0	3e-05
26	0.05	5e-08
29	60.0	6e-05
34	687.0	6.87e-06
36	789.6	7.896e-06
37		600.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	6.0	6e-06
45	400.0	0.0004
46	6700.0	0.0067
47	660000.0	0.66
48	329000.0	0.329

JAP238

Column	Version 1	Version 2
24	12.0	1.2e-05
26	0.05	5e-08
29	20.0	2e-05
34	898.0	8.98e-06
36	898.1	8.981e-06
37		240.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	6.0	6e-06
45	400.0	0.0004
46	4100.0	0.0041
47	740000.0	0.74
48	234000.0	0.234

JAP317

Column	Version 1	Version 2
11	11,21,17	11,17,21
24	18.5	1.85e-05
26	0.05	5e-08
29	30.0	3e-05
34	7.5	7.5e-08
36	7.4	7.4e-08
37		370.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	3.8	3.8e-06
45	300.0	0.0003
46	2300.0	0.0023
47	250.0	0.00025
48	997100.0	0.9971

JAP338

Column	Version 1	Version 2
24	87.8	8.78e-05
26	1.3	1.3e-06
29	1190.0	0.00119
34	232.0	2.32e-06
36	235.6	2.356e-06
37		67.5384615385
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	45.0	4.5e-05
45	1500.0	0.0015
46	264000.0	0.264
47	700.0	0.0007
48	733100.0	0.7331

JAP372

Column	Version 1	Version 2
11	11,20,17	11,17,20
17	0.0
24	202.0	0.000202
26	6.6	6.6e-06
29	5830.0	0.00583
34	377.0	3.77e-06
36	379.0	3.79e-06
37		30.6060606061
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	2.0	2e-06
45	1000.0	0.001
46	501000.0	0.501
47	364000.0	0.364
48	129000.0	0.129

JAP377

Column	Version 1	Version 2
24	203.0	0.000203
26	0.3	3e-07
29	360.0	0.00036
34	16.1	1.61e-07
36	16.1	1.61e-07
37		676.666666667
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	1.4	1.4e-06
45	70.0	7e-05
46	43000.0	0.043
47	160.0	0.00016
48	957100.0	0.9571

JAP387

Column	Version 1	Version 2
11	16,21,17	16,17,21
24	6.5	6.5e-06
26	1.7	1.7e-06
29	2000.0	0.002
34	10.2	1.02e-07
36	4.1	4.1e-08
37		3.82352941176
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	47.7	4.77e-05
45	6400.0	0.0064
46	101000.0	0.101
47	7700.0	0.0077
48	883100.0	0.8831

JAP445

Column	Version 1	Version 2
17	0.0
24	13.0	1.3e-05
26	0.3	3e-07
29	250.0	0.00025
34	187.0	1.87e-06
35	>=	≥
36	187.0	1.87e-06
37		43.3333333333
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	40.0	4e-05
46	9200.0	0.0092
47	990000.0	0.99
48	20.0	2e-05

PHI002

Column	Version 1	Version 2
11	3.0	03
17	0.0
23	gas fraction = 628 mmol/mol
24	2.6	2.6e-06
26	0.08	8e-08
29	30.0	3e-05
34	1036.0	1.036e-05
36	1042.9	1.0429e-05
44	23900.0	0.0239
45	40.0	4e-05
46	4800.0	0.0048
47	946000.0	0.946
48	5300.0	0.0053
49	21000.0	0.021

PHI003

Column	Version 1	Version 2
11	3.0	03
23	dacite; maximum temperature 320 oC; gas fraction = 87 mmol/mol	dacite; maximum temperature 320 oC
24	1.7	1.7e-06
26	0.05	5e-08
29	17.0	1.7e-05
34	1036.0	1.036e-05
36	1042.6	1.0426e-05
44	8600.0	0.0086
45	20.0	2e-05
46	5000.0	0.005
47	938000.0	0.938
48	25000.0	0.025
49	21000.0	0.021

PHI004

Column	Version 1	Version 2
11	3.0	03
23	dacite, Late Pleistocene; maximum temperature 280 oC; gas fraction = 42 mmol/mol	dacite, Late Pleistocene; maximum temperature 280 oC
24	2.4	2.4e-06
26	0.04	4e-08
29	18.0	1.8e-05
34	1008.0	1.008e-05
36	1011.6	1.0116e-05
44	1300.0	0.0013
45	10.0	1e-05
46	8400.0	0.0084
47	970000.0	0.97
48	13700.0	0.0137
49	6000.0	0.006

PHI005

Column	Version 1	Version 2
11	3.0	03
23	Q4; maximum temperature 380 oC; gas fraction = 35 mmol/mol	Q4; maximum temperature 380 oC
24	7.4	7.4e-06
26	0.13	1.3e-07
29	79.0	7.9e-05
34	1064.0	1.064e-05
36	1068.1	1.0681e-05
44	21200.0	0.0212
45	40.0	4e-05
46	17200.0	0.0172
47	915000.0	0.915
48	53.0	5.3e-05
49	47000.0	0.047

PHI006

Column	Version 1	Version 2
11	3.0	03
17	0.0
23	gas fraction = 527 mmol/mol
24	7.4	7.4e-06
26	0.07	7e-08
29	45.0	4.5e-05
34	1050.0	1.05e-05
36	1052.2	1.0522e-05
44	12500.0	0.0125
45	30.0	3e-05
46	13500.0	0.0135
47	930000.0	0.93
48	0.7	7e-07
49	44000.0	0.044

PHI007

Column	Version 1	Version 2
11	4.0	04
17	0.0
24	5.1	5.1e-06
26		4e-08
29		1e-08
35	>	≥
36	572.0	5.72e-06
43	Air contamination is < 2%
44	423000.0	0.423
45	900.0	0.0009
46	15000.0	0.015
47	0.01	1e-08
48	553000.0	0.553

PHI008

Column	Version 1	Version 2
11	4.0	04
17	0.0
24	6.9	6.9e-06
26		7e-08
29		2e-08
35	>	≥
36	569.0	5.69e-06
43	Air contamination is < 2%
44	426000.0	0.426
45	800.0	0.0008
46	18000.0	0.018
47	0.03	3e-08
48	548000.0	0.548

PHI009

Column	Version 1	Version 2
11	1,3	01,03
17	0.0
24	4.2	4.2e-06
26	0.03	3e-08
29	23.0	2.3e-05
34	1036.0	1.036e-05
36	1037.6	1.0376e-05
44	50.0	5e-05
45	190.0	0.00019
46	9500.0	0.0095
47	898000.0	0.898
48	80.0	8e-05
49	92000.0	0.092

PHI010

Column	Version 1	Version 2
11	1,3	01,03
17	0.0
24	10.9	1.09e-05
26	0.38	3.8e-07
29	201.0	0.000201
34	1050.0	1.05e-05
36	1058.0	1.058e-05
44	1220.0	0.00122
45	1000.0	0.001
46	15800.0	0.0158
47	981000.0	0.981
48	110.0	0.00011
49	1000.0	0.001

PHI011

Column	Version 1	Version 2
11	3.0	03
17	0.0
23	gas fraction = 5.5 mmol/mol
24	5.8	5.8e-06
26	0.57	5.7e-07
29	420.0	0.00042
34	1036.0	1.036e-05
36	1058.6	1.0586e-05
44	3910.0	0.00391
45	40.0	4e-05
46	23000.0	0.023
47	957000.0	0.957
48	260.0	0.00026
49	15000.0	0.015

PHI012

Column	Version 1	Version 2
11	3.0	03
17	0.0
23	Q4; maximum temperature 260 oC; gas fraction = 522 mmol/mol	Q4; maximum temperature 260 oC
24	3.1	3.1e-06
26	0.42	4.2e-07
29	500.0	0.0005
34	1036.0	1.036e-05
36	1067.4	1.0674e-05
44	1910.0	0.00191
45	40.0	4e-05
46	16900.0	0.0169
47	955000.0	0.955
48	170.0	0.00017
49	26000.0	0.026

PHI013

Column	Version 1	Version 2
11	3.0	03
17	0.0
24	17.6	1.76e-05
26	0.07	7e-08
29	44.0	4.4e-05
34	966.0	9.66e-06
36	966.8	9.668e-06
44	390.0	0.00039
45	30.0	3e-05
46	29700.0	0.0297
47	955000.0	0.955
48	12900.0	0.0129
49	2000.0	0.002

PHI014

Column	Version 1	Version 2
11	3.0	03
17	0.0
23	gas fraction = 537 mmol/mol
24	6.9	6.9e-06
26	0.07	7e-08
29	41.0	4.1e-05
34	966.0	9.66e-06
36	968.1	9.681e-06
44	420.0	0.00042
45	30.0	3e-05
46	15900.0	0.0159
47	970000.0	0.97
48	6100.0	0.0061
49	7000.0	0.007

PHI015

Column	Version 1	Version 2
11	3.0	03
17	0.0
23	gas fraction = 414 mmol/mol
24	126.0	0.000126
26	0.35	3.5e-07
29	300.0	0.0003
34	56.0	5.6e-07
36	55.9	5.59e-07
44	10.0	1e-05
45	300.0	0.0003
46	189000.0	0.189
47	566000.0	0.566
48	233000.0	0.233
49	11000.0	0.011

PHI018

Column	Version 1	Version 2
11	3.0	03
17	0.0
24	110.0	0.00011
26	16.6	1.66e-05
29	16800.0	0.0168
34	84.0	8.4e-07
36	81.8	8.18e-07
44	184.0	0.000184
45	690.0	0.00069
46	862000.0	0.862
47	310.0	0.00031
48	120000.0	0.12
49	100.0	0.0001

AUL012

Column	Version 1	Version 2
11	2.0	02
23	Liquid CO2
24	80.0	8e-05
29	50.0	5e-05
34	424.2	4.242e-06
36	424.4	4.244e-06
37	436.0	395.0
39		11.9
40		0.0006
44	3.0	3e-06
45	50.0	5e-05
46	3900.0	0.0039
47	987000.0	0.987
48	9115.0	0.009115
49	10.0	1e-05

NZE029

Column	Version 1	Version 2
11	1,2	01,02
24	4.4	4.4e-06
34	932.4	9.324e-06
36	940.4	9.404e-06
37	10.2714	9.3024
43	40Ar/36Ar was measured in sample of 01.07.78	40Ar/36Ar was measured in sample of 01.07.78. For this sample Torgersen et al. (1982) gave ((He/Ne)/(He/Ne)AIR) whereas Giggenbach et al. (1993) gave He/Ne with reference on the above paper, this has been improved using (He/Ne)AIR = 0,288
46	55000.0	0.055
47	700000.0	0.7
48	1000.0	0.001

NZE052

Column	Version 1	Version 2
11	1,2	01,02
24	7.4	7.4e-06
34	1074.47	1.07447e-05
36	1077.25	1.07725e-05
37	112.572	101.952
43		For this sample Torgersen et al. (1982) gave ((He/Ne)/(He/Ne)AIR) whereas Giggenbach et al. (1993) gave He/Ne with reference on the above paper, this has been improved using (He/Ne)AIR = 0,288
46	12000.0	0.012
47	850000.0	0.85
48	14000.0	0.014

NZE063

Column	Version 1	Version 2
11	1,2	01,02
23		gas+steam
24	4.2	4.2e-06
34	947.98	9.4798e-06
36	973.0	9.73e-06
37	10.6848	9.6
43		For this sample Torgersen et al. (1982) gave ((He/Ne)/(He/Ne)AIR) whereas Giggenbach et al. (1993) gave He/Ne with reference on the above paper, this has been improved using (He/Ne)AIR = 0,288
46	28000.0	0.028
47	870000.0	0.87
48	6000.0	0.006

NZE078

Column	Version 1	Version 2
11	9.0	09
24	2.87398673545	2.87398673545e-06
28	0.0191599115696	1.91599115696e-08
29	30.9506263817	3.09506263817e-05
30	0.132645541636	1.32645541636e-07
31	0.0442151805453	4.42151805453e-08
34	740.0	7.4e-06
36	713.4	7.134e-06
46	9358.87988209	0.00935887988209
47	951363.3014	0.9513633014
48	6632.2770818	0.0066322770818

NZE079

Column	Version 1	Version 2
11	1,2	01,02
24	5.7	5.7e-06
34	920.18	9.2018e-06
36	921.6	9.216e-06
37	286.2	259.2
42		303.0
43	(He/Ne)true > (He/Ne)indicated	(He/Ne)true > (He/Ne)indicated, for this sample Torgersen et al. (1982) gave ((He/Ne)/(He/Ne)AIR) > 1200 whereas Giggenbach et al. (1993) gave He/Ne = 1200 with reference on the above paper, this has been improved using (He/Ne)AIR = 0,288
46	4000.0	0.004
47	786000.0	0.786
48	1000.0	0.001

NZE080

Column	Version 1	Version 2
11	1,9	01,09
24	2.6	2.6e-06
34	935.2	9.352e-06
36	939.3	9.393e-06
37		62.0
38	205.0
46	5000.0	0.005
47	750000.0	0.75
48	1000.0	0.001
53	Giggenbach et al., 1993; Marty, Giggenbach, 1990	Giggenbach et al., 1993

NZE081

Column	Version 1	Version 2
11	9.0	09
24	4.01778363247	4.01778363247e-06
28	0.0428124485427	4.28124485427e-08
29	27.4987650255	2.74987650255e-05
34	850.0	8.5e-06
36	807.8	8.078e-06
46	5516.21933147	0.00551621933147
47	984686.316483	0.984686316483

NZE082

Column	Version 1	Version 2
11	1,2	01,02
24	4.6	4.6e-06
34	920.18	9.2018e-06
36	920.2	9.202e-06
37	381.6	345.6
43	(He/Ne)true > (He/Ne)indicated	(He/Ne)true > (He/Ne)indicated, for this sample Torgersen et al. (1982) gave ((He/Ne)/(He/Ne)AIR) > 1200 whereas Giggenbach et al. (1993) gave He/Ne = 1200 with reference on the above paper, this has been improved using (He/Ne)AIR = 0,288
46	4000.0	0.004
47	824000.0	0.824
48	1000.0	0.001

NZE084

Column	Version 1	Version 2
11	1,2	01,02
24	2.2	2.2e-06
34	921.57	9.2157e-06
36	921.6	9.216e-06
37	636.0	576.0
43	(He/Ne)true > (He/Ne)indicated	(He/Ne)true > (He/Ne)indicated, for this sample Torgersen et al. (1982) gave ((He/Ne)/(He/Ne)AIR) > 1200 whereas Giggenbach et al. (1993) gave He/Ne = 1200 with reference on the above paper, this has been improved using (He/Ne)AIR = 0,288
46	5000.0	0.005
47	680000.0	0.68
48	1000.0	0.001

NZE091

Column	Version 1	Version 2
11	1,2	01,02
24	80.2	8.02e-05
34	466.2	4.662e-06
36	466.3	4.663e-06
37	540.6	489.0
43	(He/Ne)true > (He/Ne)indicated	(He/Ne)true > (He/Ne)indicated, for this sample Torgersen et al. (1982) gave ((He/Ne)/(He/Ne)AIR) whereas Giggenbach et al. (1993) gave He/Ne with reference on the above paper, this has been improved using (He/Ne)AIR = 0,288
46	12000.0	0.012
47	10000.0	0.01
48	970000.0	0.97

NZE097

Column	Version 1	Version 2
11	1,2	01,02
24	321.0	0.000321
34	262.71	2.6271e-06
36	262.7	2.627e-06
37	190.8	172.0
43	(He/Ne)true > (He/Ne)indicated; 40Ar/36Ar was measured in other sample	(He/Ne)true > (He/Ne)indicated, for this sample Torgersen et al. (1982) gave ((He/Ne)/(He/Ne)AIR) whereas Giggenbach et al. (1993) gave He/Ne with reference on the above paper, this has been improved using (He/Ne)AIR = 0,288
46	12000.0	0.012
47	110000.0	0.11
48	875000.0	0.875

NZE125

Column	Version 1	Version 2
11	1,2	01,02
23		gas+steam
24	3.6	3.6e-06
34	977.17	9.7717e-06
36	977.2	9.772e-06
37	585.0	529.92
43	(He/Ne)true > (He/Ne)indicated	(He/Ne)true > (He/Ne)indicated, for this sample Torgersen et al. (1982) gave ((He/Ne)/(He/Ne)AIR) whereas Giggenbach et al. (1993) gave He/Ne with reference on the above paper, this has been improved using (He/Ne)AIR = 0,288
46	2000.0
47	950000.0
48	28000.0

AUS009

Column	Version 1	Version 2
11	5.0	02
13	Molasse basin	Molasse basin
16	1982-1983
23	marl, shale; Cretaceous (Campanian)	Imarl, shale; Cretaceous (Campanian)
25	8.21	7.2e-06
27	0.0445	4.45e-08
34	7.7	7.7e-08
36	7.5	7.5e-08

AUS014

Column	Version 1	Version 2
11	5.0	02
13	Molasse basin	Molasse basin
16	1982-1983
25	0.18	1.5e-07
27	0.206	2.06e-07
34	279.57	2.7957e-06
35	>=	≥
36	279.57	2.7957e-06
43	Ra=138.4E-8; [Ne, Ar, Kr, Xe] abundances have measurement units [10E-6 cc STP/cc H2O]	Ra=1.38E-06

AUS029

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1.0	01
13	Vienna basin	Vienna basin
24	83.0	8.3e-05
28	0.0183	1.83e-08
34	77.98	7.798e-07
35	<=	≤
36	77.98	7.798e-07
40	3.215	0.03215
46	4400.0	0.0044
47	5300.0	0.0053
48	928600.0	0.9286

AUS030

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1.0	01
13	Vienna basin	Vienna basin
24	99.0	9.9e-05
28	0.0074	7.4e-09
34	58.52	5.852e-07
35	<=	≤
36	58.52	5.852e-07
40	3.716	0.03716
46	3600.0	0.0036
47	14700.0	0.0147
48	943500.0	0.9435
49	3300.0	0.0033

AUS031

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1.0	01
13	Vienna basin	Vienna basin
24	60.0	6e-05
28	0.023	2.3e-08
34	54.88	5.488e-07
35	<=	≤
36	54.88	5.488e-07
40	3.085	0.03085
46	4200.0	0.0042
47	5600.0	0.0056
48	930100.0	0.9301

AUS032

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1.0	01
13	Vienna basin	Vienna basin
24	102.0	0.000102
28	0.0124	1.24e-08
34	90.58	9.058e-07
35	<=	≤
36	90.58	9.058e-07
40	3.464	0.03464
46	4800.0	0.0048
47	6300.0	0.0063
48	932500.0	0.9325

AUS033

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1.0	01
13	Vienna basin	Vienna basin
24	77.0	7.7e-05
28	0.0067	6.7e-09
34	56.14	5.614e-07
35	<=	≤
36	56.14	5.614e-07
40	3.574	0.03574
46	4000.0	0.004
47	5100.0	0.0051
48	933900.0	0.9339

AUS034

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1.0	01
13	Vienna basin	Vienna basin
24	89.0	8.9e-05
28	0.007	7e-09
34	52.36	5.236e-07
35	<=	≤
36	52.36	5.236e-07
40	3.606	0.03606
46	2700.0	0.0027
47	3500.0	0.0035
48	937000.0	0.937

AUS039

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1.0	01
13	Vienna basin	Vienna basin
24	179.0	0.000179
28	0.0295	2.95e-08
34	40.88	4.088e-07
35	<=	≤
36	40.88	4.088e-07
40	3.316	0.03316
46	5200.0	0.0052
47	3700.0	0.0037
48	969400.0	0.9694

AUS040

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1.0	01
13	Vienna basin	Vienna basin
24	96.0	9.6e-05
28	0.0112	1.12e-08
34	48.44	4.844e-07
35	<=	≤
36	48.44	4.844e-07
40	3.37	0.0337
46	3600.0	0.0036
47	15100.0	0.0151
48	957700.0	0.9577

AUS041

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1.0	01
13	Vienna basin	Vienna basin
24	152.0	0.000152
28	0.0074	7.4e-09
34	31.78	3.178e-07
35	<=	≤
36	31.78	3.178e-07
40	4.328	0.04328
46	4500.0	0.0045
47	7400.0	0.0074
48	981600.0	0.9816

AUS042

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1.0	01
13	Vienna basin	Vienna basin
24	74.0	7.4e-05
28	0.0238	2.38e-08
34	47.88	4.788e-07
35	<=	≤
36	47.88	4.788e-07
40	3.13	0.0313
46	3400.0	0.0034
47	3800.0	0.0038
48	980800.0	0.9808

AUS043

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1.0	01
13	Vienna basin	Vienna basin
24	52.0	5.2e-05
28	0.181	1.81e-07
34	43.82	4.382e-07
35	<=	≤
36	43.82	4.382e-07
40	2.932	0.02932
46	5000.0	0.005
47	2200.0	0.0022
48	992400.0	0.9924

AUS045

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1.0	01
13	Vienna basin	Vienna basin
14	HOLLEIN, hole HOF-1	HOFLEIN, hole HOF-1
24	64.0	6.4e-05
28	0.0047	4.7e-09
34	316.54	3.1654e-06
35	>=	≥
36	316.54	3.1654e-06
40	3.788	0.03788
46	22100.0	0.0221
47	157500.0	0.1575
48	731000.0	0.731

AUS046

Column	Version 1	Version 2
11	1.0	01
13	Vienna basin	Vienna basin
24	77.0	7.7e-05
28	0.019	1.9e-08
34	15.68	1.568e-07
35	<=	≤
36	15.68	1.568e-07
40	3.069	0.03069
46	2700.0	0.0027
47	600.0	0.0006
48	994100.0	0.9941

AUS047

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1.0	01
13	Vienna basin	Vienna basin
24	25.0	2.5e-05
28	0.055	5.5e-08
34	9.66	9.66e-08
35	<=	≤
36	9.66	9.66e-08
40	3.065	0.03065
46	8500.0	0.0085
47	300.0	0.0003
48	986700.0	0.9867

AUS049

Column	Version 1	Version 2
1		~
2	48.45	48.3666666667
3		~
5	27.0	22.0
6		~
7	16.6	16.6333333333
8		~
10	36.0	38.0
11	2.0	01
13	Vienna basin	Vienna basin
14	PYRAWARTH, spring	SCHONKIRCHEN, hole ST-14
17		2656.0
21	W/S	G/H
24		0.000168
28		1.24e-08
32	0.355	0.171
34	49.7	2.394e-07
35	<=	≤
36	49.7	2.394e-07
37	0.61
39		9.75
40		0.04005
46		0.0068
47		0.01
48		0.9646
50		-33.18
53	Marty et al., 1990	Ballentine & O'Nions, 1993

AUS050

Column	Version 1	Version 2
1		~
2	48.45	48.3666666667
3		~
5	27.0	22.0
6		~
7	16.6	16.6333333333
8		~
10	36.0	38.0
11	3.0	01
13	Vienna basin	Vienna basin
14	PYRAWARTH, spring	SCHONKIRCHEN, hole ST-22
17		2738.0
21	W/S	G/H
24		0.000237
28		2.54e-08
32	1.6	0.216
33	1.62
34	224.0	3.024e-07
35		≤
36	227.1	3.024e-07
37	8.44
39		9.807
40		0.03685
46		0.0082
47		0.0029
48		0.9613
53	Marty et al., 1992	Ballentine & O'Nions, 1993

AUS051

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1.0	01
13	Vienna basin	Vienna basin
14	SCHONKIRCHEN, hole ST-14	SCHONKIRCHEN, hole ST-32
17	2656.0	5016.0
24	168.0	0.000133
28	0.0124	4.4e-09
32	0.171	0.199
34	23.94	2.786e-07
35	<=	≤
36	23.94	2.786e-07
39	9.75	9.669
40	4.005	0.05256
46	6800.0	0.0072
47	10000.0	0.1271
48	964600.0	0.8333
49		0.0198
50	-33.18

AUS052

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1.0	01
13	Vienna basin	Vienna basin
14	SCHONKIRCHEN, hole ST-22	SCHONKIRCHEN, hole ST-53
17	2738.0	3106.0
24	237.0	0.000308
28	0.0254	1.44e-08
32	0.216	0.18
34	30.24	2.52e-07
35	<=	≤
36	30.24	2.52e-07
39	9.807	9.718
40	3.685	0.04459
46	8200.0	0.007
47	2900.0	0.0739
48	961300.0	0.8964
49		0.0133

AUS053

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1.0	01
13	Vienna basin	Vienna basin
14	SCHONKIRCHEN, hole ST-32	SCHONKIRCHEN, hole ST-62
17	5016.0	5264.0
24	133.0	0.000157
28	0.0044	4.8e-09
32	0.199	0.164
34	27.86	2.296e-07
35	<=	≤
36	27.86	2.296e-07
39	9.669	9.7
40	5.256	0.05311
46	7200.0	0.0074
47	127100.0	0.1263
48	833300.0	0.836
49	19800.0	0.0182

AUS054

Column	Version 1	Version 2
1	»	~
2	48.3666666667	47.3333333333
3	»	~
4	48.0	47.0
5	22.0	20.0
6	»	~
7	16.6333333333	14.6666666667
8	»	~
9	16.0	14.0
10	38.0	40.0
11	1.0	03
13	Vienna basin	Vienna basin
14	SCHONKIRCHEN, hole ST-53	THALHEIM, spring
17	3106.0
21	G/H	G/S
24	308.0	0.000174
28	0.0144
32	0.18	0.05
33		0.05
34	25.2	7e-08
35	<=
36	25.2	7e-08
37		43.4
39	9.718
40	4.459
46	7000.0
47	73900.0
48	896400.0
49	13300.0
53	Ballentine & O'Nions, 1993	Marty et al., 1992

AUS055

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1.0	01
13	Vienna basin	Vienna basin
14	SCHONKIRCHEN, hole ST-62	VIENNA basin, SCHONKIRCHEN, hole ST-38
17	5264.0	3071.0
20		b
24	157.0	0.000184
28	0.0048	1.11e-08
32	0.164	0.177
34	22.96	2.478e-07
35	<=	≤
36	22.96	2.478e-07
39	9.7	9.72
40	5.311	0.04332
46	7400.0	0.0071
47	126300.0	0.079
48	836000.0	0.8897
49	18200.0	0.0168

AUS056

Column	Version 1	Version 2
1	»	~
2	47.3333333333	48.3666666667
3	»	~
4	47.0	48.0
5	20.0	22.0
6	»	~
7	14.6666666667	16.6333333333
8	»	~
9	14.0	16.0
10	40.0	38.0
11	3.0	01
13	Vienna basin	Vienna basin
14	THALHEIM, spring	VIENNA basin, SCHONKIRCHEN, hole ST-38
17		3071.0
20		a
21	G/S	G/H
24	174.0	0.000248
28		9.5e-09
32	0.05	0.179
33	0.05
34	7.0	2.506e-07
35		≤
36	7.0	2.506e-07
37	43.4
39		9.685
40		0.05058
46		0.0076
47		0.0815
48		0.887
49		0.0161
53	Marty et al., 1992	Ballentine & O'Nions, 1993

AUS057

Column	Version 1	Version 2
1	»
2	48.3666666667	46.6166666667
3	»
4	48.0	46.0
5	22.0	37.0
6	»
7	16.6333333333	13.85
8	»
9	16.0	13.0
10	38.0	51.0
11	1.0	03
13	Vienna basin	Vienna basin
14	VIENNA basin, SCHONKIRCHEN, hole ST-38	VILLACH, FREIBAD SPR.
17	3071.0
20	b
21	G/H	W/S
24	184.0
28	0.0111
32	0.177	0.61
33		0.59
34	24.78	8.54e-07
35	<=
36	24.78	8.26e-07
37		3.98
39	9.72
40	4.332
46	7100.0
47	79000.0
48	889700.0
49	16800.0
53	Ballentine & O'Nions, 1993	Marty et al., 1992

AUS058

Column	Version 1	Version 2
1	»
2	48.3666666667	46.6166666667
3	»
4	48.0	46.0
5	22.0	37.0
6	»
7	16.6333333333	13.85
8	»
9	16.0	13.0
10	38.0	51.0
11	1.0	03
13	Vienna basin	Vienna basin
14	VIENNA basin, SCHONKIRCHEN, hole ST-38	VILLACH, TCHAMMER SPR.
17	3071.0
20	a
21	G/H	W/S
24	248.0
28	0.0095
32	0.179	0.6
33		0.6
34	25.06	8.4e-07
35	<=
36	25.06	8.4e-07
37		16.7
39	9.685
40	5.058
46	7600.0
47	81500.0
48	887000.0
49	16100.0
53	Ballentine & O'Nions, 1993	Marty et al., 1992

AUS060

Column	Version 1	Version 2
1		~
2	46.6166666667	47.3333333333
3		~
4	46.0	47.0
5	37.0	20.0
6		~
7	13.85	16.0
8		~
9	13.0	16.0
10	51.0	0.0
11	3.0	03
13	Vienna basin	Vienna basin
14	VILLACH, TCHAMMER SPR.	WALTERSDORF, spring
32	0.6	0.03
33	0.6	0.02
34	84.0	4.2e-08
36	84.0	2.8e-08
37	16.7	156.0

AUS061

Column	Version 1	Version 2
1		~
2	46.6166666667	47.3333333333
3		~
4	46.0	47.0
5	37.0	20.0
6		~
7	13.85	16.0
8		~
9	13.0	16.0
10	51.0	0.0
11	3.0	03
13	Vienna basin	Vienna basin
14	VILLACH, ZILLERBAD SPR.	WALTERSDORF, spring
21	W/S	G/S
24		1.76e-05
32	0.59	0.16
33	0.58
34	82.6	2.24e-07
36	81.2	4.2e-08
37	20.2	17.3

BUL001

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	2.0	02
23	Andesite (K, se); TDS=0.54 g/L	TDS=0.54 g/L
24	32.0	3.2e-05
26	16.0	1.6e-05
29		0.0115
34	25.0	2.5e-07
36	6.8	6.8e-08
40	2.91	0.0291
43	Total content of noble gases = 11500 ppm
44	3700.0	0.0037
45	1000.0	0.001
46	983000.0	0.983
47	20600.0	0.0206
48	200.0	0.0002

BUL002

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	2.0	02
21	W/C
24	1570.0	0.00157
26	6.0	6e-06
29		0.0079
34	70.0	7e-07
36	69.9	6.99e-07
40	2.93	0.0293
43	Total content of noble gases = 9500 ppm
45	38600.0	0.0386
46	443000.0	0.443
47		0.508
48	600.0	0.0006
49	100.0	0.0001

BUL003

Column	Version 1	Version 2
11	2.0	02
24	31400.0	0.0314
26	9.9	9.9e-06
29		0.0066
34	17.0	1.7e-07
36	17.0	1.7e-07
40	3.01	0.0301
43	Total content of noble gases = 38000 ppm
46	957000.0	0.957
47	2400.0	0.0024
48	400.0	0.0004

BUL004

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1,2	01,02
24	10900.0	0.0109
26	1.89	1.89e-06
29		0.0038
34	43.0	4.3e-07
36	43.0	4.3e-07
40	2.96	0.0296
43	Total content of noble gases = 14700 ppm
45	6000.0	0.006
46	716000.0	0.716
47	263000.0	0.263
48	100.0	0.0001

BUL005

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1,2	01,02
17	0.0
24	7350.0	0.00735
26	7.6	7.6e-06
29		0.0122
34	41.0	4.1e-07
36	41.0	4.1e-07
40	2.84	0.0284
43	Total content of noble gases = 19600 ppm
46	924000.0	0.924
47	55000.0	0.055

BUL006

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1,2	01,02
24	850.0	0.00085
26	1.8	1.8e-06
29		0.0041
34	57.0	5.7e-07
36	56.95	5.695e-07
40	2.93	0.0293
43	Total content of noble gases = 5000 ppm
46	211000.0	0.211
47	782000.0	0.782
48	2400.0	0.0024

BUL007

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	2.0	02
24	800.0	0.0008
26	8.5	8.5e-06
29		0.0134
34	19.0	1.9e-07
36	18.6	1.86e-07
40	2.97	0.0297
43	Total content of noble gases = 14200 ppm
44	1000.0	0.001
46	982000.0	0.982
47	100.0	0.0001
48	2000.0	0.002

BUL008

Column	Version 1	Version 2
1	»	~
3	»	~
6		~
8	»	~
11	1,2	01,02
24	490.0	0.00049
26	0.57	5.7e-07
29		0.00045
34	37.0	3.7e-07
36	37.0	3.7e-07
40	2.97	0.0297
43	Total content of noble gases = 940 ppm
46	55000.0	0.055
47	942000.0	0.942

BUL009

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	2.0	02
24	7880.0	0.00788
26	8.0	8e-06
29		0.0109
34	19.0	1.9e-07
36	19.0	1.9e-07
40	2.92	0.0292
43	Total content of noble gases = 18800 ppm
46	945000.0	0.945
47	33800.0	0.0338
48	500.0	0.0005

BUL010

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	2.0	02
17	0.0
24	550.0	0.00055
26	10.8	1.08e-05
29		0.013
34	16.0	1.6e-07
36	15.3	1.53e-07
40	2.95	0.0295
43	Total content of noble gases = 13600 ppm
46	985000.0	0.985
48	900.0	0.0009

BUL011

Column	Version 1	Version 2
11	1,2	01,02
24	1200.0	0.0012
26	12.0	1.2e-05
29		0.0164
34	15.0	1.5e-07
36	14.7	1.47e-07
40	2.92	0.0292
43	Total content of noble gases = 17600 ppm
46	969000.0	0.969
47	3200.0	0.0032
48	10900.0	0.0109

BUL012

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	2.0	02
21	W/C
23	Dislocation between marbles with siricite schists (Mz) and diorite porfirite (Pg); TDS=1.5 g/L	Dislocation between marbles with sericite schists (Mz) and diorite porfirite (Pg); TDS=1.5 g/L
24	64.0	6.4e-05
26	2.0	2e-06
29		0.0024
34	108.0	1.08e-06
36	107.7	1.077e-06
40	2.94	0.0294
43	Total content of noble gases = 2500 ppm
45	11800.0	0.0118
46	168000.0	0.168
47	508000.0	0.818

BUL013

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	2.0	02
24	220.0
25		0.00022
26	0.8
27		8e-07
29		0.00091
34	84.0	8.4e-07
36	83.9	8.39e-07
40	2.92	0.0292
43	Total content of noble gases = 1100 ppm
44	500.0	0.0005
45	1000.0	0.001
46	74800.0	0.0748
47	818000.0	0.0206
48	901000.0	0.901

BUL014

Column	Version 1	Version 2
11	1,2	01,02
24	3420.0	0.00342
26	8.1	8.1e-06
29		0.0137
34	26.0	2.6e-07
36	25.9	2.59e-07
40	2.99	0.0299
43	Total content of noble gases = 17100 ppm
46	972000.0	0.972
47	4600.0	0.0046
48	5400.0	0.0054

BUL015

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1,2	01,02
24	22.0	2.2e-05
26	0.37	3.7e-07
29		0.00093
34	90.0	9e-07
36	89.8	8.98e-07
40	2.9	0.029
43	Total content of noble gases = 950 ppm
45	1600.0	0.0016
46	51000.0	0.051
47	940000.0	0.94
48	6100.0	0.0061

BUL016

Column	Version 1	Version 2
1	»	~
3	»	~
6	»	~
8	»	~
11	1,2	01,02
17	0.0
24	700.0	0.0007
26	19.0	1.9e-05
29		0.017
34	68.0	6.8e-07
36	67.5	6.75e-07
40	2.92	0.0292
43	Total content of noble gases = 17700 ppm
46	928000.0	0.928
47	55800.0	0.0558
48	2600.0	0.0026

BUL017

Column	Version 1	Version 2
11	2.0	02
24	1830.0	0.00183
26	10.1	1.01e-05
29		0.0231
34	23.0	2.3e-07
36	22.8	2.28e-07
40	2.91	0.0291
43	Total content of noble gases = 24900 ppm
44	6200.0	0.0062
46	897000.0	0.897
47	33000.0	0.033
48	37100.0	0.0371
49	100.0	0.0001

BUL018

Column	Version 1	Version 2
11	2.0	02
24	3190.0	0.00319
26	6.4	6.4e-06
29		0.0128
34	40.0	4e-07
36	39.9	3.99e-07
40	2.93	0.0293
43	Total content of noble gases = 16000 ppm
46	977000.0	0.977
47	600.0	0.0006
48	5900.0	0.0059

BUL019

Column	Version 1	Version 2
11	1,2	01,02
24	1530.0	0.00153
26	5.2	5.2e-06
29		0.0135
34	20.0	2e-07
36	19.9	1.99e-07
40	2.97	0.0297
43	Total content of noble gases = 15000 ppm
46	966000.0	0.966
47	17800.0	0.0178
48	2000.0	0.002

BUL020

Column	Version 1	Version 2
11	1,2	01,02
24	6310.0	0.00631
26	3.4	3.4e-06
29		0.0079
34	110.0	1.1e-06
36	110.0	1.1e-06
40	3.01	0.0301
43	Total content of noble gases = 14200 ppm
46	640000.0	0.64
47	344000.0	0.344
48	800.0	0.0008

CZE001

Column	Version 1	Version 2
2	50.0133333333	50.226
5	0.8	13.56
7	12.5233333333	12.37
10	31.4	22.2
11	4.0	04,05,07
13	Bad Brambach area	Cheb basin, Bad Brambach area
14	Brtna, Viadukt	Plesna, Smrcina
16		19930504.0
19	31.0	18-1
21		G/S
22		8.7
24	1.7
33	2.41	1.7
36	337.4	2.38e-06
43		Ra=1.40E-06
47	999600.0	0.9997
48	31.0	3e-06
51	-4.2	-3.0
53	Weinlich F.H. et al., 1999	Weinlich et al., 1999; Brauer et al., 2005; Brauer K., pers. com. 2009, Sept.28

CZE002

Column	Version 1	Version 2
2	50.1416666667	50.226
5	8.5	13.56
7	12.4283333333	12.37
10	25.7	22.2
11	4.0	07
13	Bad Brambach area	Cheb basin, Bad Brambach area
14	Bublak/Vackovec	Plesna, Smrcina
16		20000503.0
19	23.0	18-2
21		G/S
24	19.0
33	5.01	3.25
36	701.4	4.55e-06
43		Ra=1.40E-06
47	999600.0
48	2.0
51	-2.1
53	Weinlich F.H. et al., 1999	Brauer K., pers. com. 2009, Sept.28

CZE003

Column	Version 1	Version 2
2	50.1525	50.226
5	9.15	13.56
7	12.4	12.37
10	24.0	22.2
11	4.0	05,07
13	Bad Brambach area	Cheb basin, Bad Brambach area
14	Cisarsky pramen	Plesna, Smrcina
16		20030409.0
19	27.0	18-3
21		G/S
24	0.9
33	3.43	3.4
36	480.2	4.76e-06
43		Ra=1.40E-06
47	999900.0
48	2.0
51	-3.6
53	Weinlich F.H. et al., 1999	Brauer et al., 2005; Brauer K., pers. com. 2009, Sept.28

CZE004

Column	Version 1	Version 2
2	50.005	50.226
5	0.3	13.56
7	12.505	12.37
10	30.3	22.2
11	4.0	07
13	Bad Brambach area	Cheb basin, Bad Brambach area
14	Dolni Gastkov	Plesna, Smrcina
16		20050404.0
19	22.0	18-4
21		G/S
24	60.0
33	2.58	3.39
36	361.2	4.746e-06
43		Ra=1.40E-06
47	992100.0
48	14.0
51	-1.88
53	Weinlich F.H. et al., 1999	Brauer K., pers. com. 2009, Sept.28

CZE005

Column	Version 1	Version 2
2	50.12	50.226
5	7.2	13.56
7	12.345	12.37
10	20.7	22.2
11	4.0	07
13	Bad Brambach area	Cheb basin, Bad Brambach area
14	Frantisk. Lazne, Kostelni	Plesna, Smrcina
16		20060427.0
19	20.0	18-5
21		G/S
24	22.0
33	2.16	3.84
36	302.4	5.376e-06
43		Ra=1.40E-06
47	999500.0
48	23.0
51	-3.9
53	Weinlich F.H. et al., 1999	Brauer K., pers. com. 2009, Sept.28

CZE006

Column	Version 1	Version 2
2	50.13	50.226
5	7.8	13.56
7	12.465	12.37
10	27.9	22.2
11	4.0	07
13	Bad Brambach area	Cheb basin, Bad Brambach area
14	Hartousov	Plesna, Smrcina
16		20070328.0
19	24.0	18-6
21		G/S
24	22.0
33	2.38	3.82
36	333.2	5.348e-06
43		Ra=1.40E-06
47	999400.0
48	4.0
51	-2.13
53	Weinlich F.H. et al., 1999	Brauer K., pers. com. 2009, Sept.28

CZE007

Column	Version 1	Version 2
2	49.975	50.226
4	49.0	50.0
5	58.5	13.56
7	12.5883333333	12.37
10	35.3	22.2
11	4.0	07
13	Bad Brambach area	Cheb basin, Bad Brambach area
14	Jedlova	Plesna, Smrcina
16		20080321.0
19	34.0	18-7
21		G/S
24	180.0
33	1.82	3.92
36	254.8	5.488e-06
43		Ra=1.40E-06
47	989900.0
48	210.0
51	-6.3
53	Weinlich F.H. et al., 1999	Brauer K., pers. com. 2009, Sept.28

CZE008

Column	Version 1	Version 2
2	50.205	50.2366666667
5	12.3	14.2
7	12.4666666667	12.2433333333
10	28.0	14.6
11	4.0	04
13	Bad Brambach area	Cheb basin, Bad Elster area
14	Kopanina	Dolni Paseky
19	21.0	12.0
21		G/S
22		7.8
24	856.0	0.00032
33	4.3	1.66
36	602.0	2.324e-06
47	853600.0	0.9989
48	9450.0	0.000199
51	-2.43	-5.7
53	Weinlich F.H. et al., 1999	Weinlich et al., 1999

CZE009

Column	Version 1	Version 2
2	50.0066666667	50.26
5	0.4	15.6
7	12.4616666667	12.245
10	27.7	14.7
11	4.0	04
13	Bad Brambach area	Cheb basin, Bad Elster area
14	Kysilecky Hamr	Doubrava
19	29.0	11.0
21		G/S
22		8.3
24	0.46	0.000363
33	3.45	1.27
36	483.0	1.778e-06
47	999900.0	0.9372
48	1.0	0.000317
51	-4.18	-5.9
53	Weinlich F.H. et al., 1999	Weinlich et al., 1999

CZE010

Column	Version 1	Version 2
2	50.0666666667	50.143
5	4.0	8.58
7	12.7866666667	12.454
10	47.2	27.24
11	4.0	05,07
13	Bad Brambach area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Louka, Grunska kyselka	Bublak mofette
16		20000503.0
19	41.0	23-2
21		G/mof
24	151.0
33	4.46	6.21
36	624.4	8.694e-06
47	962200.0
48	317.0
51	-5.4
53	Weinlich F.H. et al., 1999	Brauer et al., 2005; Brauer K., pers. com. 2009, Sept.28

CZE011

Column	Version 1	Version 2
2	50.0716666667	50.143
5	4.3	8.58
7	12.7766666667	12.454
10	46.6	27.24
11	4.0	05,07
13	Bad Brambach area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Nova Ves	Bublak mofette
16		20011222.0
19	40.0	23-3
21		G/mof
24	13.0
33	4.6	5.92
36	644.0	8.288e-06
47	999000.0
48	215.0
51	-2.08
53	Weinlich F.H. et al., 1999	Brauer et al., 2005; Brauer K., pers. com. 2009, Sept.28

CZE012

Column	Version 1	Version 2
2	49.9483333333	50.143
4	49.0	50.0
5	56.9	8.58
7	12.6416666667	12.454
10	38.5	27.24
11	4.0	05,07
13	Bad Brambach area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Pansky vrch	Bublak mofette
16		20021204.0
19	35.0	23-4
21		G/mof
24	270.0
33	2.41	5.96
36	337.4	8.344e-06
47	875400.0
48	1600.0
51	-2.9
53	Weinlich F.H. et al., 1999	Brauer et al., 2005; Brauer K., pers. com. 2009, Sept.28

CZE013

Column	Version 1	Version 2
2	50.23	50.143
5	13.8	8.58
7	12.3616666667	12.454
10	21.7	27.24
11	4.0	05,07
13	Bad Brambach area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Plesna, Smrcina	Bublak mofette
16		20031208.0
19	18.0	23-5
21		G/mof
24	1.2
33	1.7	5.89
36	238.0	8.246e-06
47	999700.0
48	3.0
51	-3.0
53	Weinlich F.H. et al., 1999	Brauer et al., 2005; Brauer K., pers. com. 2009, Sept.28

CZE014

Column	Version 1	Version 2
2	50.0	50.143
5	0.0	8.58
7	12.54	12.454
10	32.4	27.24
11	4.0	05,07
13	Bad Brambach area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Poustka	Bublak mofette
16		20040818.0
19	32.0	23-6
21		G/mof
24	251.0
33	2.29	5.95
36	320.6	8.33e-06
47	959100.0
48	340.0
51	-3.25
53	Weinlich F.H. et al., 1999	Brauer et al., 2005; Brauer K., pers. com. 2009, Sept.28

CZE015

Column	Version 1	Version 2
2	50.055	50.143
5	3.3	8.58
7	12.7133333333	12.454
10	42.8	27.24
11	4.0	07
13	Bad Brambach area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Prameny, kyselka	Bublák mofette
16		20080319.0
19	38.0	23-10
21		G/mof
24	0.93
33	4.87	5.88
36	681.8	8.232e-06
43		Ra=1.40E-06
47	998400.0
48	39.0
51	-3.1
53	Weinlich F.H. et al., 1999	Brauer K., pers. com. 2009, Sept.28

CZE016

Column	Version 1	Version 2
2	49.9316666667	50.143
4	49.0	50.0
5	55.9	8.58
7	12.6333333333	12.454
10	38.0	27.24
11	4.0	07
13	Bad Brambach area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Skelne hute	Bublák mofette
16		20050607.0
19	36.0	23-7
21		G/mof
24	190.0
33	1.97	5.94
36	275.8	8.316e-06
43		Ra=1.40E-06
47	904900.0
48	503.0
51	-5.25
53	Weinlich F.H. et al., 1999	Brauer K., pers. com. 2009, Sept.28

CZE017

Column	Version 1	Version 2
2	49.7866666667	50.143
4	49.0	50.0
5	47.2	8.58
7	12.645	12.454
10	38.7	27.24
11	4.0	07
13	Bad Brambach area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Tachov, mineralka	Bublák mofette
16		20060426.0
19	37.0	23-8
21		G/mof
24	15.0
33	1.81	6.12
36	253.4	8.568e-06
43		Ra=1.40E-06
47	999000.0
48	192.0
51	-3.3
53	Weinlich F.H. et al., 1999	Brauer K., pers. com. 2009, Sept.28

CZE018

Column	Version 1	Version 2
2	50.2366666667	50.143
5	14.2	8.58
7	12.2433333333	12.454
10	14.6	27.24
11	4.0	07
13	Bad Elster area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Dolni Paseky	Bublák mofette
16		20070327.0
19	12.0	23-9
21		G/mof
24	320.0
33	1.66	5.86
36	232.4	8.204e-06
43		Ra=1.40E-06
47	998900.0
48	199.0
51	-5.7
53	Weinlich F.H. et al., 1999	Brauer K., pers. com. 2009, Sept.28

CZE019

Column	Version 1	Version 2
2	50.26	50.146
5	15.6	8.76
7	12.245	12.45
10	14.7	27.0
11	4.0	06
13	Bad Elster area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Doubrava	Bublak/Vackovec mofette
19	11.0	92.0
21		G/mof
24	363.0	2.1e-05
33	1.27	5.7
36	177.8	7.98e-06
46		0.00044
47	937200.0	0.9995
48	317.0	2.7e-06
51	-5.9	-1.7
53	Weinlich F.H. et al., 1999	Geissler et al., 2005

CZE020

Column	Version 1	Version 2
2	50.1666666667	50.143
5	10.0	8.58
7	15.0833333333	12.454
9	15.0	12.0
10	5.0	27.24
11	3.0	04,05
13	BOHEMIAN MASSIF	Cheb basin, Frantishkovy Lazne area / Bublak area
14	PODEBRADY; BOREHOLE	Bublak/Vackovec mofette
16		19930920.0
19	CS14	23-1
21	G/H	G/mof
22		14.3
24		1.9e-05
32	0.91
33	0.9	5.01
34	127.4
36	126.0	7.014e-06
37	4.0
47		0.9996
48		2e-06
51		-2.1
53	O'Nions et al., 1989	Weinlich F.H. et al., 1999; Brauer et al., 2005

CZE021

Column	Version 1	Version 2
1	»
2	50.5166666667	50.1333333333
3	»
5	31.0	8.0
6	»
7	13.7166666667	12.4666666667
8	»
9	13.0	12.0
10	43.0	28.0
11	1,3	01,03
13	EGER GRABEN	Cheb basin, Frantishkovy Lazne area / Bublak area
14	BILINA,KYSELKA; SPRING	Cheb, spring
19	CS11	CS1
32	1.19	3.13
33	1.21	3.13
34	166.6	4.382e-06
36	169.4	4.382e-06
37	3.0	84.0

CZE022

Column	Version 1	Version 2
2		50.1333333333
4		50.0
5		8.0
7		12.4666666667
9		12.0
10		28.0
11	1.0	01
13	EGER GRABEN	Cheb basin, Frantishkovy Lazne area / Bublak area
14	BOSNICE, BR-1	Cheb, spring
19	P2	CS2
20		3.0
21	G	G/S
32	0.31	1.94
33	0.29	2.05
34	43.4	2.716e-06
36	40.6	2.87e-06
37	8.0	3.0

CZE023

Column	Version 1	Version 2
1	?
6	?
11	1.0	01
13	EGER GRABEN	Cheb basin, Frantishkovy Lazne area / Bublak area
14	CHEB; SPRING	Cheb, spring
20	3.0	2.0
21	G/S	W/S
32	1.94	2.07
33	2.05	2.08
34	271.6	2.898e-06
36	287.0	2.912e-06
37	3.0	30.0

CZE024

Column	Version 1	Version 2
1	?
6	?
11	1.0	01
13	EGER GRABEN	Cheb basin, Frantishkovy Lazne area / Bublak area
14	CHEB; SPRING	Cheb, spring
20	2.0	1.0
21	W/S	G/S
32	2.07	2.14
33	2.08	2.36
34	289.8	2.996e-06
36	291.2	3.304e-06
37	30.0	2.0

CZE025

Column	Version 1	Version 2
1	?
2	50.1333333333	50.148
5	8.0	8.88
6	?
7	12.4666666667	12.403
10	28.0	24.18
11	1.0	04,07
13	EGER GRABEN	Cheb basin, Frantishkovy Lazne area / Bublak area
14	CHEB; SPRING	Cisarsky pramen
16		19930505.0
19	CS2	27-1
20	1.0
22		17.1
24		9e-07
32	2.14
33	2.36	3.43
34	299.6
36	330.4	4.802e-06
37	2.0
43		Ra=1.40E-06
47		0.9999
48		2e-06
51		-3.6
53	University of Cambridge He database, 1994, unpubl.	Weinlich et al., 1999; Brauer K., pers. com. 2009, Sept.28

CZE026

Column	Version 1	Version 2
1	?
2	50.1333333333	50.148
5	8.0	8.88
6	?
7	12.4666666667	12.403
10	28.0	24.18
11	1,3	07
13	EGER GRABEN	Cheb basin, Frantishkovy Lazne area / Bublak area
14	CHEB; SPRING	Cisarsky pramen
16		2005.301
19	CS1	27-2
32	3.13
33	3.13	3.35
34	438.2
36	438.2	4.69e-06
37	84.0
43		Ra=1.40E-06
53	University of Cambridge He database, 1994, unpubl.; O'Nions et al., 1989	Brauer K., pers. com. 2009, Sept.28

CZE027

Column	Version 1	Version 2
2	50.12	50.148
5	7.2	8.88
7	12.345	12.403
10	20.7	24.18
11	2.0	07
13	EGER GRABEN	Cheb basin, Frantishkovy Lazne area / Bublak area
14	FRANTISHKOVY LAZNE; SPRING	Cisarsky pramen
16		20060426.0
19		27-3
21		G/S
24	0.61
26	0.49
29	0.77
30	0.018
31	0.00078
33		3.29
34	250.0
36	290.0	4.606e-06
37	1.24
43		Ra=1.40E-06
52	Ne, Kr, and Xe isotopic composition see in [2]
53	Polyak et al., 1985	Brauer K., pers. com. 2009, Sept.28

CZE028

Column	Version 1	Version 2
2		50.148
4		50.0
5		8.88
7		12.403
9		12.0
10		24.18
11	1.0	07
13	EGER GRABEN	Cheb basin, Frantishkovy Lazne area / Bublak area
14	JANSKE LASNE	Cisarsky pramen
16		20070328.0
19	CS15	27-4
21	W	G/S
32	0.35
33	0.34	3.28
34	49.0
36	47.6	4.592e-06
37	15.0
43		Ra=1.40E-06
53	University of Cambridge He database, 1994, unpubl.	Brauer K., pers. com. 2009, Sept.28

CZE029

Column	Version 1	Version 2
2	50.2166666667	50.148
5	13.0	8.88
7	12.8666666667	12.403
10	52.0	24.18
11	2.0	07
13	EGER GRABEN	Cheb basin, Frantishkovy Lazne area / Bublak area
14	KARLOVY VARY SPRING	Cisarsky pramen
16		20080319.0
19		27-5
21		G/S
24	8.7
26	1.0
29	2.2
30	0.062
31	0.0034
33		3.32
34	260.0
36	260.0	4.648e-06
37	8.7
43		Ra=1.40E-06
52	Ne, Kr, and Xe isotopic composition see in [2]
53	Polyak et al., 1985	Brauer K., pers. com. 2009, Sept.28

CZE030

Column	Version 1	Version 2
1	»
2	50.4166666667	50.167
3	»
5	25.0	10.02
6	»
7	13.1666666667	12.497
8	»
9	13.0	12.0
10	10.0	29.82
11	1.0	04,05,07
13	EGER GRABEN	Cheb basin, Frantishkovy Lazne area / Bublak area
14	KLASTEREC NAD OHRJE; EUGENIE SPRING	Dolní Častkov mofette
16		19930504.0
19	CS10	22-1
21	W/S	G/mof
22		7.3
24		6e-05
32	1.51
33	2.02	2.58
34	211.4
36	282.8	3.612e-06
37	0.6
43		Ra=1.40E-06
47		0.9921
48		1.4e-05
51		-1.88
53	University of Cambridge He database, 1994, unpubl.	Weinlich et al., 1999; Brauer et al., 2005; Brauer K., pers. com. 2009, Sept.28

CZE031

Column	Version 1	Version 2
2	50.0333333333	50.167
5	2.0	10.02
6	?
7	12.5833333333	12.497
8	?
10	35.0	29.82
11	1,3	07
13	EGER GRABEN	Cheb basin, Frantishkovy Lazne area / Bublak area
14	KYNZVART; RICHARD	Dolní Častkov mofette
16		20021016.0
19	CS8	22-2
21	G	G/mof
32	3.68
33	3.8	4.28
34	515.2
36	532.0	5.992e-06
37	9.0
43		Ra=1.40E-06
53	University of Cambridge He database, 1994, unpubl.; O'Nions et al., 1989	Brauer K., pers. com. 2009, Sept.28

CZE032

Column	Version 1	Version 2
2	50.0333333333	50.167
5	2.0	10.02
6	?
7	12.5833333333	12.497
8	?
10	35.0	29.82
11	1.0	07
13	EGER GRABEN	Cheb basin, Frantishkovy Lazne area / Bublak area
14	KYNZVART; SPRING 2	Dolní Častkov mofette
16		20050505.0
19	CS9	22-3
21	W/S	G/mof
23
32	2.46
33	2.52	5.11
34	344.4
36	352.8	7.154e-06
37	7.0
43		Ra=1.40E-06
53	University of Cambridge He database, 1994, unpubl.	Brauer K., pers. com. 2009, Sept.28

CZE033

Column	Version 1	Version 2
2	50.3666666667	50.167
5	22.0	10.02
6	?
7	13.7833333333	12.497
9	13.0	12.0
10	47.0	29.82
11	1,3	07
13	EGER GRABEN	Cheb basin, Frantishkovy Lazne area / Bublak area
14	LOUNY; SPRING	Dolní Častkov mofette
16		20060427.0
19	CS13	22-4
21	G/S	G/mof
23
32	1.78
33	1.78	5.39
34	249.2
36	249.2	7.546e-06
37	481.0
43		Ra=1.40E-06
53	University of Cambridge He database, 1994, unpubl.; O'Nions et al., 1989	Brauer K., pers. com. 2009, Sept.28

CZE034

Column	Version 1	Version 2
2	50.055	50.167
5	3.3	10.02
7	12.7133333333	12.497
10	42.8	29.82
11	1,3	07
13	EGER GRABEN	Cheb basin, Frantishkovy Lazne area / Bublak area
14	PRAMENY; SPRING	Dolní Častkov mofette
16		20070327.0
19	CS5	22-5
21	G/S	G/mof
32	4.12
33	4.87	5.14
34	576.8
36	681.8	7.196e-06
37	2.0
43		Ra=1.40E-06
53	University of Cambridge He database, 1994, unpubl.; O'Nions et al., 1989	Brauer K., pers. com. 2009, Sept.28

CZE035

Column	Version 1	Version 2
1	»
2	50.0833333333	50.167
3	»
5	5.0	10.02
6	»
7	12.3666666667	12.497
8	»
10	22.0	29.82
11	1,3	07
13	EGER GRABEN	Cheb basin, Frantishkovy Lazne area / Bublak area
14	SOOS	Dolní Častkov mofette
16		20080319.0
19	CS3	22-6
21	G	G/mof
32	2.35
33	2.46	5.11
34	329.0
36	344.4	7.154e-06
37	4.0
43		Ra=1.40E-06
53	University of Cambridge He database, 1994, unpubl.; O'Nions et al., 1989	Brauer K., pers. com. 2009, Sept.28

CZE036

Column	Version 1	Version 2
2	50.6666666667	50.132
5	40.0	7.92
6	?
7	13.8166666667	12.464
9	13.0	12.0
10	49.0	27.84
11	1.0	04,05,07
13	EGER GRABEN	Cheb basin, Frantishkovy Lazne area / Bublak area
14	TEPLICE; P-1	Hartousov mofette
16		19930505.0
19	P5	24-1
21	G	G/mof
22		9.4
24		2.2e-05
32	0.08
33	0.08	2.38
34	11.2
36	11.2	3.332e-06
37	21.0
43		Ra=1.40E-06
47		0.9994
48		4e-06
51		-2.13
53	University of Cambridge He database, 1994, unpubl.	Weinlich et al., 1999; Brauer et al., 2005; Brauer K., pers. com. 2009, Sept.28

CZE037

Column	Version 1	Version 2
2	50.6666666667	50.132
5	40.0	7.92
6	?
7	13.8166666667	12.464
9	13.0	12.0
10	49.0	27.84
11	1.0	07
13	EGER GRABEN	Cheb basin, Frantishkovy Lazne area / Bublak area
14	TEPLICE; PRAVLIDO	Hartousov mofette
16		20020430.0
19	CS12	24-2
21	W	G/mof
32	0.32
33	0.3	5.11
34	44.8
36	42.0	7.154e-06
37	14.0
43		Ra=1.40E-06
53	University of Cambridge He database, 1994, unpubl.	Brauer K., pers. com. 2009, Sept.28

CZE038

Column	Version 1	Version 2
2	50.6666666667	50.132
5	40.0	7.92
6	?
7	13.8166666667	12.464
9	13.0	12.0
10	49.0	27.84
11	1,3	07
13	EGER GRABEN	Cheb basin, Frantishkovy Lazne area / Bublak area
14	TEPLICE; TS-1	Hartousov mofette
16		20050405.0
19	P4	24-3
21	G	G/mof
32	3.6
33	3.62	5.89
34	504.0
36	506.8	8.246e-06
37	14.0
43		Ra=1.40E-06
53	University of Cambridge He database, 1994, unpubl.; O'Nions et al., 1989	Brauer K., pers. com. 2009, Sept.28

CZE039

Column	Version 1	Version 2
2		50.132
4		50.0
5		7.92
7		12.464
9		12.0
10		27.84
11	1.0	07
13	EGER GRABEN	Cheb basin, Frantishkovy Lazne area / Bublak area
14	VITKOV 2	Hartousov mofette
16		20060426.0
19	P3	24-4
21	G	G/mof
32	0.76
33	0.73	6.18
34	106.4
36	102.2	8.652e-06
37	3.0
43		Ra=1.40E-06
53	University of Cambridge He database, 1994, unpubl.	Brauer K., pers. com. 2009, Sept.28

CZE040

Column	Version 1	Version 2
2	49.9383333333	50.132
4	49.0	50.0
5	56.3	7.92
7	12.8333333333	12.464
10	50.0	27.84
11	4.0	07
13	Marianske Lazne area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Beranovka	Hartousov mofette
16		20070427.0
19	59.0	24-5
21		G/mof
24	2.7
33	2.56	5.85
36	358.4	8.19e-06
43		Ra=1.40E-06
47	999900.0
48	140.0
51	-3.8
53	Weinlich F.H. et al., 1999	Brauer K., pers. com. 2009, Sept.28

CZE041

Column	Version 1	Version 2
2	49.8616666667	50.132
4	49.0	50.0
5	51.7	7.92
7	12.9733333333	12.464
10	58.4	27.84
11	4.0	07
13	Marianske Lazne area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Breitslav, kiselka	Hartousov mofette
16		20080319.0
19	72.0	24-6
21		G/mof
24	32.0
33	2.8	5.86
36	392.0	8.204e-06
43		Ra=1.40E-06
47	997600.0
48	406.0
51	-2.48
53	Weinlich F.H. et al., 1999	Brauer K., pers. com. 2009, Sept.28

CZE042

Column	Version 1	Version 2
2	49.8483333333	50.226
4	49.0	50.0
5	50.9	13.56
7	12.9683333333	12.458
10	58.1	27.48
11	4.0	04,05,07
13	Marianske Lazne area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Breitslav, Na Hadovce	Kopanina
16		19930505.0
19	73.0	21-1
21		G/S
22		8.1
24	78.0	0.000856
33	1.9	4.3
36	266.0	6.02e-06
43		Ra=1.40E-06
47	995000.0	0.8536
48	4840.0	0.00945
51	-5.45	-2.43
53	Weinlich F.H. et al., 1999	Weinlich et al., 1999; Brauer et al., 2005; Brauer K., pers. com. 2009, Sept.28

CZE043

Column	Version 1	Version 2
2	49.9316666667	50.226
4	49.0	50.0
5	55.9	13.56
7	12.735	12.458
10	44.1	27.48
11	4.0	05,07
13	Marianske Lazne area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Chotenov, Konsky pramen	Kopanina
16		20030513.0
19	50.0	21-2
21		G/S
24	44.0
33	3.27	4.1
36	457.8	5.74e-06
43		Ra=1.40E-06
47	942800.0
48	1190.0
51	-4.0
53	Weinlich F.H. et al., 1999	Brauer et al., 2005; Brauer K., pers. com. 2009, Sept.28

CZE044

Column	Version 1	Version 2
2	50.0166666667	50.226
5	1.0	13.56
7	12.7983333333	12.458
10	47.9	27.48
11	4.0	07
13	Marianske Lazne area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Cihana, well H-3	Kopanina
16		20050404.0
19	53.0	21-3
21		G/S
24	33.0
33	1.69	4.61
36	236.6	6.454e-06
43		Ra=1.40E-06
47	997400.0
48	137.0
51	-2.67
53	Weinlich F.H. et al., 1999	Brauer K., pers. com. 2009, Sept.28

CZE045

Column	Version 1	Version 2
2	49.9133333333	50.226
4	49.0	50.0
5	54.8	13.56
7	12.7783333333	12.458
10	46.7	27.48
11	4.0	07
13	Marianske Lazne area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Ciperka, Michailovy Hory	Kopanina
16		20060426.0
19	52.0	21-4
21		G/S
24	3.2
33	3.32	4.66
36	464.8	6.524e-06
43		Ra=1.40E-06
47	999800.0
48	23.0
51	-4.1
53	Weinlich F.H. et al., 1999	Brauer K., pers. com. 2009, Sept.28

CZE046

Column	Version 1	Version 2
2	49.9883333333	50.226
4	49.0	50.0
5	59.3	13.56
7	12.945	12.458
10	56.7	27.48
11	4.0	07
13	Marianske Lazne area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Dobra Voda	Kopanina
16		20070327.0
19	58.0	21-5
21		G/S
24	610.0
33	2.4	4.59
36	336.0	6.426e-06
43		Ra=1.40E-06
47	901500.0
48	404.0
51	-4.94
53	Weinlich F.H. et al., 1999	Brauer K., pers. com. 2009, Sept.28

CZE047

Column	Version 1	Version 2
2	49.9166666667	50.226
4	49.0	50.0
5	55.0	13.56
7	12.755	12.458
10	45.3	27.48
11	4.0	07
13	Marianske Lazne area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Dolni Kramolin, Ilsano	Kopanina
16		20080319.0
19	51.0	21-6
21		G/S
24	5.0
33	2.63	4.53
36	368.2	6.342e-06
43		Ra=1.40E-06
47	981600.0
48	505.0
51	-2.6
53	Weinlich F.H. et al., 1999	Brauer K., pers. com. 2009, Sept.28

CZE048

Column	Version 1	Version 2
2	50.0183333333	50.12
5	1.1	7.2
7	12.7233333333	12.345
10	43.4	20.7
11	4.0	04
13	Marianske Lazne area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Farska kyselka	Kostelni
19	42.0	20.0
21		G/S
22		12.1
24	1.3	2.2e-05
33	3.94	2.16
36	551.6	3.024e-06
47	999900.0	0.9995
48	62.0	2.3e-05
51	-2.8	-3.9
53	Weinlich F.H. et al., 1999	Weinlich et al., 1999

CZE049

Column	Version 1	Version 2
1		~
2	49.8333333333	50.0833333333
3		~
4	49.0	50.0
5	50.0	5.0
6		~
7	13.07	12.3666666667
8		~
9	13.0	12.0
10	4.2	22.0
11	4.0	01,03
13	Marianske Lazne area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Horske Domky, Tripisty	Soos
19	74.0	CS3
21		G
24	1260.0
32		2.35
33	1.31	2.46
34		3.29e-06
36	183.4	3.444e-06
37		4.0
47	669900.0
48	24.0
51	-6.87
53	Weinlich F.H. et al., 1999	University of Cambridge He database, 1994, unpubl.; O'Nions et al., 1989

CZE050

Column	Version 1	Version 2
2	49.9916666667	50.174
4	49.0	50.0
5	59.5	10.44
7	12.8333333333	12.444
10	50.0	26.64
11	4.0	05
13	Marianske Lazne area	Cheb basin, Frantishkovy Lazne area / Bublak area
14	Hostek	U Mostku
16		20030512.0
19	55.0	102.0
21		G/S
24	0.56
33	4.09	5.21
36	572.6	7.294e-06
47	999600.0
48	12.0
51	-3.8
53	Weinlich F.H. et al., 1999	Brauer et al., 2005

CZE051

Column	Version 1	Version 2
2	49.8683333333	49.9383333333
5	52.1	56.3
7	12.9533333333	12.8333333333
10	57.2	50.0
11	4.0	04
13	Marianske Lazne area	Marianske Lazne area / Konstantiovy Lazne area
14	Kokasice, Lucni	Beranovka
19	70.0	59.0
21		G/S
22		9.2
24	0.43	2.7e-06
33	2.73	2.56
36	382.2	3.584e-06
47	999800.0	0.9999
48	20.0	0.00014
51	-3.12	-3.8
53	Weinlich F.H. et al., 1999	Weinlich et al., 1999

CZE052

Column	Version 1	Version 2
2	49.885	49.8616666667
5	53.1	51.7
7	12.975	12.9733333333
10	58.5	58.4
11	4.0	04
13	Marianske Lazne area	Marianske Lazne area / Konstantiovy Lazne area
14	Konst. Lazne, Prusikuv pr.	Breitslav, kiselka
19	68.0	72.0
21		G/S
22		13.0
24	6.8	3.2e-05
33	2.82	2.8
36	394.8	3.92e-06
47	999700.0	0.9976
48	120.0	0.000406
51	-3.6	-2.48
53	Weinlich F.H. et al., 1999	Weinlich et al., 1999

CZE053

Column	Version 1	Version 2
2	49.9333333333	49.8483333333
5	56.0	50.9
7	12.8766666667	12.9683333333
10	52.6	58.1
11	4.0	04
13	Marianske Lazne area	Marianske Lazne area / Konstantiovy Lazne area
14	Krepkovice	Breitslav, Na Hadovce
19	61.0	73.0
21		G/S
22		7.7
24	203.0	7.8e-05
33	2.34	1.9
36	327.6	2.66e-06
47	967100.0	0.995
48	2330.0	0.00484
51	-2.9	-5.45
53	Weinlich F.H. et al., 1999	Weinlich et al., 1999

CZE054

Column	Version 1	Version 2
2	49.935	50.0133333333
4	49.0	50.0
5	56.1	0.8
7	12.9733333333	12.5233333333
10	58.4	31.4
11	4.0	04
13	Marianske Lazne area	Marianske Lazne area / Konstantiovy Lazne area
14	Krivce	Brtna, Viadukt
19	67.0	31.0
21		G/S
22		8.4
24	1990.0	1.7e-06
33	1.78	2.41
36	249.2	3.374e-06
47	748700.0	0.9996
48	2800.0	3.1e-05
51	-4.24	-4.2
53	Weinlich F.H. et al., 1999	Weinlich et al., 1999

CZE055

Column	Version 1	Version 2
2	49.9783333333	49.9316666667
5	58.7	55.9
7	12.7116666667	12.735
10	42.7	44.1
11	4.0	04
13	Marianske Lazne area	Marianske Lazne area / Konstantiovy Lazne area
14	Mariiny	Chotenov, Konsky pramen
19	46.0	50.0
21		G/S
22		7.6
24		4.4e-05
33	4.73	3.27
36	662.2	4.578e-06
47	999000.0	0.9428
48		0.00119
51	-2.7	-4.0
53	Weinlich F.H. et al., 1999	Weinlich et al., 1999

CZE056

Column	Version 1	Version 2
2	50.0183333333	50.0166666667
5	1.1	1.0
7	12.8816666667	12.7983333333
10	52.9	47.9
11	4.0	04
13	Marianske Lazne area	Marianske Lazne area / Konstantiovy Lazne area
14	Otrocin	Cihana, well H-3
19	56.0	53.0
21		G/S
22		9.4
24		3.3e-05
33	4.08	1.69
36	571.2	2.366e-06
47	999700.0	0.9974
48	6.0	0.000137
51	-4.55	-2.67
53	Weinlich F.H. et al., 1999	Weinlich et al., 1999

CZE057

Column	Version 1	Version 2
2	49.9783333333	49.912
5	58.7	54.72
7	12.7883333333	12.785
10	47.3	47.1
11	4.0	04,07
13	Marianske Lazne area	Marianske Lazne area / Konstantiovy Lazne area
14	Sirnak, Podhorne vrch	Ciperka
16		19920607.0
19	48.0	52-1
21		G/S
22		9.2
24	38.0	3.2e-06
33	3.34	3.32
36	467.6	4.648e-06
43		Ra=1.40E-06
47	998500.0	0.9998
48	270.0	2.3e-05
51	-2.4	-4.1
53	Weinlich F.H. et al., 1999	Weinlich et al., 1999; Brauer K., pers. com. 2009, Sept.28

CZE058

Column	Version 1	Version 2
2	50.0116666667	49.912
4	50.0	49.0
5	0.7	54.72
7	12.7166666667	12.785
10	43.0	47.1
11	4.0	07
13	Marianske Lazne area	Marianske Lazne area / Konstantiovy Lazne area
14	Smrad'och	Ciperka
16		20050509.0
19	43.0	52-2
21		G/S
24	6.2
33	3.51	3.34
36	491.4	4.676e-06
43		Ra=1.40E-06
47	999800.0
48	18.0
51	-2.3
53	Weinlich F.H. et al., 1999	Brauer K., pers. com. 2009, Sept.28

CZE059

Column	Version 1	Version 2
2	50.0116666667	49.912
4	50.0	49.0
5	0.7	54.72
7	12.7166666667	12.785
10	43.0	47.1
11	3.0	07
13	Marianske Lazne area	Marianske Lazne area / Konstantiovy Lazne area
14	SMRADOCH (STINKER)	Ciperka
16		20060601.0
19	CS6	52-3
21	G	G/S
32	3.87
33	4.69	3.4
34	541.8
36	656.6	4.76e-06
37	3.0
43		Ra=1.40E-06
53	O'Nions et al., 1989	Brauer K., pers. com. 2009, Sept.28

CZE060

Column	Version 1	Version 2
2	49.8983333333	49.912
5	53.9	54.72
7	12.8966666667	12.785
10	53.8	47.1
11	4.0	07
13	Marianske Lazne area	Marianske Lazne area / Konstantiovy Lazne area
14	Zhorec	Ciperka
16		20070523.0
19	65.0	52-4
21		G/S
24	204.0
33	2.39	3.23
36	334.6	4.522e-06
43		Ra=1.40E-06
47	985000.0
48	590.0
51	-2.76
53	Weinlich F.H. et al., 1999	Brauer K., pers. com. 2009, Sept.28

FRA054

Column	Version 1	Version 2
11	8.0	08
14	Dogger oil	Dogger oil, well J1
21		(W+O+G)/H
28	386.7
34	15.7	1.57e-07
36	15.68	1.568e-07
40	2.88	0.0288
43	[20Ne]= [20Ne*10+9]= [mole/Kg]
46	47000.0	0.0944
47	15000.0	0.048359
52		[HHC] = 857000

FRA056

Column	Version 1	Version 2
11	8.0	08
14	Dogger oil	Dogger oil, well J4
21		(W+O+G)/H
28	16.5
34	3.74	3.74e-08
36	3.78	3.78e-08
40	3.18	0.0318
43	[20Ne]= [20Ne*10+9]= [mole/Kg]
46	32000.0	0.0327
47	71000.0	0.114056
52		[HHC] = 853000

FRA057

Column	Version 1	Version 2
11	8.0	08
14	Dogger oil	Dogger oil, well J5
21		(W+O+G)/H
28	16.1
34	7.07	7.07e-08
36	7.14	7.14e-08
40	2.98	0.0298
43	[20Ne]= [20Ne*10+9]= [mole/Kg]
46	64000.0	0.0892
47	34000.0	0.074443
48	158000.0	0.12581
52		[HHC] = 711000

FRA058

Column	Version 1	Version 2
11	8.0	08
14	Dogger oil	Dogger oil, well J6
21		(W+O+G)/H
28	16.9
34	6.93	6.93e-08
36	7.0	7e-08
40	3.04	0.0304
43	[20Ne]= [20Ne*10+9]= [mole/Kg]
46	147000.0	0.2008
47	59000.0	0.126634
48	258000.0	0.201366
52		[HHC] = 471000

FRA059

Column	Version 1	Version 2
11	8.0	08
14	Dogger oil	Dogger oil, well J16
21		(W+O+G)/H
28	26.6
34	12.2	1.22e-07
36	12.32	1.232e-07
40	3.13	0.0313
43	[20Ne]= [20Ne*10+9]= [mole/Kg]
46	53000.0	0.0906
47	37000.0	0.099363
48	314000.0	0.306603
52		[HHC] = 503000

FRA065

Column	Version 1	Version 2
11	8.0	08
14	Keuper oil	Keuper oil, well T2
21		(W+O+G)/H
28	1.67
34	12.6	1.26e-07
36	12.6	1.26e-07
40	3.59	0.0359
43	Rcorr=(R/Ra)corr140; [20Ne]= [20Ne10+9]= [mole/Kg]	Rcorr=(R/Ra)corr*140
46	189000.0	0.338
47	29000.0	0.0816
48	156000.0	0.15196
52		[HHC] = 420000

FRA066

Column	Version 1	Version 2
11	8.0	08
14	Keuper oil	Keuper oil, well T3
21		(W+O+G)/H
28	7.42
34	12.2	1.22e-07
36	12.32	1.232e-07
40	3.79	0.0379
43	Rcorr=(R/Ra)corr140; [20Ne]= [20Ne10+9]= [mole/Kg]	Rcorr=(R/Ra)corr*140
46	242000.0	0.2541
47	17000.0	0.028046
52		[HHC] = 624000

FRA067

Column	Version 1	Version 2
11	8.0	08
14	Keuper oil	Keuper oil, well T4
21		(W+O+G)/H
34	14.8	1.48e-07
36	14.98	1.498e-07
43	Rcorr=(R/Ra)corr140; [20Ne]= [20Ne10+9]= [mole/Kg]	Rcorr=(R/Ra)corr*140
46	301000.0	0.389
47	21000.0	0.042675
52		[HHC] = 568000

FRA068

Column	Version 1	Version 2
11	8.0	08
14	Keuper oil	Keuper oil, well T5
21		(W+O+G)/H
28	1.89
34	11.5	1.15e-07
36	11.62	1.162e-07
40	3.68	0.0368
43	Rcorr=(R/Ra)corr140; [20Ne]= [20Ne10+9]= [mole/Kg]	Rcorr=(R/Ra)corr*140
46	150000.0	0.5036
47	10000.0	0.052758
48	145000.0	0.278177
52		[HHC] = 165000

FRA069

Column	Version 1	Version 2
11	8.0	08
14	Keuper oil	Keuper oil, well T6
21		(W+O+G)/H
28	4.94
34	12.1	1.21e-07
36	11.9	1.19e-07
43	Rcorr=(R/Ra)corr140; [20Ne]= [20Ne10+9]= [mole/Kg]	Rcorr=(R/Ra)corr*140
46	133000.0	0.2177
47	21000.0	0.054803
48	207000.0	0.193571
52		[HHC] = 535000

FRA070

Column	Version 1	Version 2
11	8.0	08
14	Keuper oil	Keuper oil, well T7
21		(W+O+G)/H
28	5.17
34	10.7	1.07e-07
36	10.78	1.078e-07
40	3.48	0.0348
43	Rcorr=(R/Ra)corr140; [20Ne]= [20Ne10+9]= [mole/Kg]	Rcorr=(R/Ra)corr*140
46	254000.0	0.2068
47	19000.0	0.0243
48	497000.0	0.2313
52		[HHC] = 538000

FRA071

Column	Version 1	Version 2
11	8.0	08
14	Keuper oil	Keuper oil, well T8
21		(W+O+G)/H
28	58.0
34	10.5	1.05e-07
36	10.64	1.064e-07
40	3.85	0.0385
43	Rcorr=(R/Ra)corr140; [20Ne]= [20Ne10+9]= [mole/Kg]	Rcorr=(R/Ra)corr*140
46	657000.0	0.3192
47	33000.0	0.025191
48	922000.0	0.255933
52		[HHC] = 400000

FRA072

Column	Version 1	Version 2
11	8.0	08
14	Keuper oil	Keuper oil, well T9
21		(W+O+G)/H
28	925.8
34	3.6	3.6e-08
36	3.64	3.64e-08
40	3.64	0.0364
43	Rcorr=(R/Ra)corr140; [20Ne]= [20Ne10+9]= [mole/Kg]	Rcorr=(R/Ra)corr*140
46	27200.0	0.0995
47	387000.0	0.022844
48	291000.0	0.457747
52		[HHC] = 421000

FRA073

Column	Version 1	Version 2
11	8.0	08
14	Keuper oil	Keuper oil, well T10
21		(W+O+G)/H
28	1.1
34	2.78	2.78e-08
36	2.8	2.8e-08
40	3.66	0.0366
43	Rcorr=(R/Ra)corr140; [20Ne]= [20Ne10+9]= [mole/Kg]	Rcorr=(R/Ra)corr*140
46	95600.0	0.0355
47	28000.0	0.016331
48	1058000.0	0.2244
52		[HHC] =724000

GER001

Column	Version 1	Version 2
2	50.3	50.767
5	18.0	46.02
7	7.433	6.1
9	7.0	6.0
10	25.98	6.0
11	3.0	01,03
13	ARDENNES (R.S)	Ardennes / Rhenish Massif
14	BASSENHEIM, SAUERBRUNNEN	Aachen, Kaiserquelle Spr.
19	N40	B4
21	W	W/S
32	2.55	0.21
33	2.75	0.21
36	385.0	2.94e-07
37		242.0
53	University of Cambridge collection, 1994	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER002

Column	Version 1	Version 2
2	50.767	50.3
5	46.02	18.0
7	6.1	7.433
9	6.0	7.0
10	6.0	25.98
11	1,3	03
13	Ardennes (Rhenish Massif):	Ardennes / Rhenish Massif
14	AACHEN, KAISERQUELLE	Bassenheim, Sauerbrunnen spring
19	B4	N40
21	W/S	W
32	0.21	2.55
33	0.21	2.75
36	29.4	3.85e-06
37	242.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	University of Cambridge collection, 1994

GER003

Column	Version 1	Version 2
2	50.2266666667	50.017
5	13.6	1.02
7	12.2933333333	12.083
10	17.6	4.98
11	4.0	03
13	Bad Brambach area	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	Eisenquelle	Bad Alexandersbad, drillhole 2
19	14.0	OP20
21		W/H
24	1.3
32		1.3
33	1.94	1.35
36	271.6	1.89e-06
37		2.0
47	991600.0
48	7.0
51	-4.3
53	Weinlich F.H. et al., 1999	University of Cambridge collection, 1994

GER004

Column	Version 1	Version 2
2	50.2483333333	50.017
5	14.9	1.02
7	12.345	12.083
10	20.7	4.98
11	4.0	03
13	Bad Brambach area	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	Hennebach	Bad Alexandersbad, kurhaus
19	17.0	OP18
21		W
24	1700.0
32		3.31
33	2.34	4.74
36	327.6	6.636e-06
37		1.0
47	825900.0
48	5550.0
51	-6.6
53	Weinlich F.H. et al., 1999	University of Cambridge collection, 1994

GER005

Column	Version 1	Version 2
2	50.2216666667	50.017
5	13.3	1.02
7	12.3033333333	12.02
10	18.2	1.2
11	4.0	07,08
13	Bad Brambach area	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	Obere Grenzquelle	Bad Alexandersbad, Luisen Spr.
19	16.0	86.0
21		G/S
24	198.0	5e-05
33	2.3	3.52
36	322.0	4.928e-06
46		0.0126
47	981800.0	0.9864
48	146.0	0.00046
51	-5.9	-3.34
53	Weinlich F.H. et al., 1999	Geissler et al., 2005; Weinlich et al., 2003

GER006

Column	Version 1	Version 2
2	50.175	50.017
5	10.5	1.02
7	12.3333333333	12.083
10	20.0	4.98
11	4.0	03
13	Bad Brambach area	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	Schonberg	Bad Alexandersbad, Luisenquelle spring
19	19.0	O14
20		1.0
21		G/S
32		3.27
33	1.83	3.31
36	256.2	4.634e-06
37		15.0
47	999900.0
48	0.9
51	-4.4
53	Weinlich F.H. et al., 1999	University of Cambridge collection, 1994

GER007

Column	Version 1	Version 2
2	50.2241666667	50.017
5	13.45	1.02
7	12.2983333333	12.083
10	17.9	4.98
11	4.0	02,03
13	Bad Brambach area	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	Untere Grenzquelle	Bad Alexandersbad, Luisenquelle spring
19	15.0	O14
20		2.0
21		W/S
24	1530.0
32		3.4
33	1.93	3.4
36	270.2	4.76e-06
37		84.0
47	738900.0
48	1840.0
51	-5.9
53	Weinlich F.H. et al., 1999	O'Nions et al., 1989; University of Cambridge collection, 1994

GER008

Column	Version 1	Version 2
2	50.2866666667	50.4
5	17.2	24.0
7	12.2383333333	11.667
9	12.0	11.0
10	14.3	40.02
11	4.0	02,03
13	Bad Elster area	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	Marienquelle I	Bad Steben, JeanPol-quelle spring
19	4.0	OP27
21		W/S
24	285.0
32		1.09
33	1.61	1.09
36	225.4	1.526e-06
37		184.0
47	974400.0
48	116.0
51	-5.6
53	Weinlich F.H. et al., 1999	O'Nions et al., 1989; University of Cambridge collection, 1994

GER009

Column	Version 1	Version 2
2	50.2833333333	50.4
5	17.0	24.0
7	12.245	11.667
9	12.0	11.0
10	14.7	40.02
11	4.0	03
13	Bad Elster area	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	Sprudel I	Bad Steben, Tempel-quelle spring
19	7.0	OP25
21		W/S
24	1850.0
32		1.2
33	1.67	1.2
36	233.8	1.68e-06
37		8.0
47	580400.0
48	382.0
51	-5.0
53	Weinlich F.H. et al., 1999	University of Cambridge collection, 1994

GER010

Column	Version 1	Version 2
2	50.2783333333	50.4
5	16.7	24.0
7	12.2516666667	11.667
9	12.0	11.0
10	15.1	40.02
11	4.0	03
13	Bad Elster area	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	Sprudel IV	Bad Steben,Wiesen-quelle spring
19	10.0	OP24
21		W/S
24	25.0
32		1.0
33	2.08	1.0
36	291.2	1.4e-06
37		20.0
47	996900.0
48	10.0
51	-5.0
53	Weinlich F.H. et al., 1999	University of Cambridge collection, 1994

GER011

Column	Version 1	Version 2
2	49.75	50.083
4	49.0	50.0
5	45.0	4.98
7	12.283	12.183
10	16.98	10.98
11	3.0	02,03
13	Bohemian massif	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	PUSCHERSREUTH, WELL 3	Hohenberg-Eger, Karolinen-quelle spring
19	OP45	O8
21	W	W/S
32	0.2	3.26
33	0.07	3.34
36	9.8	4.676e-06
37	2.6	8.0
53	University of Cambridge collection, 1994	O'Nions et al., 1989; University of Cambridge collection, 1994

GER012

Column	Version 1	Version 2
2	50.05	50.08
5	3.0	4.8
7	11.85	12.155
9	11.0	12.0
10	51.0	9.3
11	3.0	07,08
13	Bohemian massif	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	SCHONLINDT, EGER-QUELLE	Kolhigenbibersbach
19	O9	85.0
21	W	G
24		0.00124
32	0.76
33	0.38	3.39
35	<
36	53.2
37	0.4
46		0.4873
47		0.5026
48		0.0005
51		-6.12
53	University of Cambridge collection, 1994	Geissler et al., 2005; Weinlich et al., 2003

GER013

Column	Version 1	Version 2
2	49.933	50.0
4	49.0	50.0
5	55.98	0.0
7	12.05	12.3
10	3.0	18.0
11	3.0	03
13	Bohemian massif	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	TRAVESEN-LOCHEN, QUELLSCHACHT	Kondrau, Antonienquelle Spr.
19	OP52	O13
21	W	W/S
32	1.38	2.8
33	1.5	2.8
36	210.0	3.92e-06
37	1.0	84.0

GER014

Column	Version 1	Version 2
2	50.017	50.0
5	1.02	0.0
7	12.083	12.3
10	4.98	18.0
11	3.0	03
13	Bohemian massif, Oberpfalz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	BAD ALEXANDERSBAD, DRILLHOLE 2	Kondrau, Bauernquelle Spr.
19	OP20	OP2
20		1.0
21	W/H	W/S
32	1.3	2.9
33	1.35	2.89
36	189.0	4.046e-06
37	2.0	26.0

GER015

Column	Version 1	Version 2
2	50.017	50.0
5	1.02	0.0
7	12.083	12.3
10	4.98	18.0
11	3.0	03
13	Bohemian massif, Oberpfalz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	BAD ALEXANDERSBAD, KURHAUS	Kondrau, Bauernquelle Spr.
19	OP18	OP2
20		2.0
21	W	W/S
32	3.31	2.94
33	4.74	2.95
36	663.6	4.13e-06
37	1.0	41.0

GER016

Column	Version 1	Version 2
2	50.017	50.0
5	1.02	0.0
7	12.083	12.287
10	4.98	17.22
11	3.0	07,08
12	GERMANY	CZECH?
13	Bohemian massif, Oberpfalz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	BAD ALEXANDERSBAD, LUISENQUELLE	Kondrau, Gerwig Spr.
19	O14	78.0
24		0.00212
32	3.27
33	3.31	2.37
36	463.4	3.318e-06
37	15.0
46		0.5647
47		0.4187
48		0.0026
51		-6.29
53	University of Cambridge collection, 1994	Geissler et al., 2005; Weinlich et al., 2003

GER017

Column	Version 1	Version 2
2	50.017	50.0
5	1.02	0.0
7	12.083	12.3
10	4.98	18.0
11	2,3	02,03
13	Bohemian massif, Oberpfalz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	BAD ALEXANDERSBAD, LUISENQUELLE	Kondrau, Prinz Ludwig Spr.
19	O14	O11
32	3.4	3.05
33	3.4	3.07
36	476.0	4.298e-06
37	84.0	29.0

GER018

Column	Version 1	Version 2
2	50.4	49.833
4	50.0	49.0
5	24.0	49.98
7	11.667	12.083
9	11.0	12.0
10	40.02	4.98
11	2,3	05
13	Bohemian massif, Oberpfalz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	BAD STEBEN, JEAN-PAUL QUELLE spring	KTB borehole VB-1
17		1998.0
19	OP27
21	W/S	G/H
32	1.09
33	1.09	0.6
36	152.6	8.4e-07
37	184.0
53	O'Nions et al., 1989; University of Cambridge collection, 1994	Weise & Heusser, 1990

GER019

Column	Version 1	Version 2
2	50.4	49.833
4	50.0	49.0
5	24.0	49.98
7	11.667	12.083
9	11.0	12.0
10	40.02	4.98
11	3.0	05
13	Bohemian massif, Oberpfalz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	BAD STEBEN, TEMPEL-QUELLE spring	KTB borehole, bore fluid
17		1339.0
19	OP25
21	W/S	G/H
32	1.2
33	1.2	0.42
36	168.0	5.88e-07
37	8.0
53	University of Cambridge collection, 1994	Weise & Heusser, 1990

GER020

Column	Version 1	Version 2
2	50.4	49.833
4	50.0	49.0
5	24.0	49.98
7	11.667	12.083
9	11.0	12.0
10	40.02	4.98
11	3.0	05
13	Bohemian massif, Oberpfalz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	BAD STEBEN, WIESENQUELLE spring	KTB borehole, bore fluid
17		1476.0
19	OP24
21	W/S	G/H
32	1.0
33	1.0	0.69
36	140.0	9.66e-07
37	20.0
53	University of Cambridge collection, 1994	Weise & Heusser, 1990

GER021

Column	Version 1	Version 2
2	50.083	49.833
4	50.0	49.0
5	4.98	49.98
7	12.183	12.083
10	10.98	4.98
11	2,3	05
13	Bohemian massif, Oberpfalz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	HOHENBERG-EGER, KAROLINENQUELLE	KTB borehole, bore fluid
17		3459.0
19	O8
21	W/S	G/H
32	3.26
33	3.34	0.54
36	467.6	7.56e-07
37	8.0
53	O'Nions et al., 1989; University of Cambridge collection, 1994	Weise & Heusser, 1990

GER022

Column	Version 1	Version 2
2	50.0	49.833
4	50.0	49.0
5	0.0	49.98
7	12.3	12.083
10	18.0	4.98
11	3.0	05
13	Bohemian massif, Oberpfalz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	KONDRAU, ANTONIENQUELLE	KTB borehole, fluid sampler
17		3447.0
19	O13
21	W/S	G/H
32	2.8
33	2.8	0.44
36	392.0	6.16e-07
37	84.0
53	University of Cambridge collection, 1994	Weise & Heusser, 1990

GER023

Column	Version 1	Version 2
2	50.0	49.95
4	50.0	49.0
5	0.0	57.0
7	12.3	12.533
10	18.0	31.98
11	3.0	02
13	Bohemian massif, Oberpfalz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	KONDRAU, BAYERN-QUELLE	Mahring
19	OP2
20	1.0
21	W/S	W
32	2.9
33	2.89	0.66
36	404.6	9.24e-07
37	26.0	8.0
53	University of Cambridge collection, 1994	O'Nions et al., 1989

GER024

Column	Version 1	Version 2
2	50.0	49.95
4	50.0	49.0
5	0.0	57.0
7	12.3	12.533
10	18.0	31.98
11	3.0	02,03
13	Bohemian massif, Oberpfalz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	KONDRAU, BAYERN-QUELLE	Mahring, Poppenreutherberg spring
19	OP2	OP40
20	2.0
21	W/S	W
32	2.94	0.96
33	2.95	0.95
36	413.0	1.33e-06
37	41.0	2.0
53	University of Cambridge collection, 1994	O'Nions et al., 1989; University of Cambridge collection, 1994

GER025

Column	Version 1	Version 2
2	50.0	50.333
5	0.0	19.98
7	12.3	11.717
9	12.0	11.0
10	18.0	43.02
11	2,3	03
13	Bohemian massif, Oberpfalz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	KONDRAU, PRINZ LUDWIG	Marxgrun, borehole 2
19	O11	OP29
20		2.0
21	W/S	G/H
32	3.05	1.16
33	3.07	1.16
36	429.8	1.624e-06
37	29.0	17.0
53	O'Nions et al., 1989; University of Cambridge collection, 1994	University of Cambridge collection, 1994

GER026

Column	Version 1	Version 2
2	49.95	50.333
4	49.0	50.0
5	57.0	19.98
7	12.533	11.717
9	12.0	11.0
10	31.98	43.02
11	2.0	02,03
13	Bohemian massif, Oberpflatz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	Mahring	Marxgrun, borehole 2
19		OP29
20		1.0
21	W	W/H
32		1.13
33	0.66	1.13
36	92.4	1.582e-06
37	8.0	22.0
53	O'Nions et al., 1989	O'Nions et al., 1989; University of Cambridge collection, 1994

GER027

Column	Version 1	Version 2
2	49.95	49.983
5	57.0	58.98
7	12.533	11.967
9	12.0	11.0
10	31.98	58.02
11	2,3	02,03
13	Bohemian massif, Oberpflatz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	MAHRING, POPPENREUTHER BERG	Nagel, Tiefbrunnen spring
19	OP40	OP21
32	0.96	0.67
33	0.95	0.66
36	133.0	9.24e-07
37	2.0	8.0

GER028

Column	Version 1	Version 2
2	50.333	50.0
5	19.98	0.0
7	11.717	12.483
9	11.0	12.0
10	43.02	28.98
11	2,3	02,03
13	Bohemian massif, Oberpflatz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	MARXGRUN, HOLE 2	Neualbenreuth, borehole M5
19	OP29	OP4
32	1.13	2.34
33	1.13	2.34
36	158.2	3.276e-06
37	22.0	366.0

GER029

Column	Version 1	Version 2
2	50.333	50.0
5	19.98	0.0
7	11.717	12.483
9	11.0	12.0
10	43.02	28.98
11	3.0	03
13	Bohemian massif, Oberpflatz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	MARXGRUN, HOLE 2	Neualbenreuth, borehole T1
19	OP29	OP3
20		1.0
21	G/H	W/H
32	1.16	1.29
33	1.16	1.5
36	162.4	2.1e-06
37	17.0	0.6

GER030

Column	Version 1	Version 2
2	49.983	50.0
4	49.0	50.0
5	58.98	0.0
7	11.967	12.483
9	11.0	12.0
10	58.02	28.98
11	2,3	03
13	Bohemian massif, Oberpflatz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	NAGEL, TIEFBRUNNEN	Neualbenreuth, borehole T1
19	OP21	OP3
20		2.0
21	W	W/H
32	0.67	1.37
33	0.66	1.74
36	92.4	2.436e-06
37	8.0	0.5
53	O'Nions et al., 1989; University of Cambridge collection, 1994	University of Cambridge collection, 1994

GER031

Column	Version 1	Version 2
2	50.0	49.975
4	50.0	49.0
5	0.0	58.5
7	12.483	12.439
10	28.98	26.34
11	2,3	07,08
13	Bohemian massif, Oberpflatz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	NEUALBENREUTH, BOREHOLE M5	Neualbenreuth, well E1
19	OP4	76.0
21	W/H	G/H
24		0.00194
32	2.34
33	2.34	2.54
36	327.6	3.556e-06
37	366.0
46		0.3377
47		0.6531
48		0.00038
51		-8.17
53	O'Nions et al., 1989; University of Cambridge collection, 1994	Geissler et al., 2005; Weinlich et al., 2003

GER032

Column	Version 1	Version 2
2	50.0	49.983
4	50.0	49.0
5	0.0	58.98
7	12.483	12.183
10	28.98	10.98
11	3.0	02,03
13	Bohemian massif, Oberpflatz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	NEUALBENREUTH, BOREHOLE T1	Pechbrunn-Silvana, Linusquelle Spr.
19	OP3	OP6
20	1.0
21	W/H	W/S
32	1.29	3.52
33	1.5	3.54
36	210.0	4.956e-06
37	0.6	49.0
53	University of Cambridge collection, 1994	O'Nions et al., 1989; University of Cambridge collection, 1994

GER033

Column	Version 1	Version 2
2	50.0	49.95
4	50.0	49.0
5	0.0	57.0
7	12.483	12.25
10	28.98	15.0
11	3.0	02,03
13	Bohemian massif, Oberpflatz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	NEUALBENREUTH, BOREHOLE T1	Pechofenholzel, Lauterbrunnen 2
19	OP3	OP9
20	2.0
21	W/H	W/S
32	1.37	2.03
33	1.74	2.09
36	243.6	2.926e-06
37	0.5	5.0
53	University of Cambridge collection, 1994	O'Nions et al., 1989; University of Cambridge collection, 1994

GER034

Column	Version 1	Version 2
2	49.983	49.75
5	58.98	45.0
7	12.183	12.283
10	10.98	16.98
11	2,3	03
13	Bohemian massif, Oberpflatz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	PECHBRUNN-SYLVANA, LINUS-QUELLE	Puschersreuth, well 3
19	OP6	OP45
21	W/S	W
32	3.52	0.2
33	3.54	0.07
36	495.6	9.8e-08
37	49.0	2.6
53	O'Nions et al., 1989; University of Cambridge collection, 1994	University of Cambridge collection, 1994

GER035

Column	Version 1	Version 2
2	49.95	50.05
4	49.0	50.0
5	57.0	3.0
7	12.25	11.85
9	12.0	11.0
10	15.0	51.0
11	2,3	03
13	Bohemian massif, Oberpflatz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	PECHOFENHOLZEL, LAUTERBRUNNEN 2	Schonlindt, Eger-Quelle Spr.
19	OP9	O9
21	W/S	W
32	2.03	0.76
33	2.09	0.38
35		≤
36	292.6	5.32e-07
37	5.0	0.4
53	O'Nions et al., 1989; University of Cambridge collection, 1994	University of Cambridge collection, 1994

GER036

Column	Version 1	Version 2
11	3.0	03
13	Bohemian massif, Oberpflatz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	SOPHIENREUTH, SOPHIENQUELLE	Sophienreuth, Sophienquelle Spr.
36	294.0	2.94e-06

GER037

Column	Version 1	Version 2
11	2,3	02,03
13	Bohemian massif, Oberpflatz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	SOPHIENREUTH, SOPHIENQUELLE	Sophienreuth, Sophienquelle Spr.
36	350.0	3.5e-06

GER038

Column	Version 1	Version 2
11	2,3	02,03
13	Bohemian massif, Oberpflatz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	THIERSHEIM, SAUERBRUNNEN	Thiersheim, Sauerbrunnen Spr.
36	432.6	4.326e-06

GER039

Column	Version 1	Version 2
2	49.95	49.933
5	57.0	55.98
7	12.233	12.05
10	13.98	3.0
11	2,3	03
13	Bohemian massif, Oberpflatz, Fichtelgebirge	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	WIESAU	Travesenlochen, Quellschacht
19	O1	OP52
32	2.1	1.38
33	2.3	1.5
36	322.0	2.1e-06
37	2.0	1.0
53	O'Nions et al., 1989; University of Cambridge collection, 1994	University of Cambridge collection, 1994

GER040

Column	Version 1	Version 2
2	50.217	49.95
4	50.0	49.0
5	13.02	57.0
7	8.617	12.233
9	8.0	12.0
10	37.02	13.98
11	1,3	02,03
13	Hunsruck-Sudrand fault (Hunsruck-Taunus-Vogelsberg, Rhenish Massif):	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	Bad Homburg, Augusta-Lech (Augusta-Luisen) spring	Wiesau
19	E21	O1
21	W/S	W
32	1.55	2.1
33	1.56	2.3
36	218.4	3.22e-06
37	17.0	2.0
51	-6.25
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	O'Nions et al., 1989; University of Cambridge collection, 1994

GER041

Column	Version 1	Version 2
2	50.217	49.913
4	50.0	49.0
5	13.02	54.78
7	8.617	12.165
9	8.0	12.0
10	37.02	9.9
11	1,3	07,08
13	Hunsruck-Sudrand fault (Hunsruck-Taunus-Vogelsberg, Rhenish Massif):	Bohemian massif, Oberpfalz-Fichtelgebirge, Eger (Ohře) graben
14	Bad Homburg, Elisabethen-Brunnen spring	Wiesau, Neue Otto Spr.
19	E19	80/82
21	W/S	G/S
24		4e-05
32	1.42
33	1.42	2.91
36	198.8
37	62.0
46		0.0083
47		0.9912
48		0.00023
51		-3.55
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Geissler et al., 2005; Weinlich et al., 2003

GER042

Column	Version 1	Version 2
11	1,3	01,03
13	Hunsruck-Sudrand fault (Hunsruck-Taunus-Vogelsberg, Rhenish Massif):	Hunsruck-Sudrand fault (Hunsruck-Taunus-Vogelsberg, Rhenish Massif)
14	Bad Homburg, Solesprudel spring	Bad Homburg, Augusta-Lech (Augusta-Luisen) spring
19	C6	E21
32	1.48	1.55
33	1.48	1.56
36	207.2	2.184e-06
37	274.0	17.0
51	-6.7	-6.25

GER043

Column	Version 1	Version 2
2	49.85	50.217
4	49.0	50.0
5	51.0	13.02
7	7.867	8.617
9	7.0	8.0
10	52.02	37.02
11	1,3	01,03
13	Hunsruck-Sudrand fault (Hunsruck-Taunus-Vogelsberg, Rhenish Massif):	Hunsruck-Sudrand fault (Hunsruck-Taunus-Vogelsberg, Rhenish Massif)
14	Bad Kreuznach, Elisabethquelle spring	Bad Homburg, Elisabethen-Brunnen spring
19	C2	E19
32	0.09	1.42
33	0.09	1.42
36	12.6	1.988e-06
37	522.0	62.0
51	-1.15

GER044

Column	Version 1	Version 2
2	49.85	50.217
4	49.0	50.0
5	51.0	13.02
7	7.867	8.617
9	7.0	8.0
10	52.02	37.02
11	1,3	01,03
13	Hunsruck-Sudrand fault (Hunsruck-Taunus-Vogelsberg, Rhenish Massif):	Hunsruck-Sudrand fault (Hunsruck-Taunus-Vogelsberg, Rhenish Massif)
14	Bad Kreuznach, Karlshallenquelle spring	Bad Homburg, Solesprudel spring
19	C3	C6
32	0.09	1.48
33	0.09	1.48
36	12.6	2.072e-06
37	4.0	274.0
51		-6.7

GER045

Column	Version 1	Version 2
11	1,3	01,03
13	Hunsruck-Sudrand fault (Hunsruck-Taunus-Vogelsberg, Rhenish Massif):	Hunsruck-Sudrand fault (Hunsruck-Taunus-Vogelsberg, Rhenish Massif)
14	Bad Kreuznach, Quelle No.5 spring	Bad Kreuznach, Elisabethquelle spring
19	C1	C2
36	12.6	1.26e-07
37	39.0	522.0
51	-0.52	-1.15

GER046

Column	Version 1	Version 2
2	49.817	49.85
5	49.02	51.0
7	7.85	7.867
10	51.0	52.02
11	1,3	01,03
13	Hunsruck-Sudrand fault (Hunsruck-Taunus-Vogelsberg, Rhenish Massif):	Hunsruck-Sudrand fault (Hunsruck-Taunus-Vogelsberg, Rhenish Massif)
14	Bad Munster, Rheingrafen (south) spring	Bad Kreuznach, Karlshallenquelle spring
19	G1	C3
33	0.08	0.09
36	11.2	1.26e-07
37	33.0	4.0
51	-24.89

GER047

Column	Version 1	Version 2
2	50.35	49.85
4	50.0	49.0
5	21.0	51.0
7	8.733	7.867
9	8.0	7.0
10	43.98	52.02
11	1,3	01,03
13	Hunsruck-Sudrand fault (Hunsruck-Taunus-Vogelsberg, Rhenish Massif):	Hunsruck-Sudrand fault (Hunsruck-Taunus-Vogelsberg, Rhenish Massif)
14	Bad Nauheim, Sprudel 14 spring	Bad Kreuznach, Quelle No.5 spring
19	E18	C1
21	G/S	W/S
32	0.64	0.09
33	0.62	0.09
36	86.8	1.26e-07
37	8.0	39.0
51	-1.49	-0.52

GER048

Column	Version 1	Version 2
2	50.233	49.817
4	50.0	49.0
5	13.98	49.02
7	9.35	7.85
9	9.0	7.0
10	21.0	51.0
11	1,3	01,03
14	Bad Orb, Martinsquelle spring	Bad Munster, Rheingrafen (south) spring
19	N28	G1
32	0.15	0.09
33	0.13	0.08
36	18.2	1.12e-07
37	13.0	33.0
43	(R/Ra)c indicated as 0.68 in Tab.2 [Griesshaber et al., 1992]
51		-24.89

GER049

Column	Version 1	Version 2
2	50.133	50.35
5	7.98	21.0
7	8.083	8.733
10	4.98	43.98
11	1,3	01,03
14	Bad Schwalbach, Schwalbenbrunnen spring	Bad Nauheim, Sprudel 14 spring
19	N21	E18
21	W/S	G/S
32	1.9	0.64
33	1.9	0.62
36	266.0	8.68e-07
37	43.0	8.0
51	-3.73	-1.49

GER050

Column	Version 1	Version 2
2	50.133	50.233
5	7.98	13.98
7	8.083	9.35
9	8.0	9.0
10	4.98	21.0
11	1,3	01,03
14	Bad Schwalbach, Stahlbrunnen spring	Bad Orb, Martinsquelle spring
19	N19	N28
21	G/S	W/S
32	1.93	0.15
33	2.1	0.13
36	294.0	1.82e-07
37	3.0	13.0
43		(R/Ra)c indicated as 0.68 in Tab.2 [Griesshaber et al., 1992]
51	-3.14

GER051

Column	Version 1	Version 2
2	50.15	50.133
5	9.0	7.98
7	8.5	8.083
10	30.0	4.98
11	1,3	01,03
14	Bad Soden, Grose Badersprudel spring	Bad Schwalbach, Schwalbenbrunnen spring
19	N22	N21
21	G/S	W/S
32	2.16	1.9
33	2.19	1.9
36	306.6	2.66e-06
37	9.0	43.0
51	-3.46	-3.73

GER052

Column	Version 1	Version 2
2	50.15	50.133
5	9.0	7.98
7	8.5	8.083
10	30.0	4.98
11	1,3	01,03
14	Bad Soden, Wilhelmsbrunnen spring	Bad Schwalbach, Stahlbrunnen spring
19	C5	N19
21	W/S	G/S
32	1.77	1.93
33	1.78	2.1
36	249.2	2.94e-06
37	93.0	3.0
51	-7.08	-3.14

GER053

Column	Version 1	Version 2
2	50.283	50.183
5	16.98	10.98
7	9.4	8.75
9	9.0	8.0
10	24.0	45.0
11	1,3	01,03
14	Bad Soden-Slm., Grosser Badersprudel spring	Bad Vilbel, Hassia 1 spring
19	E12	N25
21	G/S	W/S
32	0.57	3.1
33	0.57	3.14
36	79.8	4.396e-06
37	235.0	14.0
51	0.5	-5.59

GER056

Column	Version 1	Version 2
2	50.183	49.983
4	50.0	49.0
5	10.98	58.98
7	8.75	7.933
9	8.0	7.0
10	45.0	55.98
11	1,3	01,03
14	Bad Vilbel, Karl-Friedrich spring	Geisenheim, Echterquelle spring
19	N24	N57
21	G/S	W/S
32	3.15	0.29
33	3.17	0.39
36	443.8	5.46e-07
37	38.0	75.0
51	-5.24	-9.64

GER057

Column	Version 1	Version 2
2	49.983	50.2
4	49.0	50.0
5	58.98	12.0
7	7.933	9.217
9	7.0	9.0
10	55.98	13.02
11	1,3	01,03
14	Geisenheim, Echterquelle spring	Gelnhausen, Solebohrung
19	N57	N27
21	W/S	G/H
32	0.29	0.74
33	0.39	0.73
36	54.6	1.022e-06
37	75.0	30.0
51	-9.64	-2.07

GER058

Column	Version 1	Version 2
2	50.2	49.633
4	50.0	49.0
5	12.0	37.98
7	9.217	6.967
9	9.0	6.0
10	13.02	58.02
11	1,3	01,03
14	Gelnhausen, Solebohrung	Gielert, Sauerbrunnen spring
19	N27	N13
21	G/H	W/S
32	0.74	0.3
33	0.73	0.3
36	102.2	4.2e-07
37	30.0	28.0
51	-2.07	-8.21

GER059

Column	Version 1	Version 2
2	49.633	51.533
4	49.0	51.0
5	37.98	31.98
7	6.967	9.95
9	6.0	9.0
10	58.02	57.0
11	1,3	01,03
14	Gielert, Sauerbrunnen spring	Giessen, Graf Meinhardt spring
19	N13	N52
32	0.3	0.73
33	0.3	0.73
36	42.0	1.022e-06
37	28.0	64.0
51	-8.21

GER060

Column	Version 1	Version 2
2	51.533	50.667
4	51.0	50.0
5	31.98	40.02
7	9.95	8.75
9	9.0	8.0
10	57.0	45.0
11	1,3	01,03
14	Giessen, Graf Meinhardt spring	Grosskarben, Ludwigsquelle spring
19	N52	E15
32	0.73	1.28
33	0.73	1.29
36	102.2	1.806e-06
37	64.0	30.0
51		-7.7

GER061

Column	Version 1	Version 2
2	50.667	49.717
4	50.0	49.0
5	40.02	43.02
7	8.75	6.917
9	8.0	6.0
10	45.0	55.02
11	1,3	01,03
14	Grosskarben, Ludwigsquelle spring	Hardtwaldt, Sauerbrunnen spring
19	E15	N14
32	1.28	0.28
33	1.29	0.27
36	180.6	3.78e-07
37	30.0	32.0
51	-7.7	-8.33

GER062

Column	Version 1	Version 2
2	49.717	50.033
4	49.0	50.0
5	43.02	1.98
7	6.917	8.133
9	6.0	8.0
10	55.02	7.98
11	1,3	01,03
14	Hardtwaldt, Sauerbrunnen spring	Kiedrich, Virchowquelle spring
19	N14	N18
32	0.28	0.54
33	0.27	0.38
36	37.8	5.32e-07
37	32.0	3.0
51	-8.33	-9.01

GER063

Column	Version 1	Version 2
2	50.033	50.167
5	1.98	10.02
7	8.133	8.55
10	7.98	33.0
11	1,3	01,03
14	Kiedrich, Virchowquelle spring	Krontal, Theodorusquelle spring
19	N18	N23
32	0.54	2.64
33	0.38	2.64
36	53.2	3.696e-06
37	3.0	179.0
51	-9.01	-3.31

GER064

Column	Version 1	Version 2
2	50.167	50.1
5	10.02	6.0
7	8.55	8.767
10	33.0	46.02
11	1,3	01,03
14	Krontal, Theodorusquelle spring	Offenbach, Kaiser Friedrich spring
19	N23	N26
32	2.64	0.54
33	2.64	0.5
36	369.6	7e-07
37	179.0	6.0
51	-3.31	-6.41

GER065

Column	Version 1	Version 2
2	50.1	50.417
5	6.0	25.02
7	8.767	9.033
9	8.0	9.0
10	46.02	1.98
11	1,3	01,03
14	Offenbach, Kaiser Friedrich spring	Salzschlirf, Sprudelbrunnen spring
19	N26	N48
32	0.54	0.55
33	0.5	0.55
36	70.0	7.7e-07
37	6.0	550.0
51	-6.41

GER066

Column	Version 1	Version 2
2	50.417	50.1
5	25.02	6.0
7	9.033	8.117
9	9.0	8.0
10	1.98	7.02
11	1,3	01,03
14	Salzschlirf, Sprudelbrunnen spring	Schlangenbad, Benjamin-Nissenquelle spring
19	N48	N30
32	0.55	0.72
33	0.55	0.54
36	77.0	7.56e-07
37	550.0	3.0

GER067

Column	Version 1	Version 2
2	50.1	50.667
5	6.0	40.02
7	8.117	8.75
10	7.02	45.0
11	1,3	01,03
14	Schlangenbad, Benjamin-Nissenquelle spring	Schwalheim, Ludwigsbrunnen spring
19	N30	E17
21	W/S	G/S
32	0.72	1.28
33	0.54	1.29
36	75.6	1.806e-06
37	3.0	7.0

GER068

Column	Version 1	Version 2
2	50.667	49.583
4	50.0	49.0
5	40.02	34.98
7	8.75	7.167
9	8.0	7.0
10	45.0	10.02
11	1,3	01,03
14	Schwalheim, Ludwigsbrunnen spring	Schwollen, Diamantenquelle spring
19	E17	N10
21	G/S	W/S
32	1.28	0.28
33	1.29	0.23
36	180.6	3.22e-07
37	7.0	5.0
51		-10.98

GER070

Column	Version 1	Version 2
2	49.583	50.667
4	49.0	50.0
5	34.98	40.02
7	7.167	8.233
9	7.0	8.0
10	10.02	13.98
11	1,3	01,03
14	Schwollen, Hochwald-Sprudel spring	Selters, Lonberg spring
19	N11	N51
32	0.24	1.02
33	0.24	1.02
36	33.6	1.428e-06
37	395.0	36.0
51	-9.02

GER071

Column	Version 1	Version 2
2	50.667	50.333
5	40.02	19.98
7	8.233	9.083
9	8.0	9.0
10	13.98	4.98
11	1,3	01,03
14	Selters, Lonberg spring	Selters/Ortenbach, Benedictus spring
19	N51	N29
32	1.02	0.81
33	1.02	0.81
36	142.8	1.134e-06
37	36.0	16.0
51		-8.15

GER072

Column	Version 1	Version 2
2	50.333	50.083
5	19.98	4.98
7	9.083	8.25
9	9.0	8.0
10	4.98	15.0
11	1,3	01,03
14	Selters/Ortenbach, Benedictus spring	Wiesbaden, Faulbrunnen spring
19	N29	G4
32	0.81	0.64
33	0.81	0.63
36	113.4	8.82e-07
37	16.0	9.0
51	-8.15	-10.0

GER076

Column	Version 1	Version 2
2	50.083	50.433
5	4.98	25.98
7	8.25	7.4
9	8.0	7.0
10	15.0	24.0
11	1,3	01,03
13	Hunsruck-Sudrand fault (Hunsruck-Taunus-Vogelsberg, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Wiesbaden, Schutzenhofquelle spring	Andernach (north)
19	N17	N47
21	W/S	G/S
32	0.71	3.59
33	0.7	3.61
36	98.0	5.054e-06
37	10.0	88.0
51	-7.45	-4.63

GER077

Column	Version 1	Version 2
2	49.833	50.283
4	49.0	50.0
5	49.98	16.98
7	12.083	7.667
9	12.0	7.0
10	4.98	40.02
11	5.0	01,03
13	Oberpfaltz	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	KTB borehole VB-1	Bad Ems, borehole I
17	1998.0
19		N32
32		1.57
33	0.6	1.57
36	84.0	2.198e-06
37		35.0
53	Weise & Heusser, 1990	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER078

Column	Version 1	Version 2
2	49.833	50.283
4	49.0	50.0
5	49.98	16.98
7	12.083	7.667
9	12.0	7.0
10	4.98	40.02
11	5.0	01,03
13	Oberpfaltz	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	KTB borehole, bore fluid	Bad Ems, borehole III
17	1339.0
19		N34
32		1.55
33	0.42	1.55
36	58.8	2.17e-06
37		471.0
51		-4.96
53	Weise & Heusser, 1990	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER079

Column	Version 1	Version 2
2	49.833	50.633
4	49.0	50.0
5	49.98	37.98
7	12.083	7.233
9	12.0	7.0
10	4.98	13.98
11	5.0	01,03
13	Oberpfaltz	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	KTB borehole, bore fluid	Bad Honnef, Drachenquelle spring
17	1476.0
19		D19
21	G/H	W/S
32		2.31
33	0.69	2.32
36	96.6	3.248e-06
37		54.0
51		-10.15
53	Weise & Heusser, 1990	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER080

Column	Version 1	Version 2
2	49.833	50.633
4	49.0	50.0
5	49.98	37.98
7	12.083	7.233
9	12.0	7.0
10	4.98	13.98
11	5.0	01,03
13	Oberpfaltz	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	KTB borehole, bore fluid	Bad Honnef, Edelhof-Stift spring
17	3459.0
19		D3
21	G/H	G/S
32		2.45
33	0.54	2.45
36	75.6	3.43e-06
37		12.0
51		-7.38
53	Weise & Heusser, 1990	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER081

Column	Version 1	Version 2
2	49.833	50.633
4	49.0	50.0
5	49.98	37.98
7	12.083	7.233
9	12.0	7.0
10	4.98	13.98
11	5.0	01,03
13	Oberpfaltz	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	KTB borehole, fluid sampler	Bad Honnef, Grafenwerth spring
17	3447.0
19		D2
21	G/H	G/S
32		2.33
33	0.44	2.6
36	61.6	3.64e-06
37		3.0
51		-7.32
53	Weise & Heusser, 1990	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER082

Column	Version 1	Version 2
2	47.75	50.516
4	47.0	50.0
5	45.0	30.96
7	7.55	7.317
10	33.0	19.02
11	1,3	01,03
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Bellingen, borehole III (1)	Bad Honningen, Deutschland Sprudel spring
19	BF22	E8
21	W/H	G/S
32	0.46	4.9
33	0.46	4.91
36	64.4	6.874e-06
37	36.0	81.0
51		-4.67

GER083

Column	Version 1	Version 2
2	47.75	50.533
4	47.0	50.0
5	45.0	31.98
7	7.55	7.15
10	33.0	9.0
11	1,3	01,03
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Bellingen, borehole III (2)	Bad Neuenahr, Appolinaris No.10
19	E27	G38
21	G/H	W
32	0.45	3.9
33	0.42	4.21
36	58.8	5.894e-06
37	6.0	3.0
51	-11.27	-5.34

GER084

Column	Version 1	Version 2
2	47.75	50.533
4	47.0	50.0
5	45.0	31.98
7	7.55	7.15
10	33.0	9.0
11	1,3	01,03
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Bellingen, Markusquelle (1) spring	Bad Neuenahr, Walburgis-Termae spring
19	BF21	N58
21	W/S	G/S
32	0.59	4.37
33	0.59	4.4
36	82.6	6.16e-06
37	8.0	47.0
51		-3.97

GER085

Column	Version 1	Version 2
2	47.75	50.533
4	47.0	50.0
5	45.0	31.98
7	7.55	7.15
10	33.0	9.0
11	1,3	01,03
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Bellingen, Markusquelle (2) spring	Bad Neuenahr, Willibrordus spring
19	E26	D17
21	G/S	W/S
32	0.5	4.53
33	0.43	4.55
36	60.2	6.37e-06
37	3.0	57.0
51	-10.43	-5.11

GER086

Column	Version 1	Version 2
2	48.433	50.2
4	48.0	50.0
5	25.98	12.0
7	8.233	7.6
9	8.0	7.0
10	13.98	36.0
11	1,3	01,03
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Griesbach, Rench 3 spring	Bad Salzig, Leonorequelle spring
19	BF2	N35
32	0.12	0.63
33	0.1	0.62
36	14.0	8.68e-07
37	14.0	64.0
43	(R/Ra)c indicated as 0.34 in Tab.2 [Griesshaber et al., 1992]
51	-7.84

GER087

Column	Version 1	Version 2
2	48.8	50.5
4	48.0	50.0
5	48.0	30.0
7	8.433	7.2
9	8.0	7.0
10	25.98	12.0
11	1,3	03
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Herrenalb, borehole I	Bad Sinzig, Tiefbrunnen 1 spring
19	BF7	G39
21	W/H	W/S
32	0.03	1.0
33	0.01	1.0
36	1.4	1.4e-06
37	6.0	47.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	University of Cambridge collection, 1994

GER088

Column	Version 1	Version 2
2	48.8	50.15
4	48.0	50.0
5	48.0	9.0
7	8.433	8.5
10	25.98	30.0
11	1,3	03
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Herrenalb, borehole II	Bad Soden, Grose Badersprudel spring
19	BF5	N22
21	W/H	G/S
32	0.04	2.16
33	0.04	2.19
36	5.6	3.066e-06
37	98.0	9.0
51		-3.46
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	University of Cambridge collection, 1994

GER089

Column	Version 1	Version 2
2	47.933	50.15
4	47.0	50.0
5	55.98	9.0
7	7.733	8.5
9	7.0	8.0
10	43.98	30.0
11	1,3	01
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Krozingen, borehole IV	Bad Soden, Grosse Bädersprudel spring
19	BF18	E12
21	W/H	G/S
32	1.73	0.57
33	1.73	0.57
36	242.2	7.98e-07
37	96.0	235.0
51	-6.0	0.5
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Griesshaber et al., 1992

GER090

Column	Version 1	Version 2
2	48.767	50.15
4	48.0	50.0
5	46.02	9.0
7	8.733	8.5
10	43.98	30.0
11	1,3	01,03
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Liebenzell	Bad Soden, Wilhelmsbrunnen spring
19	G41	C5
21	W	W/S
32	0.12	1.77
33	0.01	1.78
36	1.4	2.492e-06
37	2.0	93.0
51	-21.28	-7.08

GER091

Column	Version 1	Version 2
2	48.417	50.3
4	48.0	50.0
5	25.02	18.0
7	8.217	7.433
9	8.0	7.0
10	13.02	25.98
11	1,3	03
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Peterstal, Freyersbach spring	Bassenheim, Sauerbrunnen spring
19	G27	N40
21	G/S	W/S
32	0.34	2.55
33	0.34	2.75
36	47.6	3.85e-06
37	1427.0	3.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	University of Cambridge collection, 1994

GER092

Column	Version 1	Version 2
2	48.433	50.567
4	48.0	50.0
5	25.98	34.02
7	8.333	7.233
9	8.0	7.0
10	19.98	13.98
11	1,3	01,03
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Rippoldsau, borehole	Bodendorf, Badequelle spring
17	200.0
19	BF10	D4
21	W/H	G/S
32	0.44	1.2
33	0.44	1.5
36	61.6	2.1e-06
37	95.0	3.0

GER093

Column	Version 1	Version 2
2	48.433	50.467
4	48.0	50.0
5	25.98	28.02
7	8.333	7.333
9	8.0	7.0
11	1,3	01,03
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Rippoldsau, borehole	Brohl, Kleyerquelle spring
17	300.0
19	BF11	E5
21	W/H	G/S
32	0.55	4.01
33	0.55	4.1
36	77.0	5.74e-06
37	281.0	11.0
51	-7.31

GER094

Column	Version 1	Version 2
2	48.8	50.467
4	48.0	50.0
5	48.0	28.02
7	8.317	7.333
9	8.0	7.0
10	19.02	19.98
11	3.0	01,03
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	BAD ROTENFELS, BOREHOLE	Brohl, Ponter Muhle spring
17	225.0
19	BF12	E4
21	W/H	G/S
32	0.05	4.07
33	0.05	4.1
36	7.0	5.74e-06
37	207.0	40.0
51		-4.54
53	University of Cambridge collection, 1994	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER095

Column	Version 1	Version 2
2	47.567	50.45
4	47.0	50.0
5	34.02	27.0
7	7.933	7.317
10	55.98	19.02
11	1,3	01,03
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Sackingen, Badquelle spring	Burgbrohl, Parkplatz
19	BF23	E3
21	W/S	G
32	0.13	5.61
33	0.13	5.63
36	18.2	7.882e-06
37	65.0	62.0
43		(R/Ra)c indicated as 4.75 in Tab.2 [Griesshaber et al., 1992]
51		-5.12

GER096

Column	Version 1	Version 2
2	48.7	50.35
4	48.0	50.0
5	42.0	21.0
7	8.7	7.933
9	8.0	7.0
10	42.0	55.98
11	1,3	01,03
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Teinach, Hirschquelle spring	Fachingen, HB 9 spring
19	G42	N36
21	W/S	G/S
32	0.1	1.58
33	0.1	1.6
36	14.0	2.24e-06
37	191.0	7.0
51	-9.87

GER097

Column	Version 1	Version 2
2	48.7	50.433
4	48.0	50.0
5	42.0	25.98
7	8.7	7.283
9	8.0	7.0
10	42.0	16.98
11	1,3	01,03
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Teinach, Otto-Therme spring	Glees, borehole
17		500.0
19	G40	G34
21	W/S	W/H
32	0.2	5.8
33	0.1	5.87
36	14.0	8.218e-06
37	5.0	22.0
51	-17.53

GER098

Column	Version 1	Version 2
2	47.467	50.433
4	47.0	50.0
5	28.02	25.98
7	8.317	7.283
9	8.0	7.0
10	19.02	16.98
11	1,3	01,03
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Baden Limmat	Glees, borehole
17		500.0
19	BF25	G35
21	W	G/H
32	0.06	4.96
33	0.06	5.0
36	8.4	7e-06
37	201.0	29.0

GER099

Column	Version 1	Version 2
2	48.75	50.433
4	48.0	50.0
5	45.0	25.98
7	8.25	7.283
9	8.0	7.0
10	15.0	16.98
11	1,3	01,03
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Baden-Baden, Fettquelle spring	Glees, borehole
17		800.0
19	G26	G36
21	W/S	G/H
32	0.04	4.73
33	0.02	4.76
36	2.8	6.664e-06
37	11.0	42.0

GER100

Column	Version 1	Version 2
2	48.75	50.283
4	48.0	50.0
5	45.0	16.98
7	8.25	7.433
9	8.0	7.0
10	15.0	25.98
11	1,3	01,03
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Baden-Baden, Murgquelle spring	Kobern, Belthal Sprudel spring
19	G25	N45
21	W/S	G/S
32		2.89
33	0.1	3.26
36	14.0	4.564e-06
37	6.0	3.0

GER101

Column	Version 1	Version 2
2	48.75	50.283
4	48.0	50.0
5	45.0	16.98
7	8.25	7.433
9	8.0	7.0
10	15.0	25.98
11	1,3	01,03
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Baden-Baden, Ursprungsquelle spring	Kobern, Sauerbrunnen spring
19	BF13	N38
32	0.06	1.2
33	0.06	1.41
36	8.4	1.974e-06
37	146.0	3.0

GER102

Column	Version 1	Version 2
2	47.8	50.933
4	47.0	50.0
5	48.0	55.98
7	7.667	6.95
9	7.0	6.0
10	40.02	57.0
11	1,3	01,03
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Badenweiler, borehole III	Köln, Messebrunnen III spring
19	G16	B2
21	W/H	G/S
32	0.29	0.83
33	0.27	0.83
36	37.8	1.162e-06
37	9.0	57.0
51		-7.76

GER103

Column	Version 1	Version 2
2	47.8	50.4166666667
4	47.0	50.0
5	48.0	25.0
7	7.667	7.26666666667
10	40.02	16.0
11	1,3	09
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Badenweiler, Romerquelle spring	Laacher See mofettes
16		19910800.0
19	G17
21	W/S	G
32	0.35
33	0.31	5.5
36	43.4	7.7e-06
37	4.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Brauer et al., 2005

GER104

Column	Version 1	Version 2
2	48.133	50.4166666667
4	48.0	50.0
5	7.98	25.0
7	7.75	7.26666666667
10	45.0	16.0
11	1,3	09
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bahlingen (Kst. Bahnhof), Sauerbrunnen spring	Laacher See mofettes
16		19910531.0
19	E22
21	G/S	G
32	1.3
33	1.3	5.23
36	182.0	7.322e-06
37	34.0
51	-6.85
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Brauer et al., 2005

GER105

Column	Version 1	Version 2
2	48.0	50.4166666667
4	48.0	50.0
5	0.0	25.0
7	7.867	7.26666666667
10	52.02	16.0
11	1,3	09
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Freiburg, Thermalbad spring	Laacher See mofettes
16		19930902.0
19	E25
21	G/S	G
32	1.52
33	1.52	5.22
36	212.8	7.308e-06
37	23.0
51	-5.96
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Brauer et al., 2005

GER106

Column	Version 1	Version 2
2	47.55	50.4166666667
4	47.0	50.0
5	33.0	25.0
7	7.667	7.26666666667
10	40.02	16.0
11	1,3	09
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Grenzach-Wylen, Emiliane spring	Laacher See mofettes
16		20010408.0
19	G14
21	W/S	G
32	0.38
33	0.38	5.15
36	53.2	7.21e-06
37	126.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Brauer et al., 2005

GER107

Column	Version 1	Version 2
2	48.083	50.4166666667
4	48.0	50.0
5	4.98	25.0
7	7.967	7.26666666667
10	58.02	16.0
11	1,3	09
13	Rhine Graben (Kaiserstuhl-Black Forest):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Waldkisch	Laacher See mofettes
16		20020410.0
19	BF17
21	W	G
32	0.3
33	0.3	5.31
36	42.0	7.434e-06
37	37.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Brauer et al., 2005

GER108

Column	Version 1	Version 2
2	50.433	50.4166666667
5	25.98	25.0
7	7.4	7.26666666667
10	24.0	16.0
11	1,3	09
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Andernach, Namedy spring	Laacher See mofettes
16		20020729.0
19	N47
21	G/S	G
32	3.59
33	3.61	5.16
36	505.4	7.224e-06
37	88.0
51	-4.63
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Brauer et al., 2005

GER109

Column	Version 1	Version 2
2	50.283	50.4166666667
5	16.98	25.0
7	7.667	7.26666666667
10	40.02	16.0
11	1,3	09
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Ems, borehole I	Laacher See mofettes
16		20021031.0
19	N32
21	G/H	G
32	1.57
33	1.57	5.39
36	219.8	7.546e-06
37	35.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Brauer et al., 2005

GER110

Column	Version 1	Version 2
2	50.283	50.4166666667
5	16.98	25.0
7	7.667	7.26666666667
10	40.02	16.0
11	1,3	09
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Ems, borehole III	Laacher See mofettes
16		20030226
19	N34
21	G/H	G
32	1.55
33	1.55	5.38
36	217.0	7.532e-06
37	471.0
51	-4.96
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Brauer et al., 2005

GER111

Column	Version 1	Version 2
2	50.633	50.4166666667
5	37.98	25.0
7	7.233	7.26666666667
10	13.98	16.0
11	1,3	09
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Honnef, Drachenquelle spring	Laacher See mofettes
16		20040604
19	D19
21	W/S	G
32	2.31
33	2.32	5.37
36	324.8	7.518e-06
37	54.0
51	-10.15
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Brauer et al., 2005

GER112

Column	Version 1	Version 2
2	50.633	50.443
5	37.98	26.58
7	7.233	7.3
10	13.98	18.0
11	1,3	01,03
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Honnef, Edelhof-Stift spring	Laacher See, CO2 gas from the lake
19	D3	N59
21	G/S	G/lake
32	2.45	5.34
33	2.45	5.4
36	343.0	7.56e-06
37	12.0	49.0
51	-7.38	-2.99

GER113

Column	Version 1	Version 2
2	50.633	50.4166666667
5	37.98	25.0
7	7.233	7.26666666667
10	13.98	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Honnef, Grafenwerth spring	Laacher See, Position LA1
16		19910904.0
17		20.0
19	D2	44.0
21	G/S	W/lake
22		5.76
25		0.002545
32	2.33
33	2.6
34		6.303e-06
36	364.0	6.303e-06
37	3.0
51	-7.32
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER114

Column	Version 1	Version 2
2	50.516	50.4166666667
5	30.96	25.0
7	7.317	7.26666666667
10	19.02	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Honningen, Deutschland Sprudel spring	Laacher See, Position LA1
16		19910904.0
17		15.0
19	E8	46.0
21	G/S	W/lake
22		7.26
25		0.001354
32	4.9
33	4.91
34		5.133e-06
36	687.4	5.133e-06
37	81.0
51	-4.67
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER115

Column	Version 1	Version 2
2	50.533	50.4166666667
5	31.98	25.0
7	7.15	7.26666666667
10	9.0	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Neuenahr, Appolinaris No.10	Laacher See, Position LA1
16		19910904.0
17		45.0
19	G38	48.0
21	W	W/lake
22		4.44
25		0.003925
32	3.9
33	4.21
34		6.669e-06
36	589.4	6.669e-06
37	3.0
51	-5.34
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER116

Column	Version 1	Version 2
2	50.533	50.4166666667
5	31.98	25.0
7	7.15	7.26666666667
10	9.0	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Neuenahr, Walburgis-Termae spring	Laacher See, Position LA1
16		19910904.0
17		35.0
19	N58	62.0
21	G/S	W/lake
22		4.66
25		0.003005
32	4.37
33	4.4
34		6.51e-06
36	616.0	6.51e-06
37	47.0
51	-3.97
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER117

Column	Version 1	Version 2
2	50.533	50.4166666667
5	31.98	25.0
7	7.15	7.26666666667
10	9.0	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Neuenahr, Willibrordus spring	Laacher See, Position LA1
16		19910904.0
17		10.0
19	D17	72.0
21	W/S	W/lake
22		13.47
25		0.001105
32	4.53
33	4.55
34		4.899e-06
36	637.0	4.899e-06
37	57.0
51	-5.11
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER118

Column	Version 1	Version 2
2	50.2	50.4166666667
5	12.0	25.0
7	7.6	7.26666666667
10	36.0	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Salzig, Leonorequelle spring	Laacher See, Position LA1
16		19910904.0
17		5.0
19	N35	79.0
21	W/S	W/lake
22		20.66
25		0.000484
32	0.63
33	0.62
34		1.914e-06
36	86.8	1.914e-06
37	64.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER119

Column	Version 1	Version 2
2	50.5	50.4166666667
5	30.0	25.0
7	7.2	7.26666666667
10	12.0	16.0
11	3.0	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bad Sinzig, Tiefbrunnen 1 spring	Laacher See, Position LA1
16		19910904.0
17		30.0
19	G39	87.0
21	W/S	W/lake
22		4.92
25		0.002543
32	1.0
33	1.0
34		6.347e-06
36	140.0	6.347e-06
37	47.0
53	University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER120

Column	Version 1	Version 2
2	50.3	50.4166666667
5	18.0	25.0
7	7.433	7.26666666667
10	25.98	16.0
11	3.0	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bassenheim, Sauerbrunnen spring	Laacher See, Position LA1
16		19910904.0
17		40.0
19	N40	89.0
21	W/S	W/lake
22		4.56
25		3.254e-05
32	2.55
33	2.75
34		6.584e-06
36	385.0	6.584e-06
37	3.0
53	University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER121

Column	Version 1	Version 2
2	50.567	50.4166666667
5	34.02	25.0
7	7.233	7.26666666667
10	13.98	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Bodendorf, Badequelle spring	Laacher See, Position LA1
16		19910531.0
19	D4	100.0
21	G/S	W/lake
22		15.83
25		0.00047
32	1.2
33	1.5
34		1.637e-06
36	210.0	1.637e-06
37	3.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER122

Column	Version 1	Version 2
2	50.467	50.4166666667
5	28.02	25.0
7	7.333	7.26666666667
10	19.98	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Brohl, Kleyerquelle spring	Laacher See, Position LA1
16		19910904.0
19	E5	101.0
21	G/S	W/lake
22		20.71
25		0.000507
32	4.01
33	4.1
34		1.797e-06
36	574.0	1.797e-06
37	11.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER123

Column	Version 1	Version 2
2	50.467	50.4166666667
5	28.02	25.0
7	7.333	7.26666666667
10	19.98	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Brohl, Ponter Muhle spring	Laacher See, Position LA1
16		19910904.0
17		50.0
19	E4	102.0
21	G/S	W/lake
22		4.44
25		0.004431
32	4.07
33	4.1
34		6.814e-06
36	574.0	6.814e-06
37	40.0
51	-4.54
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER124

Column	Version 1	Version 2
2	50.45	50.4166666667
5	27.0	25.0
7	7.317	7.26666666667
10	19.02	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Burgbrohl, Parkplatz	Laacher See, Position LA1
16		19910904.0
17		25.0
19	E3	109.0
21	G	W/lake
22		5.26
25		0.002869
32	5.61
33	5.63
34		6.48e-06
36	788.2	6.48e-06
37	62.0
43	(R/Ra)c indicated as 4.75 in Tab.2 [Griesshaber et al., 1992]
51	-5.12
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER125

Column	Version 1	Version 2
2	50.35	50.4166666667
5	21.0	25.0
7	7.933	7.26666666667
10	55.98	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Fachingen, HB 9 spring	Laacher See, Position LA1
16		19910904.0
17		50.0
19	N36	110.0
21	G/S	W/lake
22		4.44
25		0.004451
32	1.58
33	1.6
34		6.786e-06
36	224.0	6.786e-06
37	7.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER126

Column	Version 1	Version 2
2	50.433	50.4166666667
5	25.98	25.0
7	7.283	7.26666666667
10	16.98	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Glees, borehole	Laacher See, Position LA1
16		19910531.0
17	800.0	25.0
19	G36	119.0
21	G/H	W/lake
22		4.91
25		0.001302
32	4.73
33	4.76
34		5.243e-06
36	666.4	5.243e-06
37	42.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER127

Column	Version 1	Version 2
2	50.433	50.4166666667
5	25.98	25.0
7	7.283	7.26666666667
10	16.98	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Glees, borehole	Laacher See, Position LA1
16		19910531.0
17	500.0	30.0
19	G35	131.0
21	G/H	W/lake
22		4.79
25		0.001388
32	4.96
33	5.0
34		5.378e-06
36	700.0	5.378e-06
37	29.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER128

Column	Version 1	Version 2
2	50.433	50.4166666667
5	25.98	25.0
7	7.283	7.26666666667
10	16.98	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Glees, borehole	Laacher See, Position LA1
16		19910531.0
17	500.0	40.0
19	G34	132.0
21	W/H	W/lake
22		4.34
25		0.00206
32	5.8
33	5.87
34		6.087e-06
36	821.8	6.087e-06
37	22.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER129

Column	Version 1	Version 2
2	50.283	50.4166666667
5	16.98	25.0
7	7.433	7.26666666667
10	25.98	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Kobern, Belthal Sprudel spring	Laacher See, Position LA1
16		19910531.0
17		5.0
19	N45	163.0
21	G/S	W/lake
22		12.37
25		0.000536
32	2.89
33	3.26
34		2.243e-06
36	456.4	2.243e-06
37	3.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER130

Column	Version 1	Version 2
2	50.283	50.4166666667
5	16.98	25.0
7	7.433	7.26666666667
10	25.98	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Kobern, Sauerbrunnen spring	Laacher See, Position LA1
16		19910531.0
17		15.0
19	N38	168.0
21	W/S	W/lake
22		6.26
25		0.000899
32	1.2
33	1.41
34		4.281e-06
36	197.4	4.281e-06
37	3.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER131

Column	Version 1	Version 2
2	50.933	50.4166666667
5	55.98	25.0
7	6.95	7.26666666667
9	6.0	7.0
10	57.0	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Koln, Messebrunnen III spring	Laacher See, Position LA1
16		19910531.0
17		45.0
19	B2	172.0
21	G/S	W/lake
22		4.27
25		0.002275
32	0.83
33	0.83
34		6.231e-06
36	116.2	6.231e-06
37	57.0
51	-7.76
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER132

Column	Version 1	Version 2
2	50.443	50.4166666667
5	26.58	25.0
7	7.3	7.26666666667
10	18.0	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Laacher See, CO2 gas from the lake	Laacher See, Position LA1
16		19910531.0
17		10.0
19	N59	173.0
21	G/lake	W/lake
22		9.6
25		0.000663
32	5.34
33	5.4
34		3.217e-06
36	756.0	3.217e-06
37	49.0
51	-2.99
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER133

Column	Version 1	Version 2
2	50.267	50.4166666667
5	16.02	25.0
7	7.6	7.26666666667
10	36.0	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Lahnstein, Victoria-Luisen spring	Laacher See, Position LA1
16		19910531.0
17		35.0
19	D22	177.0
21	W/S	W/lake
22		4.55
25		0.001808
32	1.8
33	1.8
34		5.851e-06
36	252.0	5.851e-06
37	128.0
51	-4.88
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER134

Column	Version 1	Version 2
2	50.367	50.4166666667
5	22.02	25.0
7	7.317	7.26666666667
10	19.02	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Mendig, Reginaris spring	Laacher See, Position LA1
16		19910531.0
17		20.0
19	G30	179.0
21	W/S	W/lake
22		5.31
25		0.001085
32	0.69
33	0.68
34		4.823e-06
36	95.2	4.823e-06
37	15.0
51	-5.43
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER135

Column	Version 1	Version 2
2	50.35	50.4166666667
5	21.0	25.0
7	7.433	7.26666666667
10	25.98	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Muhlheim-Kahrlich, Sauerbrunnen spring	Laacher See, Position LA2
16		19910531.0
19	N41	126.0
21	G/S	W/lake
22		16.44
25		0.000662
32	2.76
33	2.83
34		3.674e-06
36	396.2	3.674e-06
37	10.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER136

Column	Version 1	Version 2
2	50.443	50.4166666667
5	26.58	25.0
7	7.317	7.26666666667
10	19.02	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Nickenich, Sauerbrunnen spring	Laacher See, Position LA2
16		19910531.0
17		20.0
19	G32	134.0
21	W/S	W/lake
22		5.31
25		0.000662
32	3.79
33	3.82
34		6.212e-06
36	534.8	6.212e-06
37	30.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER137

Column	Version 1	Version 2
2	50.333	50.4166666667
5	19.98	25.0
7	8.233	7.26666666667
9	8.0	7.0
10	13.98	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Niederselters, Urselters spring	Laacher See, Position LA2
16		19910531.0
17		28.0
19	E10	142.0
21	G/S	W/lake
22		4.84
25		0.000662
32	1.85
33	1.86
34		5.904e-06
36	260.4	5.904e-06
37	25.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER138

Column	Version 1	Version 2
2	50.433	50.4166666667
5	25.98	25.0
7	7.283	7.26666666667
10	16.98	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Oberzissen, Sauerbrunnen spring	Laacher See, Position LA3
16		19910904.0
17		15.0
19	N45	62.0
21	W/S	W/lake
22		7.14
25		0.000662
32	2.36
33	3.81
34		5.543e-06
36	533.4	5.543e-06
37	3.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER139

Column	Version 1	Version 2
2	50.317	50.4166666667
5	19.02	25.0
7	7.383	7.26666666667
10	22.98	16.0
11	1,3	06
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Ochtendung, Floksmuhle spring	Laacher See, Position LA3
16		19910904.0
17		20.0
19	N42	113.0
21	W/S	W/lake
22		5.56
25		0.000662
32	2.49
33	2.51
34		6.02e-06
36	351.4	6.02e-06
37	31.0
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	Aeschenbach-Hertig et al., 1996

GER140

Column	Version 1	Version 2
2	50.367	50.267
5	22.02	16.02
7	7.4	7.6
10	24.0	36.0
11	1,3	01,03
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Plaidt, Burquelle spring	Lahnstein, Victoria-Luisen spring
19	G31	D22
32	2.86	1.8
33	3.18	1.8
36	445.2	2.52e-06
37	3.0	128.0
51	-4.0	-4.88

GER141

Column	Version 1	Version 2
2	50.267	50.367
5	16.02	22.02
7	7.567	7.317
10	34.02	19.02
11	1,3	01,03
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Rhens, Kaiser Ruprecht spring	Mendig, Reginaris spring
19	G28	G30
32	1.15	0.69
33	1.15	0.68
36	161.0	9.52e-07
37	9.0	15.0
51		-5.43

GER142

Column	Version 1	Version 2
2	50.367	50.35
5	22.02	21.0
7	7.267	7.433
10	16.02	25.98
11	1,3	01,03
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Rieden, Sauerbrunnen spring	Muhlheim-Kahrlich, Sauerbrunnen spring
19	N44	N41
21	W/S	G/S
32	4.98	2.76
33	5.17	2.83
36	723.8	3.962e-06
37	8.0	10.0

GER143

Column	Version 1	Version 2
2	50.433	50.443
5	25.98	26.58
7	7.283	7.317
10	16.98	19.02
11	1,3	01,03
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Wehr, borehole	Nickenich, Sauerbrunnen spring
17	700.0
19	D21	G32
21	G/H	W/S
32	4.93	3.79
33	4.95	3.82
36	693.0	5.348e-06
37	57.0	30.0
51	-4.62

GER144

Column	Version 1	Version 2
2	50.433	50.333
5	25.98	19.98
7	7.283	8.233
9	7.0	8.0
10	16.98	13.98
11	1,3	01,03
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Wehr, borehole No.5	Niederselters, Urselters spring
19		E10
21	W/H	G/S
32		1.85
33	5.0	1.86
36	700.0	2.604e-06
37	74.0	25.0

GER145

Column	Version 1	Version 2
11	1,3	01,03
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Wehr, borehole No.5	Oberzissen, Sauerbrunnen spring
19		N45
21	G/H	W/S
32		2.36
33	5.56	3.81
36	778.4	5.334e-06
37	40.0	3.0
51	-4.66

GER146

Column	Version 1	Version 2
2	50.3	50.317
5	18.0	19.02
7	7.433	7.383
10	25.98	22.98
11	1,3	01,03
13	Rhine Graben (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif):	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	Winningen, Sauerbrunnen spring	Ochtendung, Floksmuhle spring
19	N39	N42
32	1.3	2.49
33	1.51	2.51
36	211.4	3.514e-06
37	3.0	31.0

GER147

Column	Version 1	Version 2
2	47.933	50.367
4	47.0	50.0
5	55.98	22.02
7	7.733	7.4
10	43.98	24.0
11	3.0	01,03
13	RHINEGRABEN; B.FOREST	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	BAD KROZINGEN, SPRING 3	Plaidt, Burquelle spring
19	E24	G31
21	G	W/S
32	2.59	2.86
33	2.6	3.18
36	364.0	4.452e-06
37	59.0	3.0
51		-4.0
53	University of Cambridge collection, 1994	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER148

Column	Version 1	Version 2
2	47.933	50.267
4	47.0	50.0
5	55.98	16.02
7	7.733	7.567
10	43.98	34.02
11	3.0	01,03
13	RHINEGRABEN; B.FOREST	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	BAD KROZINGEN, WELL 2	Rhens, Kaiser Ruprecht spring
19	BF19	G28
21	W	W/S
32	1.04	1.15
33	1.06	1.15
36	148.4	1.61e-06
37	0.7	9.0
53	University of Cambridge collection, 1994	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER149

Column	Version 1	Version 2
2	48.617	50.367
4	48.0	50.0
5	37.02	22.02
7	9.55	7.267
9	9.0	7.0
10	33.0	16.02
11	3.0	01,03
13	URACH-KIRCHHEIM	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	BAD BOLL, THERMALQUELLE	Rieden, Sauerbrunnen spring
19	G5	N44
21	W	W/S
32	0.2	4.98
33	0.2	5.17
36	28.0	7.238e-06
37	15.0	8.0
53	University of Cambridge collection, 1994	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER150

Column	Version 1	Version 2
2	48.4	50.433
4	48.0	50.0
5	24.0	25.98
7	8.833	7.283
9	8.0	7.0
10	49.98	16.98
11	3.0	01,03
13	URACH-KIRCHHEIM	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	BAD IMNAU, APOLLO-QUELLE	Wehr, borehole
17		700.0
19	G12	D21
21	W	G/H
32	0.4	4.93
33	0.4	4.95
36	56.0	6.93e-06
37	16.0	57.0
51		-4.62
53	University of Cambridge collection, 1994	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER151

Column	Version 1	Version 2
2	48.4	50.433
4	48.0	50.0
5	24.0	25.98
7	8.833	7.283
9	8.0	7.0
10	49.98	16.98
11	3.0	01,03
13	URACH-KIRCHHEIM	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	BAD IMNAU, EMILIANE-QUELLE	Wehr, borehole No.5
19	G11
21	W	W/H
32	0.8
33	0.8	5.0
36	112.0	7e-06
37	4.0	74.0
53	University of Cambridge collection, 1994	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER152

Column	Version 1	Version 2
2	48.467	50.433
4	48.0	50.0
5	28.02	25.98
7	8.917	7.283
9	8.0	7.0
10	55.02	16.98
11	3.0	01,03
13	URACH-KIRCHHEIM	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	BAD NIEDERDAU, ROMERQUELLE	Wehr, borehole No.5
19	G9
21	G	G/H
32	1.0
33	0.93	5.56
36	130.2	7.784e-06
37	7.0	40.0
51		-4.66
53	University of Cambridge collection, 1994	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER153

Column	Version 1	Version 2
2	48.583	50.3
4	48.0	50.0
5	34.98	18.0
7	9.833	7.433
9	9.0	7.0
10	49.98	25.98
11	3.0	01,03
13	URACH-KIRCHHEIM	Rhine Graben Lower (Siebengebirge-East Eifel-Neuwied Basin, Rhenish Massif)
14	BAD UBERKINGEN, ADELHEID 1	Winningen, Sauerbrunnen spring
19	N1	N39
21	W	W/S
32	0.81	1.3
33	0.8	1.51
36	112.0	2.114e-06
37	22.0	3.0
53	University of Cambridge collection, 1994	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER154

Column	Version 1	Version 2
2	48.583	47.75
4	48.0	47.0
5	34.98	45.0
7	9.833	7.55
9	9.0	7.0
10	49.98	33.0
11	3.0	01,03
13	URACH-KIRCHHEIM	Rhine Graben Upper (Kaiserstuhl-Black Forest)
14	BAD UBERKINGEN, OTTO THERME	Bad Bellingen, borehole III (1)
19	N2	BF22
21	W	W/H
32	0.19	0.46
33	0.17	0.46
36	23.8	6.44e-07
37	30.0	36.0
53	University of Cambridge collection, 1994	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER155

Column	Version 1	Version 2
2	48.55	47.75
4	48.0	47.0
5	33.0	45.0
7	9.417	7.55
9	9.0	7.0
10	25.02	33.0
11	3.0	01,03
13	URACH-KIRCHHEIM	Rhine Graben Upper (Kaiserstuhl-Black Forest)
14	BEUREN, WELL 1	Bad Bellingen, borehole III (2)
19	G6	E27
21	W	G/H
32	0.14	0.45
33	0.13	0.42
36	18.2	5.88e-07
37	18.0	6.0
51		-11.27
53	University of Cambridge collection, 1994	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER156

Column	Version 1	Version 2
2	48.45	47.75
4	48.0	47.0
5	27.0	45.0
7	8.85	7.55
9	8.0	7.0
10	51.0	33.0
11	3.0	01,03
13	URACH-KIRCHHEIM	Rhine Graben Upper (Kaiserstuhl-Black Forest)
14	BORSTINGEN, AGEFCO	Bad Bellingen, Markusquelle (1) spring
19	G10	BF21
21	G	W/S
32	0.91	0.59
33	0.91	0.59
36	127.4	8.26e-07
37	83.0	8.0
53	University of Cambridge collection, 1994	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER157

Column	Version 1	Version 2
2	48.7	47.75
4	48.0	47.0
5	42.0	45.0
7	9.733	7.55
9	9.0	7.0
10	43.98	33.0
11	3.0	01,03
13	URACH-KIRCHHEIM	Rhine Graben Upper (Kaiserstuhl-Black Forest)
14	EISLINGEN FILLS, BARBAROSSAQUELLE	Bad Bellingen, Markusquelle (2) spring
19	N3	E26
21	W/S	G/S
32	0.93	0.5
33	0.93	0.43
36	130.2	6.02e-07
37	25.0	3.0
51		-10.43
53	University of Cambridge collection, 1994	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER158

Column	Version 1	Version 2
2	48.4	48.433
5	24.0	25.98
7	9.3	8.233
9	9.0	8.0
10	18.0	13.98
11	3.0	01,03
13	URACH-KIRCHHEIM	Rhine Graben Upper (Kaiserstuhl-Black Forest)
14	KLEINENGSTINGEN SBR.	Bad Griesbach, Rench 3 spring
19	G8	BF2
21	W	W/S
32	1.14	0.12
33	1.14	0.1
36	159.6	1.4e-07
37	167.0	14.0
43		(R/Ra)c indicated as 0.34 in Tab.2 [Griesshaber et al., 1992]
51		-7.84
53	University of Cambridge collection, 1994	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER159

Column	Version 1	Version 2
2	48.5	48.8
5	30.0	48.0
7	9.417	8.433
9	9.0	8.0
10	25.02	25.98
11	3.0	01,03
13	URACH-KIRCHHEIM	Rhine Graben Upper (Kaiserstuhl-Black Forest)
14	URACH, THERMALQUELLE	Bad Herrenalb, borehole I
19	G7	BF7
21	W	W/H
32	0.62	0.03
33	0.62	0.01
36	86.8	1.4e-08
37	29.0	6.0
53	University of Cambridge collection, 1994	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER160

Column	Version 1	Version 2
2	48.433	48.8
5	25.98	48.0
7	8.867	8.433
10	52.02	25.98
11	3.0	01,03
13	URACH-KIRCHHEIM	Rhine Graben Upper (Kaiserstuhl-Black Forest)
14	WACHENDORF, WELL 26	Bad Herrenalb, borehole II
19	G13	BF5
21	G	W/H
32	0.93	0.04
33	0.93	0.04
36	130.2	5.6e-08
37	96.0	98.0
53	University of Cambridge collection, 1994	Griesshaber et al., 1992; University of Cambridge collection, 1994

GER161

Column	Version 1	Version 2
2	50.167	47.933
4	50.0	47.0
5	10.02	55.98
7	6.633	7.733
9	6.0	7.0
10	37.98	43.98
11	1,3	03
13	West Eifel (Renish Massif):	Rhine Graben Upper (Kaiserstuhl-Black Forest)
14	Birresborn, Adonisquelle spring	Bad Krozingen, borehole 2
19	D13	BF19
21	G/S	W
32	3.06	1.04
33	3.1	1.06
36	434.0	1.484e-06
37	231.0	0.7
51	-3.98
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	University of Cambridge collection, 1994

GER162

Column	Version 1	Version 2
2	50.217	47.933
4	50.0	47.0
5	13.02	55.98
7	6.583	7.733
9	6.0	7.0
10	34.98	43.98
11	1,3	01,03
13	West Eifel (Renish Massif):	Rhine Graben Upper (Kaiserstuhl-Black Forest)
14	Budesheim, Sauerbrunnen spring (in the forest)	Bad Krozingen, borehole IV
19	D11	BF18
21	W/S	W/H
32	2.4	1.73
33	2.43	1.73
36	340.2	2.422e-06
37	16.0	96.0
51		-6.0

GER163

Column	Version 1	Version 2
2	50.183	47.933
4	50.0	47.0
5	10.98	55.98
7	6.833	7.733
9	6.0	7.0
10	49.98	43.98
11	1,3	03
13	West Eifel (Renish Massif):	Rhine Graben Upper (Kaiserstuhl-Black Forest)
14	Daun, Adelheidquelle spring	Bad Krozingen, spring 3
19	D6	E24
21	G/S	G
32	4.01	2.59
33	4.03	2.6
36	564.2	3.64e-06
37	49.0	59.0
51	-5.67
53	Griesshaber et al., 1992; University of Cambridge collection, 1994	University of Cambridge collection, 1994

GER164

Column	Version 1	Version 2
2	50.25	48.767
4	50.0	48.0
5	15.0	46.02
7	6.833	8.733
9	6.0	8.0
10	49.98	43.98
11	1,3	01,03
13	West Eifel (Renish Massif):	Rhine Graben Upper (Kaiserstuhl-Black Forest)
14	Dreis, Marienquelle spring	Bad Liebenzell spring
19	D7	G41
21	G/S	W
32	2.77	0.12
33	3.5	0.01
36	490.0	1.4e-08
37	3.0	2.0
51	-5.5	-21.28

GER165

Column	Version 1	Version 2
2	50.217	48.417
4	50.0	48.0
5	13.02	25.02
7	6.667	8.217
9	6.0	8.0
10	40.02	13.02
11	1,3	01,03
13	West Eifel (Renish Massif):	Rhine Graben Upper (Kaiserstuhl-Black Forest)
14	Gerolstein, Glees Sauerbrunnen Drees	Bad Peterstal, Freyersbach spring
19	D9	G27
21	W/S	G/S
32	3.26	0.34
33	3.3	0.34
36	462.0	4.76e-07
37	14.0	1427.0
51	-6.57

GER166

Column	Version 1	Version 2
2	50.05	48.433
4	50.0	48.0
5	3.0	25.98
7	6.667	8.333
9	6.0	8.0
10	40.02	19.98
11	1,3	01,03
13	West Eifel (Renish Massif):	Rhine Graben Upper (Kaiserstuhl-Black Forest)
14	Steinborn, Sauerbrunnen spring	Bad Rippoldsau, borehole
17		200.0
19	D16	BF10
21	W/S	W/H
32	3.35	0.44
33	3.4	0.44
36	476.0	6.16e-07
37	13.0	95.0
51	-6.59

GER167

Column	Version 1	Version 2
2	50.133	48.433
4	50.0	48.0
5	7.98	25.98
7	6.717	8.333
9	6.0	8.0
10	43.02	19.98
11	1,3	01,03
13	West Eifel (Renish Massif):	Rhine Graben Upper (Kaiserstuhl-Black Forest)
14	Wallenborn, Sauerbrunnen spring	Bad Rippoldsau, borehole
17		300.0
19	D15	BF11
21	G/S	W/H
32	3.0	0.55
33	3.0	0.55
36	420.0	7.7e-07
37	228.0	281.0
51		-7.31

GER168

Column	Version 1	Version 2
2	50.42	48.8
4	50.0	48.0
5	25.2	48.0
7	12.0383333333	8.317
9	12.0	8.0
10	2.3	19.02
11	4.0	03
13		Rhine Graben Upper (Kaiserstuhl-Black Forest)
14	Neumuhle, well	Bad Rotenfels, borehole
17		225.0
19	1.0	BF12
21		W/H
24	20200.0
32		0.05
33	0.18	0.05
36	25.2	7e-08
37		207.0
47	200.0
48	1520.0
51	-17.8
53	Weinlich F.H. et al., 1999	University of Cambridge collection, 1994

GER169

Column	Version 1	Version 2
2	50.405	47.567
4	50.0	47.0
5	24.3	34.02
7	12.12	7.933
9	12.0	7.0
10	7.2	55.98
11	4.0	01,03
13		Rhine Graben Upper (Kaiserstuhl-Black Forest)
14	Schonbrunn, mine	Bad Sackingen, Badquelle spring
19	2.0	BF23
21		W/S
24	7700.0
32		0.13
33	0.71	0.13
36	99.4	1.82e-07
37		65.0
47	7000.0
48	4540.0
51	-17.4
53	Weinlich F.H. et al., 1999	Griesshaber et al., 1992; University of Cambridge collection, 1994

GRE007

Column	Version 1	Version 2
2	41.6833333333	38.417
4	41.0	38.0
5	41.0	25.02
7	24.4166666667	23.867
9	24.0	23.0
10	25.0	52.02
11	2.0	01
13	Milos Isl. (Hellenic Volcanic Arc)	Hellenic Volcanic Arc, Chios Isl.
14	Milos Isl., area 10 A, shoal	AGIASMATA
16	19940000.0
17	10.0
19	21.0	GR38
23		WATER;BURIED TANK AT CLIFF BASE;OVERFLOW AT TOP;NO H2S;ORANGE STAIN(SEE NOTES);
25	0.04084
27	0.1454
32	1.13656069364	3.94
33		4.28
34	157.3
35	>
36	157.3	5.992e-06
37		2.5
53	Botz et al., 1996	University of Cambridge He database, 1994, unpubl.

GRE008

Column	Version 1	Version 2
2	41.6833333333	36.85
4	41.0	36.0
5	41.0	51.0
7	24.4166666667	27.267
9	24.0	27.0
10	25.0	16.02
11	2.0	01
13	Milos Isl. (Hellenic Volcanic Arc)	Hellenic Volcanic Arc, Cos Isl.
14	Milos Isl., area 10 A, shoal	KOKKINERO/BORKA
16	19940000.0
17	10.0
19	22.0	GR39
21		G/S
23		GAS;SPRING AT CLIFF BASE IN BEDDED LS/MARBLE;BUBBLY;H2S;CO2;PRESSURE?(SEE NOTES)
25	0.04132
27	0.1449
32	1.16184971098	2.12
33		2.14
34	160.8
35	>
36	160.8	2.996e-06
37		17.2
53	Botz et al., 1996	University of Cambridge He database, 1994, unpubl.

GRE009

Column	Version 1	Version 2
2	41.6833333333	39.133
4	41.0	39.0
5	41.0	7.98
7	24.4166666667	26.533
9	24.0	26.0
10	25.0	31.98
11	2.0	01
13	Milos Isl. (Hellenic Volcanic Arc)	Hellenic Volcanic Arc, Lesbos Isl.
14	Milos Isl., area 10 A, shoal	KOLPOS GERAS
16	19940000.0
17	10.0
19	31.0	GR42
23		WATER;BATHS ON SEA-SHORE FED BY SPRINGS;SAMPLE FROM SPRING EMERGENCE;FEW BUBBLES
25	0.0452
27	0.1453
32	1.28395953757	0.42
33		0.4
34	177.7
35	>
36	177.7	5.6e-07
37		6.3
53	Botz et al., 1996	University of Cambridge He database, 1994, unpubl.

GRE010

Column	Version 1	Version 2
2	41.6833333333	39.35
4	41.0	39.0
5	41.0	21.0
7	24.4166666667	26.35
9	24.0	26.0
10	25.0	21.0
11	2.0	01
13	Milos Isl. (Hellenic Volcanic Arc)	Hellenic Volcanic Arc, Lesbos Isl.
14	Milos Isl., area 10 A, shoal	LEPETYMNOS
16	19940000.0
17	10.0
19	35.0	GR46
23		WATER;B/HOLE 25M FROM SHORE;WEAK FLOW-FEW BUBBLES;WATER SALINE;FE;
25	0.04474
27	0.1451
32	1.27528901734	0.83
33		0.8
34	176.5
35	>
36	176.5	1.12e-06
37		1.5
53	Botz et al., 1996	University of Cambridge He database, 1994, unpubl.

GRE011

Column	Version 1	Version 2
2	41.6833333333	39.067
4	41.0	39.0
5	41.0	4.02
7	24.4166666667	26.183
9	24.0	26.0
10	25.0	10.98
11	2.0	01
13	Milos Isl. (Hellenic Volcanic Arc)	Hellenic Volcanic Arc, Lesbos Isl.
14	Milos Isl., area 10 A, shoal	LISVORI
16	19940000.0
17	10.0
19	36.0	GR43
21		G
23		GAS;SMALL COUNTRY BATHS WITH NATURAL BUBBLING POOLS;WEAK H2S SMELL;
25	0.04107
27	0.1439
32	1.16329479769	1.19
33		1.2
34	161.0
35	>
36	161.0	1.68e-06
37		7.8
53	Botz et al., 1996	University of Cambridge He database, 1994, unpubl.

GRE012

Column	Version 1	Version 2
2	41.6833333333	39.067
4	41.0	39.0
5	41.0	4.02
7	24.4166666667	26.167
9	24.0	26.0
10	25.0	10.02
11	2.0	01
13	Milos Isl. (Hellenic Volcanic Arc)	Hellenic Volcanic Arc, Lesbos Isl.
14	Milos Isl., area 10 A, shoal	POLYCHNITOS
16	19940000.0
17	10.0
19	38.0	GR44
21		G
23		GAS;VERY HOT WATER;BUBBLING POOLS FEED MAIN GULLEY;MUCH FE & PPTES;
25	0.04182
27	0.1448
32	1.18352601156	0.87
33		0.86
34	163.8
35	>
36	163.8	1.204e-06
37		4.2
53	Botz et al., 1996	University of Cambridge He database, 1994, unpubl.

GRE013

Column	Version 1	Version 2
2	41.6833333333	36.733
4	41.0	36.0
5	41.0	43.98
7	24.4166666667	24.45
10	25.0	27.0
11	2.0	01
13	Milos Isl. (Hellenic Volcanic Arc)	Hellenic Volcanic Arc, Milos Isl.
14	Milos Isl., area 10 A, shoal	ADAMAS NO.1
16	19940000.0
17	10.0
19	40.0	GR51
21		G/H
23		GAS;SAMPLE FROM WELL HEAD;H2S;
25	0.04371
27	0.1474
32	1.20086705202	3.07
33		3.14
34	166.2
35	>
36	166.2	4.396e-06
37		8.2
53	Botz et al., 1996	University of Cambridge He database, 1994, unpubl.

GRE014

Column	Version 1	Version 2
2	41.6833333333	36.7
4	41.0	36.0
5	41.0	42.0
7	24.4166666667	24.483
10	25.0	28.98
11	2.0	01
13	Milos Isl. (Hellenic Volcanic Arc)	Hellenic Volcanic Arc, Milos Isl.
14	Milos Isl., area 10 A, shoal	KANAVAS
16	19940000.0
17	10.0
19	42.0	GR49
21		G/S
23		GAS;BUBBLING SAND IN TIDAL POOL;SRINGS UNDERWATER;
25	0.04501
27	0.1469
32	1.26806358382	3.43
33		4.07
34	175.5
35	>
36	175.5	5.698e-06
37		1.2
53	Botz et al., 1996	University of Cambridge He database, 1994, unpubl.

GRE015

Column	Version 1	Version 2
2	41.6833333333	36.683
4	41.0	36.0
5	41.0	40.98
7	24.4166666667	24.533
10	25.0	31.98
11	2.0	01
13	Milos Isl. (Hellenic Volcanic Arc)	Hellenic Volcanic Arc, Milos Isl.
14	Milos Isl., area 10 A, shoal	KIMBOS
16	19940000.0
17	10.0
19	43.0	GR53
23		WATER;20M WELL;WATER PUMPED FROMBOTTOM;POTABLE AND FRESH;
25	0.04518
27	0.1466
32	1.27023121387	2.54
33		2.73
34	175.8
35	>
36	175.8	3.822e-06
37		2.4
53	Botz et al., 1996	University of Cambridge He database, 1994, unpubl.

GRE016

Column	Version 1	Version 2
2	41.6833333333	36.6833333333
4	41.0	36.0
11	2.0	02
13	Milos Isl. (Hellenic Volcanic Arc)	Hellenic Volcanic Arc, Milos Isl.
19	44.0	21.0
25	0.04368	4.084e-08
27	0.1469	1.454e-07
32	1.22615606936	1.13656069364
34	169.7	1.573e-06
35	>	≥
36	169.7	1.573e-06

GRE017

Column	Version 1	Version 2
2	41.6833333333	36.6833333333
4	41.0	36.0
11	2.0	02
13	Milos Isl. (Hellenic Volcanic Arc)	Hellenic Volcanic Arc, Milos Isl.
19	47.0	22.0
25	0.04387	4.132e-08
27	0.1463	1.449e-07
32	1.2348265896	1.16184971098
34	170.9	1.608e-06
35	>	≥
36	170.9	1.608e-06

GRE018

Column	Version 1	Version 2
2	41.6833333333	36.6833333333
4	41.0	36.0
11	2.0	02
13	Milos Isl. (Hellenic Volcanic Arc)	Hellenic Volcanic Arc, Milos Isl.
19	49.0	31.0
25	0.04559	4.52e-08
27	0.1469	1.453e-07
34	177.7	1.777e-06
35	>	≥
36	177.7	1.777e-06

GRE019

Column	Version 1	Version 2
2	41.6833333333	36.6833333333
4	41.0	36.0
11	2.0	02
13	Milos Isl. (Hellenic Volcanic Arc)	Hellenic Volcanic Arc, Milos Isl.
14	Milos Isl., bay west of Paleohori	Milos Isl., area 10 A, shoal
17		10.0
19	11.0	35.0
25	0.03865	4.474e-08
27	0.1441	1.451e-07
32	1.06286127168	1.27528901734
34	147.1	1.765e-06
35	>	≥
36	147.1	1.765e-06

GRE020

Column	Version 1	Version 2
2	41.6833333333	36.6833333333
4	41.0	36.0
11	2.0	02
13	Milos Isl. (Hellenic Volcanic Arc)	Hellenic Volcanic Arc, Milos Isl.
14	Milos Isl., bay west of Paleohori	Milos Isl., area 10 A, shoal
17		10.0
19	12.0	36.0
25	0.0386	4.107e-08
27	0.1444	1.439e-07
32	1.06286127168	1.16329479769
34	147.1	1.61e-06
35	>	≥
36	147.1	1.61e-06

GRE021

Column	Version 1	Version 2
2	36.733	36.6833333333
5	43.98	41.0
7	24.45	24.4166666667
10	27.0	25.0
11	1.0	02
13		Hellenic Volcanic Arc, Milos Isl.
14	ADAMAS NO.1 - MILOS ISLAND	Milos Isl., area 10 A, shoal
16		19940000.0
17		10.0
19	GR51	38.0
20	-
21	G/H
23	GAS;SAMPLE FROM WELL HEAD;H2S;
25		4.182e-08
27		1.448e-07
32	3.07	1.18352601156
33	3.14
34		1.638e-06
35		≥
36	439.6	1.638e-06
37	8.2
53	University of Cambridge He database, 1994, unpubl.	Botz et al., 1996

GRE022

Column	Version 1	Version 2
2	39.967	36.6833333333
4	39.0	36.0
5	58.02	41.0
7	23.467	24.4166666667
9	23.0	24.0
10	28.02	25.0
11	1.0	02
13		Hellenic Volcanic Arc, Milos Isl.
14	AGHIA PARSKEVI BATH - CHALKIDIK	Milos Isl., area 10 A, shoal
16		19940000.0
17		10.0
19	GR20	40.0
20	-
21	W/C
23	WATER;PIPE DRAWS FROM POOL BASE
25		4.371e-08
27		1.474e-07
32	0.72	1.20086705202
33	0.66
34		1.662e-06
35		≥
36	92.4	1.662e-06
37	1.6
53	University of Cambridge He database, 1994, unpubl.	Botz et al., 1996

GRE023

Column	Version 1	Version 2
2	38.417	36.6833333333
4	38.0	36.0
5	25.02	41.0
7	23.867	24.4166666667
9	23.0	24.0
10	52.02	25.0
11	1.0	02
13		Hellenic Volcanic Arc, Milos Isl.
14	AGIASMATA - CHIOS ISLAND	Milos Isl., area 10 A, shoal
16		19940000.0
17		10.0
19	GR38	42.0
20	-
21	W/C
23	WATER;BURIED TANK AT CLIFF BASE;OVERFLOW AT TOP;NO H2S;ORANGE STAIN(SEE NOTES);
25		4.501e-08
27		1.469e-07
32	3.94	1.26806358382
33	4.28
34		1.755e-06
35		≥
36	599.2	1.755e-06
37	2.5
53	University of Cambridge He database, 1994, unpubl.	Botz et al., 1996

GRE024

Column	Version 1	Version 2
2	41.35	36.6833333333
4	41.0	36.0
5	21.0	41.0
7	23.483	24.4166666667
9	23.0	24.0
10	28.98	25.0
11	1.0	02
13		Hellenic Volcanic Arc, Milos Isl.
14	ANGISTRO LOUTRA 1 (HAMAN-TYPE BATH)	Milos Isl., area 10 A, shoal
16		19940000.0
17		10.0
19	GR23	43.0
20	-
21	W/C
23	WATER;GOOD BUBBLE-FREE FLOW;SAMPLE FROM LEFT OF 3 PIPES EMPTYING INTO BATH;
25		4.518e-08
27		1.466e-07
32	0.57	1.27023121387
33	0.56
34		1.758e-06
35		≥
36	78.4	1.758e-06
37	11.8
53	University of Cambridge He database, 1994, unpubl.	Botz et al., 1996

GRE025

Column	Version 1	Version 2
2	41.35	36.6833333333
4	41.0	36.0
5	21.0	41.0
7	23.483	24.4166666667
9	23.0	24.0
10	28.98	25.0
11	1.0	02
13		Hellenic Volcanic Arc, Milos Isl.
14	ANGISTRO LOUTRA 2 (HAMAN-TYPE BATH)	Milos Isl., area 10 A, shoal
16		19940000.0
17		10.0
19	GR24	44.0
20	-
21	W/C
23	WATER;POOL SUPPLIED BY SEVERAL SPRINGS;CHARACTERISTIC POOL GROWTHS;NO H2S;
25		4.368e-08
27		1.469e-07
32	0.57	1.22615606936
33	0.56
34		1.697e-06
35		≥
36	78.4	1.697e-06
37	13.7
53	University of Cambridge He database, 1994, unpubl.	Botz et al., 1996

GRE026

Column	Version 1	Version 2
2	38.85	36.6833333333
4	38.0	36.0
5	51.0	41.0
7	22.05	24.4166666667
9	22.0	24.0
10	3.0	25.0
11	1.0	02
13		Hellenic Volcanic Arc, Milos Isl.
14	EDIPSOS - MAIN SPA BH#2	Milos Isl., area 10 A, shoal
16		19940000.0
17		10.0
19	GR67	47.0
20	-
21	G/S (?)
23	GAS;V.MUCH PPTE;"SCALDED MY FOOT BY WATER WHILE PLACING THE FUNNEL FOR GAS";
25		4.387e-08
27		1.463e-07
32	0.45	1.2348265896
33	0.44
34		1.709e-06
35		≥
36	61.6	1.709e-06
37	21.6
53	University of Cambridge He database, 1994, unpubl.	Botz et al., 1996

GRE027

Column	Version 1	Version 2
2	39.133	36.6833333333
4	39.0	36.0
5	7.98	41.0
7	22.133	24.4166666667
9	22.0	24.0
10	7.98	25.0
11	1.0	02
13		Hellenic Volcanic Arc, Milos Isl.
14	KAITSA BATHS	Milos Isl., area 10 A, shoal
16		19940000.0
17		10.0
19	GR8	49.0
20	-
21	W/S
23	WATER;SPRING EMERGES 4M ABOVE BATHHOUSE FLOOR;SLIGHT DEGASSING;
25		4.559e-08
27		1.469e-07
32	0.06	1.28395953757
33	0.03
34		1.777e-06
35		≥
36	4.2	1.777e-06
37	7.4
53	University of Cambridge He database, 1994, unpubl.	Botz et al., 1996

GRE028

Column	Version 1	Version 2
2	38.783	36.6833333333
4	38.0	36.0
5	46.98	41.0
7	22.883	24.4166666667
9	22.0	24.0
10	52.98	25.0
11	1.0	02
13		Hellenic Volcanic Arc, Milos Isl.
14	KAMENA VOURLA	Milos Isl., bay west of Paleohori
16		19940000.0
19	GR1	11.0
20	-
21	W/S
23	WATER;(ENCLOSED)CISTERN COLLECTS SPRING WATERS-SAMPLE AS DEEP AS POSS(SEE NOTES)
25		3.865e-08
27		1.441e-07
32	0.5	1.06286127168
33	0.17
34		1.471e-06
35		≥
36	23.8	1.471e-06
37	0.6
53	University of Cambridge He database, 1994, unpubl.	Botz et al., 1996

GRE029

Column	Version 1	Version 2
2	36.7	36.6833333333
5	42.0	41.0
7	24.483	24.4166666667
10	28.98	25.0
11	1.0	02
13		Hellenic Volcanic Arc, Milos Isl.
14	KANAVAS - MILOS ISLAND	Milos Isl., bay west of Paleohori
16		19940000.0
19	GR49	12.0
20	-
21	G/S
23	GAS;BUBBLING SAND IN TIDAL POOL;SRINGS UNDERWATER;
25		3.86e-08
27		1.444e-07
32	3.43	1.06286127168
33	4.07
34		1.471e-06
35		≥
36	569.8	1.471e-06
37	1.2
53	University of Cambridge He database, 1994, unpubl.	Botz et al., 1996

GRE030

Column	Version 1	Version 2
2	36.683	36.7
5	40.98	42.0
7	24.533	24.567
10	31.98	34.02
11	1.0	01
13		Hellenic Volcanic Arc, Milos Isl.
14	KIMBOS - MILOS ISLAND	MILOS NO.3
19	GR53	GR52
20	-
21	W/H
23	WATER;20M WELL;WATER PUMPED FROMBOTTOM;POTABLE AND FRESH;	WATER;SALINE;WELL HEAD SIDE VALVE;RUN FOR ABOUT 10 MINS BEFORE SAMPLING;
32	2.54	2.87
33	2.73	2.96
36	382.2	4.144e-06
37	2.4	5.6

GRE031

Column	Version 1	Version 2
2	36.85	39.967
4	36.0	39.0
5	51.0	58.02
7	27.267	23.467
9	27.0	23.0
10	16.02	28.02
11	1.0	01
14	KOKKINERO/BORKA - COS ISLAND	AGHIA PARSKEVI BATH - CHALKIDIK
19	GR39	GR20
20	-
21	G/S
23	GAS;SPRING AT CLIFF BASE IN BEDDED LS/MARBLE;BUBBLY;H2S;CO2;PRESSURE?(SEE NOTES)	WATER;PIPE DRAWS FROM POOL BASE
32	2.12	0.72
33	2.14	0.66
36	299.6	9.24e-07
37	17.2	1.6

GRE032

Column	Version 1	Version 2
2	39.817	41.35
4	39.0	41.0
5	49.02	21.0
7	22.8	23.483
9	22.0	23.0
10	48.0	28.98
11	1.0	01
14	KOKKINO NERO SPRING POOL	ANGISTRO LOUTRA 1 (HAMAN-TYPE BATH)
19	GR75A	GR23
20	-
21	G/S
23	GAS;CO2-RICH SPRING;SAMPLE FROM LARGE BUBBLING POOL IN RIVER BED;	WATER;GOOD BUBBLE-FREE FLOW;SAMPLE FROM LEFT OF 3 PIPES EMPTYING INTO BATH;
32	0.88	0.57
33	-	0.56
34	123.2
35	<=
36	123.0	7.84e-07
37	0.2	11.8

GRE033

Column	Version 1	Version 2
2	39.133	41.35
4	39.0	41.0
5	7.98	21.0
7	26.533	23.483
9	26.0	23.0
10	31.98	28.98
11	1.0	01
14	KOLPOS GERAS - LESBOS ISLAND	ANGISTRO LOUTRA 2 (HAMAN-TYPE BATH)
19	GR42	GR24
20	-
21	W/C
23	WATER;BATHS ON SEA-SHORE FED BY SPRINGS;SAMPLE FROM SPRING EMERGENCE;FEW BUBBLES	WATER;POOL SUPPLIED BY SEVERAL SPRINGS;CHARACTERISTIC POOL GROWTHS;NO H2S;
32	0.42	0.57
33	0.4	0.56
36	56.0	7.84e-07
37	6.3	13.7

GRE034

Column	Version 1	Version 2
2	40.75	38.85
4	40.0	38.0
5	45.0	51.0
7	23.067	22.05
9	23.0	22.0
10	4.02	3.0
11	1.0	01
14	LAGADAS 2	EDIPSOS - MAIN SPA BH#2
19	GR15	GR67
20	-
21	W/H	G/S
23	WATER;GOOD BUBBLE-FREE FLOW;SOME DEGASSING;36M B/HOLE IN YARD;LEAFLET(SEE NOTES)	GAS;V.MUCH PPTE;"SCALDED MY FOOT BY WATER WHILE PLACING THE FUNNEL FOR GAS";
32	0.06	0.45
33	0.05	0.44
36	7.0	6.16e-07
37	20.2	21.6

GRE035

Column	Version 1	Version 2
2	39.633	39.133
5	37.98	7.98
7	22.417	22.133
10	25.02	7.98
11	1.0	01
14	LARISSA IRRIGATION BOREHOLE LB207	KAITSA BATHS
19	GR37	GR8
20	-
21	W/H	W/S
23	WATER;GOOD FLOW FROM TAP AT WELL HEAD;OCCAISIONAL BUBBLES;	WATER;SPRING EMERGES 4M ABOVE BATHHOUSE FLOOR;SLIGHT DEGASSING;
32	0.81	0.06
33	1.37	0.03
35	>
36	191.8	4.2e-08
37	0.2	7.4

GRE036

Column	Version 1	Version 2
2	39.35	38.783
4	39.0	38.0
5	21.0	46.98
7	26.35	22.883
9	26.0	22.0
10	21.0	52.98
11	1.0	01
14	LEPETYMNOS - LESBOS ISLAND	KAMENA VOURLA
19	GR46	GR1
20	-
21	W/H	W/S
23	WATER;B/HOLE 25M FROM SHORE;WEAK FLOW-FEW BUBBLES;WATER SALINE;FE;	WATER;(ENCLOSED)CISTERN COLLECTS SPRING WATERS-SAMPLE AS DEEP AS POSS(SEE NOTES)
32	0.83	0.5
33	0.8	0.17
36	112.0	2.38e-07
37	1.5	0.6

GRE037

Column	Version 1	Version 2
2	39.067	39.817
5	4.02	49.02
7	26.183	22.8
9	26.0	22.0
10	10.98	48.0
11	1.0	01
14	LISVORI- LESBOS ISLAND	KOKKINO NERO SPRING POOL
19	GR43	GR75A
20	-
21	G/C	G/S
23	GAS;SMALL COUNTRY BATHS WITH NATURAL BUBBLING POOLS;WEAK H2S SMELL;	GAS;CO2-RICH SPRING;SAMPLE FROM LARGE BUBBLING POOL IN RIVER BED;
32	1.19	0.88
33	1.2
34		1.232e-06
35		<=
36	168.0	1.23e-06
37	7.8	0.2

GRE038

Column	Version 1	Version 2
2	41.217	40.75
4	41.0	40.0
5	13.02	45.0
7	23.35	23.067
10	21.0	4.02
11	1.0	01
14	LITHOTOPOS (SERES)	LAGADAS 2
19	GR21	GR15
20	-
21	W/?
23	WATER	WATER;GOOD BUBBLE-FREE FLOW;SOME DEGASSING;36M B/HOLE IN YARD;LEAFLET(SEE NOTES)
32	0.86	0.06
33	3.12	0.05
35	>
36	436.8	7e-08
37	0.2	20.2

GRE039

Column	Version 1	Version 2
2	37.583	39.633
4	37.0	39.0
5	34.98	37.98
7	23.4	22.417
9	23.0	22.0
10	24.0	25.02
11	1.0	01
14	LOUTRA AGIOU NICOLAOU BATH SPRING - "OLD BATHS"	LARISSA IRRIGATION BOREHOLE LB207
19	GR87A	GR37
20	-
21	G/S
23	GAS;UNDERGROUND SPRING POOL;V.GASSY WATER;DENSE	WATER;GOOD FLOW FROM TAP AT WELL HEAD;OCCAISIONAL BUBBLES;
32	1.53	0.81
33	1.65	1.37
35		≥
36	231.0	1.918e-06
37	1.4	0.2

GRE040

Column	Version 1	Version 2
2	40.967	41.217
4	40.0	41.0
5	58.02	13.02
7	22.0	23.35
9	22.0	23.0
10	0.0	21.0
11	1.0	01
14	LOUTRA ARIDEAS BATH (EDESSA)	LITHOTOPOS (SERES)
19	GR59A	GR21
20	-
21	G/C	W
23	GAS;BATH UNDER RESTURANT;WATER SEEPS INTO POOL& HAS MANY BUBBLES;REPORTED PH=6.8
32	0.77	0.86
33	0.68	3.12
35		≥
36	95.2	4.368e-06
37	0.9	0.2

GRE041

Column	Version 1	Version 2
2	38.95	37.583
4	38.0	37.0
5	57.0	34.98
7	21.217	23.4
9	21.0	23.0
10	13.02	24.0
11	1.0	01
14	LOUTRA CHALKIOPOULOU RIVER SPRING	LOUTRA AGIOU NICOLAOU BATH SPRING - "OLD BATHS"
19	GR97A	GR87A
20	-
21	G/C	G/S
23	GAS;SPRINGS CLOSE TO RIVER BED;WELL IN 3 CATCHMENTS(NOTES);SAMPLE:OPEN;	GAS;UNDERGROUND SPRING POOL;V.GASSY WATER;DENSE
32	0.06	1.53
33	0.03	1.65
36	4.2	2.31e-06
37	9.2	1.4

GRE042

Column	Version 1	Version 2
2	40.8	40.967
5	48.0	58.02
7	23.883	22.0
9	23.0	22.0
10	52.98	0.0
11	1.0	01
14	LOUTRA ELEFTHERON AGIA MARINA	LOUTRA ARIDEAS BATH (EDESSA)
19	GR35	GR59A
20	-
21	W/S	G
23	WATER;SPRING FROM ROCK CREVICE;STEADY FLOW;H2S SMELL;WATER DEGASSES-O.K;	GAS;BATH UNDER RESTAURANT;WATER SEEPS INTO POOL& HAS MANY BUBBLES
32	0.38	0.77
33	0.36	0.68
36	50.4	9.52e-07
37	13.2	0.9

GRE043

Column	Version 1	Version 2
2	40.8	38.95
4	40.0	38.0
5	48.0	57.0
7	23.883	21.217
9	23.0	21.0
10	52.98	13.02
11	1.0	01
14	LOUTRA ELEFTHERON AGIA MARINA	LOUTRA CHALKIOPOULOU RIVER SPRING
19	GR34	GR97A
20	-
21	W/S	G
23	WATER;SPRING WITH WEAKLY BUBBLY POOL AT FOOT OF STEEP HILLSIDE;	GAS;SPRINGS CLOSE TO RIVER BED;WELL IN 3 CATCHMENTS(NOTES);SAMPLE:OPEN;
32	0.58	0.06
33	0.48	0.03
36	67.2	4.2e-08
37	1.3	9.2

GRE044

Column	Version 1	Version 2
11	1.0	01
14	LOUTRA ELEFTHERON ALEXANDER	LOUTRA ELEFTHERON AGIA MARINA
19	GR33	GR35
20	-
23	WATER;SPRING DOWN MANHOLE;BUBBLY FLOW WITH LOTS OF GAS;DIFFICULT-BUT EVENT.FINE;	WATER;SPRING FROM ROCK CREVICE;STEADY FLOW;H2S SMELL;WATER DEGASSES-O.K;
32	0.35	0.38
33	0.35	0.36
36	49.0	5.04e-07
37		13.2

GRE045

Column	Version 1	Version 2
11	1.0	01
14	LOUTRA ELEFTHERON ANAVLIZOUSA	LOUTRA ELEFTHERON AGIA MARINA
19	GR32	GR34
20	-
21	W/C	W/S
23	WATER-FROM BOTTOM;H2S SMELL FROM BUBBLING ROCK/SANDY POOL WITH BATH BUILT AROUND	WATER;SPRING WITH WEAKLY BUBBLY POOL AT FOOT OF STEEP HILLSIDE;
32	0.38	0.58
33	0.36	0.48
36	50.4	6.72e-07
37	7.6	1.3

GRE046

Column	Version 1	Version 2
11	1.0	01
14	LOUTRA ELEFTHERON PALEA PIGI	LOUTRA ELEFTHERON ALEXANDER
19	GR36	GR33
20	-
21	W/C	W/S
23	WATER;SMALL BUBBLING(H2S)POOL(1M DIA.)FED BY HOT SPRING FROM ROCK;STEADY FLOW;	WATER;SPRING DOWN MANHOLE;BUBBLY FLOW WITH LOTS OF GAS;DIFFICULT-BUT EVENT.FINE;
32	0.36	0.35
33	0.36	0.35
36	50.4	4.9e-07
37	24.1

GRE047

Column	Version 1	Version 2
2	40.15	40.8
5	9.0	48.0
7	20.6	23.883
9	20.0	23.0
10	36.0	52.98
11	1.0	01
14	LOUTRA KAVISALA (KONITSIS)	LOUTRA ELEFTHERON ANAVLIZOUSA
19	GR55	GR32
20	-
21	W/C
23	WATER;STRONG H2S SMELL;WATER IN POOL PUMPED TO BATHS;SAMPLE FROM FAST-FLOW PIPE;	WATER-FROM BOTTOM;H2S SMELL FROM BUBBLING ROCK/SANDY POOL WITH BATH BUILT AROUND
32	0.03	0.38
33	0.02	0.36
36	2.8	5.04e-07
37	27.2	7.6

GRE048

Column	Version 1	Version 2
2	40.633	40.8
5	37.98	48.0
7	23.383	23.883
10	22.98	52.98
11	1.0	01
14	LOUTRA NEAS APPOLONIAS - THESS.	LOUTRA ELEFTHERON PALEA PIGI
19	GR28	GR36
20	-
21	W/C
23	WATER-FROM 1ST TAP;STRAY H2S SMELL;NO BUBBLES IN POOL-EXITING PIPES FEED BATHS;	WATER;SMALL BUBBLING(H2S)POOL(1M DIA.)FED BY HOT SPRING FROM ROCK;STEADY FLOW;
32	0.06	0.36
33	0.05	0.36
36	7.0	5.04e-07
37	14.9	24.1

GRE049

Column	Version 1	Version 2
2	40.85	40.15
5	51.0	9.0
7	25.883	20.6
9	25.0	20.0
10	52.98	36.0
11	1.0	01
14	LOUTRA TRAYANOUPOLIS - ALEXAND.	LOUTRA KAVISALA (KONITSIS)
19	GR31	GR55
20	-
21	W/H
23	WATER;ARTESIAN B/HOLE 55M DEEP WITH OPEN TOP & PIPE;FLOW OF SMALL BUBBLES;NO H2S	WATER;STRONG H2S SMELL;WATER IN POOL PUMPED TO BATHS;SAMPLE FROM FAST-FLOW PIPE;
32	0.42	0.03
33	0.42	0.02
36	58.8	2.8e-08
37	76.4	27.2

GRE050

Column	Version 1	Version 2
2	40.85	40.633
5	51.0	37.98
7	25.883	23.383
9	25.0	23.0
10	52.98	22.98
11	1.0	01
14	LOUTRA TRAYANOUPOLIS - ALEXAND.	LOUTRA NEAS APPOLONIAS - THESS.
19	GR30	GR28
20	-
21	W/H
23	WATER;UNPUMPED WELL PRODUCING STEADY FLOW;SAMPLE FROM 1 OF ROW OF FLOWING TAPS;	WATER-FROM 1ST TAP;STRAY H2S SMELL;NO BUBBLES IN POOL-EXITING PIPES FEED BATHS;
32	0.7	0.06
33	0.6	0.05
36	84.0	7e-08
37	1.7	14.9

GRE051

Column	Version 1	Version 2
2	37.8	40.85
4	37.0	40.0
5	48.0	51.0
7	21.1	25.883
9	21.0	25.0
10	6.0	52.98
11	1.0	01
14	LOUTRA TRIFOS	LOUTRA TRAYANOUPOLIS - ALEXAND.
19	GR95A	GR31
20	-
21	W/S
23	WATER;MOUNTAIN SPRING-COLD	WATER;ARTESIAN B/HOLE 55M DEEP WITH OPEN TOP & PIPE;FLOW OF SMALL BUBBLES;NO H2S
32	0.5	0.42
33	0.45	0.42
36	63.0	5.88e-07
37	3.4	76.4

GRE052

Column	Version 1	Version 2
2	37.733	40.85
4	37.0	40.0
5	43.98	51.0
7	21.383	25.883
9	21.0	25.0
10	22.98	52.98
11	1.0	01
14	LOUTRA XILOKEIRAS (PIRGOU)	LOUTRA TRAYANOUPOLIS - ALEXAND.
19	GR93B	GR30
20	-
21	W/C
23	WATER;LOW TEMP.SPRING ACCUMULATE IN COVERED TANK;PUMPED FOR BATH;SAMPLE FROM BED	WATER;UNPUMPED WELL PRODUCING STEADY FLOW;SAMPLE FROM 1 OF ROW OF FLOWING TAPS;
32	0.91	0.7
33	-	0.6
34	127.4
35	<=
36	127.0	8.4e-07
37	0.2	1.7

GRE053

Column	Version 1	Version 2
2	36.7	37.8
4	36.0	37.0
5	42.0	48.0
7	24.567	21.1
9	24.0	21.0
10	34.02	6.0
11	1.0	01
14	MILOS NO.3 - MILOS ISLAND	LOUTRA TRIFOS
19	GR52	GR95A
20	-
21	W/H	W/S
23	WATER;SALINE;WELL HEAD SIDE VALVE;RUN FOR ABOUT 10 MINS BEFORE SAMPLING;	WATER;MOUNTAIN SPRING-COLD
32	2.87	0.5
33	2.96	0.45
36	414.4	6.3e-07
37	5.6	3.4

GRE054

Column	Version 1	Version 2
2	40.133	37.733
4	40.0	37.0
5	7.98	43.98
7	20.583	21.383
9	20.0	21.0
10	34.98	22.98
11	1.0	01
14	NELLES - KLIDONIAS (KONITSIS)	LOUTRA XILOKEIRAS (PIRGOU)
19	GR56A	GR93B
20	-
21	W/S
23	WATER;TUBE UP COLD SPRING FROM ROCK CLEFT;H2S SMELL;V.GOOD STRONG FLOW;HEALTHY!?	WATER;LOW TEMP.SPRING ACCUMULATE IN COVERED TANK;PUMPED FOR BATH;SAMPLE FROM BED
32	0.57	0.91
33	0.49
34		1.274e-06
35		<=
36	68.6	1.27e-06
37	1.5	0.2

GRE055

Column	Version 1	Version 2
2	38.983	40.133
4	38.0	40.0
5	58.98	7.98
7	21.9	20.583
9	21.0	20.0
10	54.0	34.98
11	1.0	01
14	PLATYSTOMO 2 CLUVIO	NELLES - KLIDONIAS (KONITSIS)
19	GR7	GR56A
20	-
21	W/C	W/S
23	WATER;TAP FROM SEALED STORAGE TANK;GOOD FLOW AND BUBBLE-FREE;	WATER;TUBE UP COLD SPRING FROM ROCK CLEFT;H2S SMELL;V.GOOD STRONG FLOW;HEALTHY!?
32	0.11	0.57
33	0.08	0.49
36	11.2	6.86e-07
37	7.1	1.5

GRE056

Column	Version 1	Version 2
2	39.067	38.983
4	39.0	38.0
5	4.02	58.98
7	26.167	21.9
9	26.0	21.0
10	10.02	54.0
11	1.0	01
14	POLYCHNITOS - LESBOS ISLAND	PLATYSTOMO 2 CLUVIO
19	GR44	GR7
20	-
21	G/C
23	GAS;VERY HOT WATER;BUBBLING POOLS FEED MAIN GULLEY;MUCH FE & PPTES;	WATER;TAP FROM SEALED STORAGE TANK;GOOD FLOW AND BUBBLE-FREE;
32	0.87	0.11
33	0.86	0.08
36	120.4	1.12e-07
37	4.2	7.1

HUN014

Column	Version 1	Version 2
11	7.0	05
17	457.0	456.5
18	11.0	10.5
19	U345	U66
23	PLIOCENE RECHARGE ZONE	PLIOCENE, RECHARGE ZONE
25	0.501	4.665e-07
27	0.262
34	39.2	4.9e-07
36	39.2	4.9e-07
37	1.91221374046
53	Stute et al., 1992	Martel et al., 1989

HUN015

Column	Version 1	Version 2
11	5.0	07
17	456.5	457.0
18	10.5	11.0
19	U66	U345
23	PLIOCENE RECHARGE ZONE	PLIOCENE, RECHARGE ZONE
25	0.4665	5.01e-07
27		2.62e-07
34	49.0	3.92e-07
36	49.0	3.92e-07
37		1.91221374046
53	Martel et al., 1989	Stute et al., 1992

HUN018

Column	Version 1	Version 2
2	47.27188	47.24288
5	16.3128	14.5728
7	19.00533	19.0515
10	0.3198	3.09
11	8.0	01
14	BUDAPEST JUVENTUS	BUDAPEST, CSEPEL II
16		19840208
17		1131.0
18		5.0
19	U145	H35
22		51.0
23		EOCENE; LIMESTONE
25	10.5	1.5e-05
27		1.32e-05
34	53.8	4.746e-07
35	<=
36	53.8	2.394e-07
37		1.13636363636
53	Deak & Stute	University of Cambridge He database, 1994, unpubl.

HUN019

Column	Version 1	Version 2
2	47.24288	47.325
5	14.5728	19.5
7	19.0515	19.031
10	3.09	1.86
11	1.0	08
14	BUDAPEST, CSEPEL II	BUDAPEST, CSILLAGHEGY
16	19840208
17	1131.0	418.0
18	5.0	82.0
19	H35	U7
21	W/C?	W
22	51.0
23	EOCENE; LIMESTONE	TRIASSIC LIMESTONE
25	15.0	5.065e-07
27	13.2
34	47.46	9.98e-07
35		≤
36	23.94	9.98e-07
37	1.13636363636
53	University of Cambridge He database, 1994, unpubl.	Deak & Stute

HUN020

Column	Version 1	Version 2
2	47.325	47.3251
5	19.5	19.506
7	19.031	19.0311
10	1.86	1.866
11	8.0	01
14	BUDAPEST, CSILLAGHEGY	BUDAPEST, CSILLAGHEGY (JOZSEF SPRING)
16		19840208
17	418.0	109.0
18	82.0
19	U7	H39
22		23.0
25	0.5065	5.3e-07
27		2.16e-07
34	99.8	9.058e-07
35	<=
36	99.8	8.54e-07
37		2.4537037037
53	Deak & Stute	University of Cambridge He database, 1994, unpubl.

HUN021

Column	Version 1	Version 2
2	47.3251	47.325
5	19.506	19.5
7	19.0311	19.031
10	1.866	1.86
11	1.0	01
14	BUDAPEST, CSILLAGHEGY (JOZSEF SPRING)	BUDAPEST, CSILLAGHEGY (SOUTH)
17	109.0	418.0
18		82.0
19	H39	H38
22	23.0	22.0
25	0.53	4.98e-07
27	0.216	3.74e-07
34	90.58	9.016e-07
36	85.4	7.966e-07
37	2.4537037037	1.33155080214

HUN022

Column	Version 1	Version 2
2	47.325	47.29193
5	19.5	17.5158
7	19.031	19.02534
10	1.86	1.5204
11	1.0	01,04
14	BUDAPEST, CSILLAGHEGY (SOUTH)	BUDAPEST, GELLERT-TARO 1
16	19840208	19830802.0
17	418.0
18	82.0
19	H38	H1
21	W	W/S
22	22.0	40.0
23	TRIASSIC LIMESTONE	SPRING; TRIASSIC/DOLOMITE
25	0.498	1.04e-05
27	0.374	8e-08
32		0.335
34	90.16	4.69e-07
36	79.66	4.47e-07
37	1.33155080214	130.0
53	University of Cambridge He database, 1994, unpubl.	University of Cambridge He database, 1994, unpubl.; Deak et al., 1989

HUN023

Column	Version 1	Version 2
2	47.29193	47.27188
5	17.5158	16.3128
7	19.02534	19.00533
10	1.5204	0.3198
11	1.0	08
14	BUDAPEST, GELLERT-TARO 1	BUDAPEST, JUVENTUS
16	19830802.0
19	H1	U145
20	-
21	W/?	W
22	40.0
23	SPRING; TRIASSIC/DOLOMITE
25	10.4	1.05e-05
27	0.08
34	46.9	5.38e-07
35		≤
36	44.7	5.38e-07
37	130.0
53	University of Cambridge He database, 1994, unpubl.	Deak & Stute

HUN024

Column	Version 1	Version 2
11	1.0	01,04
20	-
21	W/?	W/H
25	3.5	3.5e-06
27	0.082	8.2e-08
32		0.391
34	54.74	5.474e-07
36	48.3	4.83e-07
53	University of Cambridge He database, 1994, unpubl.	University of Cambridge He database, 1994, unpubl.; Deak et al., 1989

HUN032

Column	Version 1	Version 2
11	1.0	01,04
16	19841130	19830802.0
19	H111	H3
20	-
23	TRIASSIC;LIMESTONE;TIME-04:30;	TRIASSIC/ LIMESTONE
25	3.72	8.8e-07
27	0.083	2.33e-07
32		0.374
34	58.24	5.236e-07
36	52.4	5.194e-07
37	44.8192771084	3.77682403433
53	University of Cambridge He database, 1994, unpubl.	University of Cambridge He database, 1994, unpubl.; Deak et al., 1989

HUN045

Column	Version 1	Version 2
11	9.0	10.0
16	19910714
19	L40	H-93-13
21	W	G/H
22		83.0
23	MIOCENE LIMESTONE	MIOCENE
24		3.42e-05
25	6.35
27	0.17
28		4.59e-07
32		0.289
34		4.005e-07
36	41.58	4.005e-07
37	37.3529411765
39		9.63
40		0.0292
41		0.1857
42		299.1
43		Ra=1.38E-06
45		1e-05
46		0.068
47		0.16
48		0.76
53	Lenkey L.,1996, unpubl.	Marty, 1995

HUN042

Column	Version 1	Version 2
11	9.0	01
16	19910714	19840214
19	L39	H56
22		82.0
25	4.29	4.29e-07
27	0.155	1.55e-07
34		3.514e-07
36	25.6	2.562e-07
37	27.6774193548	2.76774193548
53	Lenkey L.,1996, unpubl.	University of Cambridge He database, 1994, unpubl.

HUN043

Column	Version 1	Version 2
11	1.0	09
16	19840214	19910714
19	H56	L39
22	82.0
25	0.429	4.29e-06
27	0.155	1.55e-07
34	35.14
36	25.62	2.56e-07
37	2.76774193548	27.6774193548
53	University of Cambridge He database, 1994, unpubl.	Lenkey L.,1996, unpubl.

HUN044

Column	Version 1	Version 2
11	10.0	09
16		19910714
19	H-93-13	L40
21	G	W
22	83.0
23	MIOCENE	MIOCENE LIMESTONE
25		6.35e-06
27		1.7e-07
34	40.05
36	40.05	4.158e-07
37		37.3529411765
53	Marty, 1995	Lenkey L.,1996, unpubl.

HUN053

Column	Version 1	Version 2
21	G	G/H
23	PANNONIAN SAND
24		6.18e-05
28		8.27e-07
30		8.12e-07
32		0.095
34	13.17	1.317e-07
36	13.17	1.317e-07
39		10.17
40		0.0297
41		0.1861
42		303.2
43		Ra=1.38E-06
45		0.0001
46		0.0098
47		0.096
48		0.88

HUN054

Column	Version 1	Version 2
19	H-93-2/2	H-93-2/1
21	G	G/H
23	PANNONIAN SAND
24		5.95e-05
28		1.04e-07
32		0.322
34	38.67	4.463e-07
36	38.67	4.463e-07
39		9.99
40		0.0312
41		0.1882
42		308.1
43		Ra=1.38E-06
45		0.0009
46		0.019
47		0.049
48		0.93

HUN055

Column	Version 1	Version 2
19	H-93-2/1	H-93-2/2
21	G	G/H
23	PANNONIAN SAND
24		7.07e-05
28		9.18e-08
32		0.279
34	44.63	3.867e-07
36	44.63	3.867e-07
39		9.77
40		0.0295
41		0.1891
42		320.8
43		Ra=1.38E-06
45		0.0009
46		0.019
47		0.049
48		0.93

HUN058

Column	Version 1	Version 2
11	6.0	06
14	EBES-17	EBES gas field, hole 17
19		EBES-17
21	?/H	G/H
24		0.00095
28		1.9e-07
29		0.00263
32		0.459
34	64.26	6.426e-07
35	<=
36	64.26	6.426e-07
38		5000.0
39		9.79
40		0.0429
41		0.1872
42		1660.0
43		Ra=1.40E-06
46		0.28
47		0.139
48		0.547

HUN059

Column	Version 1	Version 2
11	6.0	06
14	EBES-2	EBES gas field, hole 2
17	1333.5	1333.0
18	2.5	3.0
19		EBES-2
21	?/H	G/H
24		0.00063
28		6e-08
29		0.00055
32		0.324
34	45.36	4.536e-07
35	<=
36	45.36	4.536e-07
38		10500.0
39		9.78
40		0.04314
41		0.1887
42		1680.0
43		Ra=1.40E-06
46		0.305
47		0.141
48		0.525
50		-42.9

HUN060

Column	Version 1	Version 2
2	47.52595
4	47.0
5	31.557
7	20.22449
9	20.0
10	13.4694
11	7.0	11.0
14	EGER	Ebes gas reservoir, well 17
17	252.0
18	19.0
19	U61
21	W/H	G/H
23	CARSTIC FLOW SYSTEM
25	0.0866
27	0.305
32		0.459
34	182.0	6.426e-07
35		≤
36	182.0	6.426e-07
37	0.28393442623
43		Ra=1.40E-06
47		0.141
48		0.525
53	Stute et al., 1992	Sherwood Lollar et al., 1997

HUN061

Column	Version 1	Version 2
2	47.52096
4	47.0
5	31.2576
7	20.23381
9	20.0
10	14.0286
11	7.0	11.0
14	EGER AT(8-10)	Ebes gas reservoir, well 2
17	814.0
18	73.0
19	U62
21	W/H	G/H
23	CARSTIC FLOW SYSTEM
25	7.17
27	0.326
32		0.324
34	43.5	4.536e-07
35		≤
36	43.5	4.536e-07
37	21.9938650307
43		Ra=1.40E-06
47		0.139
48		0.547
53	Stute et al., 1992	Sherwood Lollar et al., 1997

HUN062

Column	Version 1	Version 2
2	47.47379	47.52595
5	28.4274	31.557
7	18.44205	20.22449
9	18.0	20.0
10	26.523	13.4694
11	1.0	07
14	ESZTERGOM B-5	EGER
16	19830802.0
17	323.0	252.0
18		19.0
19	H7	U61
20	-
21	W/?	W/H
22	28.0
23	TRIASSIC; DOLOMITE; THERMAL BATH
25	4.3	8.66e-08
27	0.097	3.05e-07
34	45.5	1.82e-06
35		≤
36	38.6	1.82e-06
37	44.3298969072	0.28393442623
53	University of Cambridge He database, 1994, unpubl.	Stute et al., 1992

HUN063

Column	Version 1	Version 2
2	46.40296	47.52096
4	46.0	47.0
5	24.1776	31.2576
7	20.27137	20.23381
10	16.2822	14.0286
11	9.0	07
14	FABIANSEBESTYEN, SERTOV	EGER AT(8-10)
16	19910714
17	1899.0	814.0
18	166.0	73.0
19	L35	U62
21	W	W/H
23	PLIOCENE
25	1.67	7.17e-06
27	0.105	3.26e-07
34		4.35e-07
36	11.9	4.35e-07
37	15.9047619048	21.9938650307
53	Lenkey L.,1996, unpubl.	Stute et al., 1992

HUN064

Column	Version 1	Version 2
2	46.40296	47.47379
4	46.0	47.0
5	24.1776	28.4274
7	20.27137	18.44205
9	20.0	18.0
10	16.2822	26.523
11	9.0	01,04
14	FABIANSEBESTYEN, VM	ESZTERGOM B-5
16	19910714	19830802.0
17	416.0	323.0
18	22.0
19	L34	H7
22		28.0
23	QUATERNARY	TRIASSIC; DOLOMITE; THERMAL BATH
25	3.52	4.3e-06
27	0.152	9.7e-08
32		0.325
34		4.55e-07
36	135.8	3.86e-07
37	23.1578947368	44.3298969072
53	Lenkey L.,1996, unpubl.	University of Cambridge He database, 1994, unpubl.; Deak et al., 1989

HUN065

Column	Version 1	Version 2
2	47.59432	46.40296
4	47.0	46.0
5	35.6592	24.1776
7	22.31055	20.27137
9	22.0	20.0
10	18.633	16.2822
11	7.0	09
14	FEHERGYARMAT	FABIANSEBESTYEN, SERTOV
16		19910714
17	89.0	1899.0
18	7.0	166.0
19	U357	L35
21	W/H	W
23	DISCHARGE ZONE, QUATERNARY	PLIOCENE
25	0.0901	1.67e-06
27	0.259	1.05e-07
34	99.6
36	99.6	1.19e-07
37	0.347876447876	15.9047619048
53	Stute et al., 1992	Lenkey L.,1996, unpubl.

HUN066

Column	Version 1	Version 2
2	47.5941	46.40296
4	47.0	46.0
5	35.646	24.1776
7	22.31048	20.27137
9	22.0	20.0
10	18.6288	16.2822
11	7.0	09
14	FEHERGYARMAT, B-86	FABIANSEBESTYEN, VM
16		19910714
17	177.0	416.0
18	12.0	22.0
19	U117	L34
23	DISCHARGE ZONE, QUATERNARY	QUATERNARY
25	0.277	3.52e-06
27	0.264	1.52e-07
34	38.5
36	38.5	1.358e-06
37	1.04924242424	23.1578947368
53	Stute et al., 1992	Lenkey L.,1996, unpubl.

HUN067

Column	Version 1	Version 2
2	47.5941	47.59432
5	35.646	35.6592
7	22.31048	22.31055
10	18.6288	18.633
11	7.0	07
14	FEHERGYARMAT, B-86	FEHERGYARMAT
17	177.0	89.0
18	12.0	7.0
19	U42	U357
25	0.267	9.01e-08
27	0.26	2.59e-07
34	45.6	9.96e-07
35		≤
36	45.6	9.96e-07
37	1.02692307692	0.347876447876

HUN068

Column	Version 1	Version 2
2	47.6875	47.5941
5	41.25	35.646
7	16.85185	22.31048
9	16.0	22.0
10	51.111	18.6288
11	1.0	07
14	FERTOUJLAK, VM/1	FEHERGYARMAT, B-86
16	19830810
17	122.0	177.0
18	4.0	12.0
19	H11	U42
21	W	W/H
22	16.0
23	PLIOCENE; SAND	DISCHARGE ZONE, QUATERNARY
25	0.173	2.67e-07
27	0.171	2.6e-07
34	63.0	4.56e-07
36	40.32	4.56e-07
37	1.01169590643	1.02692307692
53	University of Cambridge He database, 1994, unpubl.	Stute et al., 1992

HUN069

Column	Version 1	Version 2
2	47.68751	47.5941
5	41.2506	35.646
7	16.85189	22.31048
9	16.0	22.0
10	51.1134	18.6288
11	1.0	07
14	FERTOUJLAK, VM/2	FEHERGYARMAT, B-86
16	19830810
17	74.0	177.0
18	10.0	12.0
19	H10	U117
21	W	W/H
22	16.0
23	PLIOCENE; SAND	DISCHARGE ZONE, QUATERNARY
25	0.17	2.77e-07
27	0.648	2.64e-07
34	67.9	3.85e-07
35	<=
36	67.9	3.85e-07
37	0.262345679012	1.04924242424
53	University of Cambridge He database, 1994, unpubl.	Stute et al., 1992

HUN070

Column	Version 1	Version 2
2	46.44083	47.6875
4	46.0	47.0
5	26.4498	41.25
7	17.33528	16.85185
9	17.0	16.0
10	20.1168	51.111
11	1.0	01
14	FONYOD B-13, BOTTLER	FERTOUJLAK, VM/1
16	19831016	19830810
17	414.0	122.0
18	8.0	4.0
19	H20	H11
20	-
21	W/C(?)	W
22	29.0	16.0
23	MIOCENE SANDSTONE	PLIOCENE; SAND
25	24.2	1.73e-07
27	0.014	1.71e-07
34	179.9	6.3e-07
36	179.97	4.032e-07
37	1728.57142857	1.01169590643

HUN071

Column	Version 1	Version 2
2	46.39534	47.68751
4	46.0	47.0
5	23.7204	41.2506
7	20.3621	16.85189
9	20.0	16.0
10	21.726	51.1134
11	9.0	01
14	GADOROS, ROZSNYAI VM	FERTOUJLAK, VM/2
16	19910711	19830810
17	382.0	74.0
18	6.0	10.0
19	L17	H10
21	W/H	W
22		16.0
23	QUATERNARY	PLIOCENE; SAND
25	3.27	1.7e-07
27	0.117	6.48e-07
34		6.79e-07
35		≤
36	128.8	6.79e-07
37	27.9487179487	0.262345679012
53	Lenkey L.,1996, unpubl.	University of Cambridge He database, 1994, unpubl.

HUN072

Column	Version 1	Version 2
2	47.75165	46.44083
4	47.0	46.0
5	45.099	26.4498
7	21.7832	17.33528
9	21.0	17.0
10	46.992	20.1168
11	7.0	01
14	GESZTERED	FONYOD B-13, BOTTLER
16		19831016
17	45.0	414.0
18	4.0	8.0
19	U225	H20
21	W/H	W
22		29.0
23	RECHARGE ZONE, QUATERNARY	MIOCENE SANDSTONE
25	0.0462	2.42e-05
27	0.199	1.4e-08
34	139.0	1.799e-06
36	139.0	1.7997e-06
37	0.23216080402	1728.57142857
53	Stute et al., 1992	University of Cambridge He database, 1994, unpubl.

HUN073

Column	Version 1	Version 2
2	47.75156	46.39534
4	47.0	46.0
5	45.0936	23.7204
7	21.78308	20.3621
9	21.0	20.0
10	46.9848	21.726
11	7.0	09
14	GESZTERED, VM-3	GADOROS, ROZSNYAI VM
16		19910711
17	157.0	382.0
18	13.0	6.0
19	U223	L17
23	RECHARGE ZONE, QUATERNARY	QUATERNARY
25	0.0757	3.27e-06
27	0.29	1.17e-07
34	131.0
36	131.0	1.288e-06
37	0.261034482759	27.9487179487
53	Stute et al., 1992	Lenkey L.,1996, unpubl.

HUN074

Column	Version 1	Version 2
2	47.46238	47.75165
5	27.7428	45.099
7	19.55208	21.7832
9	19.0	21.0
10	33.1248	46.992
11	7.0	07
14	GYONGYOS	GESZTERED
17	167.0	45.0
18	27.0	4.0
19	U70	U225
23	PLIOCENE RECHARGE ZONE	RECHARGE ZONE, QUATERNARY
25	0.0869	4.62e-08
27	0.253	1.99e-07
34	125.0	1.39e-06
35		≤
36	125.0	1.39e-06
37	0.34347826087	0.23216080402

HUN075

Column	Version 1	Version 2
2	47.83336	47.75156
5	50.0016	45.0936
7	19.52875	21.78308
9	19.0	21.0
10	31.725	46.9848
11	7.0	07
14	GYONGYOSOROSZI	GESZTERED, VM-3
17	235.0	157.0
18	15.0	13.0
19	U350	U223
23	RECHARGE ZONE	RECHARGE ZONE, QUATERNARY
25	0.693	7.57e-08
27	0.26	2.9e-07
34	57.0	1.31e-06
35		≤
36	57.0	1.31e-06
37	2.66538461538	0.261034482759

HUN076

Column	Version 1	Version 2
2	46.34184	47.46238
4	46.0	47.0
5	20.5104	27.7428
7	20.37362	19.55208
9	20.0	19.0
10	22.4172	33.1248
11	9.0	07
14	GYOPAROSFURDO	GYONGYOS
16	19910711
17	205.0	167.0
18	4.0	27.0
19	L13	U70
23	QUATERNARY	PLIOCENE, RECHARGE ZONE
25	2.69	8.69e-08
27	0.64	2.53e-07
34		1.25e-06
35		≤
36	129.8	1.25e-06
37	4.203125	0.34347826087
53	Lenkey L.,1996, unpubl.	Stute et al., 1992

HUN077

Column	Version 1	Version 2
2	47.33058	47.83336
5	19.8348	50.0016
7	17.34278	19.52875
9	17.0	19.0
10	20.5668	31.725
11	1.0	07
14	GYORSZEMERE, (NR. GYOR)	GYONGYOSOROSZI
16	19840214
17	1082.0	235.0
18	174.0	15.0
19	H54	U350
20	-
21	W/C(?)	W/H
22	44.0
23	PLIOCENE; SAND; THERMAL BATH	RECHARGE ZONE
25	3.19	6.93e-07
27	0.145	2.6e-07
34	68.6	5.7e-07
36	57.3	5.7e-07
37	22.0	2.66538461538
53	University of Cambridge He database, 1994, unpubl.	Stute et al., 1992

HUN078

Column	Version 1	Version 2
2	46.384435	46.34184
5	23.0661	20.5104
7	21.17553	20.37362
9	21.0	20.0
10	10.5318	22.4172
11	1.0	09
14	GYULA, T/BATH 5	GYOPAROSFURDO
16	19840406	19910711
17	2181.0	205.0
18	292.0	4.0
19	H59	L13
20	-
21	W/C	W/H
22	93.0
23	M. PLIOCENE & LOWER PLIOCENE; SAND; THERMAL BATH	QUATERNARY
25	0.11	2.69e-06
27	0.0055	6.4e-07
34	95.76
36	87.95	1.298e-06
37	20.0	4.203125
53	University of Cambridge He database, 1994, unpubl.	Lenkey L.,1996, unpubl.

HUN079

Column	Version 1	Version 2
2	46.384435	47.33058
4	46.0	47.0
5	23.0661	19.8348
7	21.17553	17.34278
9	21.0	17.0
10	10.5318	20.5668
11	1.0	01
14	GYULA, T/BATH 5	GYORSZEMERE, (NR. GYOR)
16	19840406	19840214
17	2181.0	1082.0
18	292.0	174.0
19	H58	H54
20	-
21	G/C	W
22	93.0	44.0
23	M. PLIOCENE & LOWER PLIOCENE; SAND; THERMAL BATH	PLIOCENE; SAND; THERMAL BATH
25	72.5	3.19e-06
27	0.135	1.45e-07
34	97.44	6.86e-07
36	97.2	5.73e-07
37	537.037037037	22.0

HUN081

Column	Version 1	Version 2
2	47.41064	46.384435
4	47.0	46.0
5	24.6384	23.0661
7	21.30041	21.17553
10	18.0246	10.5318
11	10.0	01
14	HAJDUBOSZORMENY, TH/BATH-1, K-242	GYULA, Termal bath 5
16		19840406
17	920.0	2181.0
18	70.0	292.0
19	H-93-4	H58
20		1.0
21	G	W
22	56.0	93.0
23	MIDDLE MIOCENE + PLIOCENE	Middle PLIOCENE & LOWER PLIOCENE; SAND
25		7.25e-05
27		1.35e-07
34	19.96	9.744e-07
36	19.96	9.72e-07
37		537.037037037
53	Marty, 1995	University of Cambridge He database, 1994, unpubl.

HUN080

Column	Version 1	Version 2
2	47.41088	46.384435
4	47.0	46.0
5	24.6528	23.0661
7	21.301	21.17553
10	18.06	10.5318
11	7.0	01
14	HAJDUBOSZORMENY	GYULA, Termal bath 5
16		19840406
17	92.0	2181.0
18	7.0	292.0
19	U211	H59
20		2.0
21	W/H	W
22		93.0
23	DISCHARGE ZONE, QUATERNARY	Middle PLIOCENE & LOWER PLIOCENE; SAND
25	2.89	1.1e-07
27	0.262	5.5e-09
34	38.6	9.576e-07
36	38.6	8.795e-07
37	11.0305343511	20.0
53	Stute et al., 1992	University of Cambridge He database, 1994, unpubl.

HUN082

Column	Version 1	Version 2
2	47.41105	47.41088
5	24.663	24.6528
7	21.30079	21.301
10	18.0474	18.06
11	1.0	07
14	HAJDUBOSZORMENY, TH/BATH-3, B-270	HAJDUBOSZORMENY
16	19850726
17	617.0	92.0
18	19.0	7.0
19	H154	U211
20	-
22	47.0
23	PLIOCENE SAND	DISCHARGE ZONE, QUATERNARY
25	89.0	2.89e-06
27	0.381	2.62e-07
34	30.52	3.86e-07
36	29.1	3.86e-07
37	233.595800525	11.0305343511
53	University of Cambridge He database, 1994, unpubl.	Stute et al., 1992

HUN083

Column	Version 1	Version 2
2	47.41105	47.41064
5	24.663	24.6384
7	21.30079	21.30041
10	18.0474	18.0246
14	HAJDUBOSZORMENY, TH/BATH-3, B-270	HAJDUBOSZORMENY, TH/BATH-1, K-242
17	617.0	920.0
18	20.0	70.0
19	H-93-6	H-93-4
21	G	G/H
22	58.0	56.0
23	PLIOCENE	MIDDLE MIOCENE + PLIOCENE
24		0.000175
28		2.11e-07
32		0.144
34	42.41	1.996e-07
36	42.41	1.996e-07
39		10.0
40		0.0301
41		0.1916
42		354.6
43		Ra=1.38E-06
45		0.0011
46		0.058
47		0.032
48		0.9

HUN085

Column	Version 1	Version 2
2	47.49519	47.41105
5	29.7114	24.663
7	21.251	21.30079
10	15.06	18.0474
11	1.0	10.0
14	HAJDUNANAS THERMAL BATH	HAJDUBOSZORMENY, TH/BATH-3, B-270
16	19840328
17	1008.0	617.0
18	6.0	20.0
19	H19	H-93-6
21	W	G/H
22	67.0	58.0
23	PLIOCENE SAND	PLIOCENE
24		0.000129
25	0.688
27	1.04
28		7.95e-08
32		0.306
34	24.08	4.241e-07
35	<=
36	24.0	4.241e-07
37	0.661538461538
39		9.91
40		0.0291
41		0.1894
42		318.2
43		Ra=1.38E-06
45		0.0014
46		0.025
47		0.033
48		0.94
53	University of Cambridge He database, 1994, unpubl.	Marty, 1995

HUN084

Column	Version 1	Version 2
2	47.49396	47.41105
5	29.6376	24.663
7	21.3002	21.30079
10	18.012	18.0474
11	1.0	01
14	HAJDUDOROG T/BATH	HAJDUBOSZORMENY, TH/BATH-3, B-270
16	19850725	19850726
17	126.0	617.0
18	10.0	19.0
19	H150	H154
21	W	W/H
22	20.0	47.0
23	QUATERNARY SAND	PLIOCENE SAND
25	0.097	8.9e-05
27	0.272	3.81e-07
34	92.82	3.052e-07
36	6.02	2.91e-07
37	0.356617647059	233.595800525

HUN086

Column	Version 1	Version 2
2	47.49519	47.49396
5	29.7114	29.6376
7	21.251	21.3002
10	15.06	18.012
11	1.0	01
14	HAJDUNANAS VM-1	HAJDUDOROG T/BATH
17	124.0	126.0
19	H151	H150
22	17.0	20.0
23	QUATERNARY SAND, RECHARGE ZONE	QUATERNARY SAND
25	0.07	9.7e-08
27	0.159	2.72e-07
34	73.36	9.282e-07
35	<=
36	73.0	6.02e-08
37	0.440251572327	0.356617647059

HUN087

Column	Version 1	Version 2
11	7.0	01
14	HAJDUNANAS, VM-1	HAJDUNANAS THERMAL BATH
16		19840328
17	124.0	1008.0
18	10.0	6.0
19	U229	H19
21	W/H	W
22	17.0	67.0
23	QUATERNARY SAND, RECHARGE ZONE	PLIOCENE SAND
25	0.123	6.88e-07
27	0.228	1.04e-06
34	72.8	2.408e-07
35		≤
36	72.8	2.4e-07
37	0.539473684211	0.661538461538
53	Stute et al., 1992	University of Cambridge He database, 1994, unpubl.

HUN088

Column	Version 1	Version 2
2	47.27238	47.49519
5	16.3428	29.7114
7	21.23812	21.251
10	14.2872	15.06
11	7.0	01
14	HAJDUSZOBOSZLO	HAJDUNANAS VM-1
16		19850725
17	59.0	124.0
18	59.0	10.0
19	U49	H151
21	W/H	W
22		17.0
23	DISCHARGE ZONE, QUATERNARY	QUATERNARY SAND, RECHARGE ZONE
25	13.9	7e-08
27	0.226	1.59e-07
34	98.0	7.336e-07
35		≤
36	98.0	7.3e-07
37	61.5044247788	0.440251572327
53	Stute et al., 1992	University of Cambridge He database, 1994, unpubl.

HUN089

Column	Version 1	Version 2
2	47.27125	47.49519
5	16.275	29.7114
7	21.23728	21.251
10	14.2368	15.06
11	1,5	07
14	HAJDUSZOBOSZLO HOLE	HAJDUNANAS, VM-1
17	118.0	124.0
18		10.0
19		U229
20	-
21	W/C(?)	W/H
22		17.0
23	M. PLIOCENE; SAND; THERMAL BATH	QUATERNARY SAND, RECHARGE ZONE
25		1.23e-07
27		2.28e-07
34	99.54	7.28e-07
35		≤
36	97.2	7.28e-07
37		0.539473684211
53	University of Cambridge He database, 1994; Martel et al., 1989	Stute et al., 1992

HUN090

Column	Version 1	Version 2
2	47.3055	47.27238
5	18.33	16.3428
7	21.2222	21.23812
10	13.332	14.2872
11	2,3	07
14	HAJDUSZOBOSZLO; HOLE	HAJDUSZOBOSZLO
17	1173.0	59.0
18	10.0	59.0
19	D-63	U49
21	G/H	W/H
23	EOCENE SED.	DISCHARGE ZONE, QUATERNARY
25		1.39e-05
27		2.26e-07
34	42.0	9.8e-07
36	42.0	9.8e-07
37		61.5044247788
53	Nagao, 1979; Cornides et al., 1986	Stute et al., 1992

HUN091

Column	Version 1	Version 2
2	47.33156	47.32337
5	19.8936	19.4022
7	21.234	21.20564
10	14.04	12.3384
11	2,3	06
14	HAJDUSZOBOSZLO; HOLE	HAJDUSZOBOSZLO gas field, HOLE 12
17	1062.0	1044.0
18	17.0	10.0
19	D-65	HSZ-12
23	PANNONIAN
24		0.00125
28		3e-07
29		0.00054
32		0.24
34	46.0	3.36e-07
36	46.0	3.36e-07
38		4166.66666667
39		9.8
40		0.03335
41		0.1852
42		677.0
43		Ra=1.40E-06
46		0.0755
47		0.0063
48		0.846
53	Nagao, 1979; Cornides et al., 1986	Ballentine et al., 1991

HUN092

Column	Version 1	Version 2
2	47.29406	47.29241
5	17.6436	17.5446
7	21.23478	21.20179
10	14.0868	12.1074
11	2,3	06
14	HAJDUSZOBOSZLO; HOLE	HAJDUSZOBOSZLO gas field, HOLE 16
17	865.5	1137.0
18	1.5	99.0
19	D-05	HSZ-16
23	PLIOCENE
24		0.00093
28		1.8e-07
29		0.00038
32		0.233
34	62.0	3.262e-07
36	62.0	3.262e-07
38		5166.66666667
39		9.82
40		0.0339
41		0.1835
42		693.0
43		Ra=1.40E-06
46		0.0665
47		0.0074
48		0.847
53	Nagao, 1979; Cornides et al., 1986	Ballentine et al., 1991

HUN093

Column	Version 1	Version 2
2	47.32337	47.33045
5	19.4022	19.827
7	21.20564	21.20304
10	12.3384	12.1824
11	6.0	06
14	HAJDUSZOBOSZLO; HOLE HSZ-12	HAJDUSZOBOSZLO gas field, HOLE 51
17	1044.5	1185.0
18	10.5	4.0
19		HSZ-51
24		0.0012
28		2.2e-07
29		0.00032
32		0.384
34	33.6	5.376e-07
35	<=
36	33.6	5.376e-07
38		5454.54545455
39		9.82
40		0.03672
41		0.1907
42		903.0
43		Ra=1.40E-06
46		0.0401
47		0.0171
48		0.8

HUN094

Column	Version 1	Version 2
2	47.29241	47.31389
5	17.5446	18.8334
7	21.20179	21.24097
10	12.1074	14.4582
11	6.0	06
14	HAJDUSZOBOSZLO; HOLE HSZ-16	HAJDUSZOBOSZLO gas field, HOLE 52
17	1137.0	914.0
18	99.0	11.0
19		HSZ-52
24		0.00086
28		6.1e-07
29		0.00037
32		0.236
34	32.62	3.304e-07
35	<=
36	32.62	3.304e-07
38		1409.83606557
39		9.85
40		0.03076
41		0.187
42		410.0
43		Ra=1.40E-06
46		0.0251
47		0.004
48		0.952

HUN095

Column	Version 1	Version 2
2	47.33045	47.30527
5	19.827	18.3162
7	21.20304	21.19228
10	12.1824	11.5368
11	6.0	06
14	HAJDUSZOBOSZLO; HOLE HSZ-51	HAJDUSZOBOSZLO gas field, HOLE 64
17	1184.5	1062.0
18	3.5	13.0
19		HSZ-64
24		0.00126
28		2.4e-07
29		0.00048
32		0.236
34	53.76	3.304e-07
35	<=
36	53.76	3.304e-07
38		5250.0
39		9.81
40		0.03359
41		0.189
42		662.0
43		Ra=1.40E-06
46		0.0767
47		0.007
48		0.836

HUN096

Column	Version 1	Version 2
2	47.31389	47.28429
5	18.8334	17.0574
7	21.24097	21.23212
10	14.4582	13.9272
11	6.0	06
14	HAJDUSZOBOSZLO; HOLE HSZ-52	HAJDUSZOBOSZLO gas field, HOLE 7
17	914.0	1185.0
18	11.0	2.0
19		HSZ-7
24		0.00036
28		2.9e-08
29		7.3e-05
32		0.242
34	33.04	3.388e-07
35	<=
36	33.04	3.388e-07
38		12413.7931034
39		9.81
40		0.03773
41		0.1858
42		1060.0
43		Ra=1.40E-06
46		0.113
47		0.046
48		0.696
50		-44.4

HUN097

Column	Version 1	Version 2
2	47.30527	47.31448
5	18.3162	18.8688
7	21.19228	21.21243
10	11.5368	12.7458
11	6.0	06
14	HAJDUSZOBOSZLO; HOLE HSZ-64	HAJDUSZOBOSZLO gas field, HOLE 84
17	1062.5	729.0
18	12.5	2.0
19		HSZ-84
24		0.00036
28		2.9e-07
29		0.00011
32		0.27
34	33.04	3.78e-07
35	<=
36	33.04	3.78e-07
38		1241.37931034
39		9.84
40		0.0299
41		0.1867
42		340.0
43		Ra=1.40E-06
46		0.0176
47		0.0047
48		0.974
50		-62.3

HUN098

Column	Version 1	Version 2
2	47.28429	47.31357
5	17.0574	18.8142
7	21.23212	21.21335
10	13.9272	12.801
11	6.0	06
14	HAJDUSZOBOSZLO; HOLE HSZ-7	HAJDUSZOBOSZLO gas field, HOLE 90
17	1185.0	918.0
18	2.0	9.0
19		HSZ-90
24		0.00049
28		1.2e-07
29		0.0001
32		0.183
34	33.88	2.562e-07
35	<=
36	33.88	2.562e-07
38		4083.33333333
39		9.87
40		0.03096
41		0.1864
42		405.0
43		Ra=1.40E-06
46		0.0237
47		0.0049
48		0.95

HUN099

Column	Version 1	Version 2
2	47.31448	47.27125
5	18.8688	16.275
7	21.21243	21.23728
10	12.7458	14.2368
11	6.0	01,05
14	HAJDUSZOBOSZLO; HOLE HSZ-84	HAJDUSZOBOSZLO HOLE
17	729.0	118.0
18	2.0
21	G/H	W
23		Middle PLIOCENE; SAND; THERMAL BATH
34	37.8	9.954e-07
35	<=
36	37.8	9.72e-07
53	Ballentine et al., 1991	University of Cambridge He database, 1994; Martel et al., 1989

HUN100

Column	Version 1	Version 2
2	47.31357	47.29406
5	18.8142	17.6436
7	21.21335	21.23478
10	12.801	14.0868
11	6.0	02,03
14	HAJDUSZOBOSZLO; HOLE HSZ-90	HAJDUSZOBOSZLO; HOLE
16		19780000.0
17	918.0	865.5
18	9.0	1.5
19		D-05
23		UPPER PANNONIAN
24		0.000144
34	25.62	6.2e-07
35	<=
36	25.62	6.2e-07
38		2310.0
39		10.21
40		0.0303
41		0.187
42		364.7
53	Ballentine et al., 1991	Nagao, 1979; Cornides et al., 1986

HUN101

Column	Version 1	Version 2
2	47.27206	47.3055
5	16.3236	18.33
7	21.23478	21.2222
10	14.0868	13.332
11	1,5	02,03
14	HAJDUSZOBOSZLO; T/BATH 8	HAJDUSZOBOSZLO; HOLE
16		19780000.0
17	407.5	1173.0
18	26.5	10.0
19	H162	D-63
20	-
21	W/H	G/H
22	36.0
23	PLIOCENE SAND	Eocene
24		0.000253
25	2.77
27	0.017
34	100.66	4.2e-07
36	99.9	4.2e-07
37	162.941176471
38		8130.0
39		10.08
40		0.0349
41		0.187
42		844.8
53	University of Cambridge He database, 1994; Martel et al., 1989	Nagao, 1979; Cornides et al., 1986

HUN102

Column	Version 1	Version 2
2	47.27099	47.33156
5	16.2594	19.8936
7	21.23594	21.234
10	14.1564	14.04
11	1.0	02,03
14	HAJDUSZOBOSZLO; T/BATH 9	HAJDUSZOBOSZLO; HOLE
16		19780000.0
17	180.0	1062.0
18		17.0
19	H161	D-65
20	-
21	W/H(?)	G/H
22	19.0
23	QUATERNARY SAND	LOWER PANNONIAN
24		0.000299
25	4.62
27	0.055
34	92.26	4.6e-07
36	90.5	4.6e-07
37	84.0
38		4440.0
39		9.92
40		0.032
41		0.187
42		607.0
53	University of Cambridge He database, 1994, unpubl.	Nagao, 1979; Cornides et al., 1986

HUN103

Column	Version 1	Version 2
2	47.27226	47.27206
5	16.3356	16.3236
7	21.2401	21.23478
10	14.406	14.0868
11	5.0	01,05
14	HAJDUSZOBOSZLO; THERMAL BATH 10	HAJDUSZOBOSZLO; T/BATH 8
16	19840329
17	608.5	407.5
18	75.5	26.5
19	H49	H162
22	47.0	36.0
23	PLIOCENE; SAND	PLIOCENE SAND
25	10.3	2.77e-06
27	0.187	1.7e-08
34	99.54	1.0066e-06
36	99.4	9.99e-07
37	55.0802139037	162.941176471
53	Martel et al., 1989	University of Cambridge He database, 1994; Martel et al., 1989

HUN104

Column	Version 1	Version 2
2	47.37063	47.27099
5	22.2378	16.2594
7	16.47131	21.23594
9	16.0	21.0
10	28.2786	14.1564
11	1.0	01
14	HEGYKO THERMAL BATH	HAJDUSZOBOSZLO; T/BATH 9
16	19840214
17	1287.0	180.0
18	136.0
19	H52	H161
21	W	W/H
22	57.0	19.0
23	MIOCENE & PLIOCENE SAND & SHALE	QUATERNARY SAND
25	0.422	4.62e-06
27	0.187	5.5e-08
34	196.0	9.226e-07
36	203.0	9.05e-07
37	2.25668449198	84.0

HUN105

Column	Version 1	Version 2
2	47.4976	47.27226
5	29.856	16.3356
7	18.72176	21.2401
9	18.0	21.0
10	43.3056	14.406
11	1.0	05
14	HERCEGHALOM, VM/1, K-A/3	HAJDUSZOBOSZLO; THERMAL BATH 10
16	19830802.0	19840329
17	801.0	608.5
18	49.0	75.5
19	H4	H49
21	W	W/H
22	39.0	47.0
23	TRIASSIC LIMESTONE	PLIOCENE; SAND
25	1.53	1.03e-05
27	0.201	1.87e-07
34	34.72	9.954e-07
36	31.36	9.94e-07
37	7.61194029851	55.0802139037
53	University of Cambridge He database, 1994, unpubl.	Martel et al., 1989

HUN106

Column	Version 1	Version 2
2	47.49755
4	47.0
5	29.853
7	18.7217
9	18.0
10	43.302
11	1.0	11.0
14	HERCEGHALOM, VM/2	Hajduszooszlo gas reservoir, well Haj 12
16	19830802.0
17	316.0
18	25.0
19	H5
21	W	G/H
22	28.0
23	TRIASSIC LIMESTONE
25	0.99
27	0.138
32		0.24
34	35.0	3.36e-07
35		≤
36	31.5	3.36e-07
37	7.17391304348
43		Ra=1.40E-06
47		0.0063
48		0.846
53	University of Cambridge He database, 1994, unpubl.	Sherwood Lollar et al., 1997

HUN107

Column	Version 1	Version 2
2	47.3523
4	47.0
5	21.138
7	20.17161
9	20.0
10	10.2966
11	7.0	11.0
14	HEVES	Hajduszooszlo gas reservoir, well Haj 16
17	73.0
18	13.0
19	U331
21	W/H	G/H
23	RECHARGE ZONE, QUATERNARY
25	0.0678
27	0.247
32		0.233
34	126.0	3.262e-07
35		≤
36	125.98	3.262e-07
37	0.274493927126
43		Ra=1.40E-06
47		0.0074
48		0.847
53	Stute et al., 1992	Sherwood Lollar et al., 1997

HUN108

Column	Version 1	Version 2
2	47.35231
4	47.0
5	21.1386
7	20.1717
9	20.0
10	10.302
11	7.0	11.0
14	HEVES, B-20/A	Hajduszooszlo gas reservoir, well Haj 51
17	723.0
18	49.0
19	U59
21	W/H	G/H
23	PLIOCENE
25	1.7
27	0.251
32		0.384
34	32.1	5.376e-07
35		≤
36	32.1	5.376e-07
37	6.77290836653
43		Ra=1.40E-06
47		0.0171
48		0.8
53	Stute et al., 1992	Sherwood Lollar et al., 1997

HUN109

Column	Version 1	Version 2
2	47.3523
4	47.0
5	21.138
7	20.1716
9	20.0
10	10.296
11	7.0	11.0
14	HEVES, B-4	Hajduszooszlo gas reservoir, well Haj 52
17	374.0
18	14.0
19	U58
21	W/H	G/H
23	PLIOCENE RECHARGE
25	0.286
27	0.258
32		0.236
34	94.4	3.304e-07
35		≤
36	94.4	3.304e-07
37	1.10852713178
43		Ra=1.40E-06
47		0.004
48		0.952
53	Stute et al., 1992	Sherwood Lollar et al., 1997

HUN110

Column	Version 1	Version 2
2	47.33272
4	47.0
5	19.9632
7	20.21386
9	20.0
10	12.8316
11	7.0	11.0
14	HEVESVEZEKENY	Hajduszooszlo gas reservoir, well Haj 64
17	555.0
18	14.0
19	U329
21	W/H	G/H
23	PLIOCENE
25	0.416
27	0.249
32		0.236
34	27.8	3.304e-07
35		≤
36	25.7	3.304e-07
37	1.67068273092
43		Ra=1.40E-06
47		0.007
48		0.836
53	Stute et al., 1992	Sherwood Lollar et al., 1997

HUN111

Column	Version 1	Version 2
2	46.46533
4	46.0
5	27.9198
7	17.10521
9	17.0
10	6.3126
11	8.0	11.0
14	HEVIZ, DOBOGOI VM	Hajduszooszlo gas reservoir, well Haj 7
19	U9
21	W	G/H
25	0.3005
32		0.242
34	78.5	3.388e-07
35	<=	≤
36	78.5	3.388e-07
43		Ra=1.40E-06
47		0.046
48		0.696
53	Deak & Stute	Sherwood Lollar et al., 1997

HUN112

Column	Version 1	Version 2
2	46.47128
4	46.0
5	28.2768
7	17.11277
9	17.0
10	6.7662
11	1.0	11.0
14	HEVIZ, FONTANALIS, B-7	Hajduszooszlo gas reservoir, well Haj 84
16	19831017
17	48.0
18	6.0
19	H26
21	W	G/H
22	40.0
23	PLIOCENE SAND
25	5.0
27	4.88
32		0.27
34	62.16	3.78e-07
35		≤
36	50.96	3.78e-07
37	1.02459016393
43		Ra=1.40E-06
47		0.0047
48		0.974
53	University of Cambridge He database, 1994, unpubl.	Sherwood Lollar et al., 1997

HUN113

Column	Version 1	Version 2
2	46.47141
4	46.0
5	28.2846
7	17.11242
9	17.0
10	6.7452
11	8.0	11.0
14	HEVIZ, RAKOCZI & GYORGY	Hajduszooszlo gas reservoir, well Haj 90
17	48.0
18	5.0
19	U13
21	W	G/H
22	41.0
23	PLIOCENE SAND
25	10.1
32		0.183
34	69.9	2.562e-07
35	<=	≤
36	69.9	2.562e-07
43		Ra=1.40E-06
47		0.0049
48		0.95
53	Deak & Stute	Sherwood Lollar et al., 1997

HUN114

Column	Version 1	Version 2
2	46.47141	47.37063
4	46.0	47.0
5	28.2846	22.2378
7	17.11242	16.47131
9	17.0	16.0
10	6.7452	28.2786
11	1.0	01
14	HEVIZ, RAKOCZI AND GYORGY	HEGYKO THERMAL BATH
16	19831017	19840214
17	52.0	1287.0
18		136.0
19	H27	H52
22	41.0	57.0
23	PLIOCENE SAND	MIOCENE & PLIOCENE SAND & SHALE
25	6.7	4.22e-07
27	3.38	1.87e-07
34	64.54	1.96e-06
36	49.84	2.03e-06
37	1.98224852071	2.25668449198

HUN115

Column	Version 1	Version 2
2	46.47297	47.4976
4	46.0	47.0
5	28.3782	29.856
7	17.11205	18.72176
9	17.0	18.0
10	6.723	43.3056
11	1.0	01,04
14	HEVIZ, REST HOUSE OF MINERS, B-1	HERCEGHALOM, VM/1, K-A/3
16	19831017	19830802.0
17	84.0	801.0
18	1.0	49.0
19	H28	H4
21	W	W/H
22	37.0	39.0
23	PLIOCENE SAND	TRIASSIC LIMESTONE
25	0.37	1.53e-06
27	0.059	2.01e-07
32		0.248
34	49.14	3.472e-07
36	45.64	3.136e-07
37	6.27118644068	7.61194029851
53	University of Cambridge He database, 1994, unpubl.	University of Cambridge He database, 1994, unpubl.; Deak et al., 1989

HUN116

Column	Version 1	Version 2
2	46.4645	47.49755
4	46.0	47.0
5	27.87	29.853
7	17.11112	18.7217
9	17.0	18.0
10	6.6672	43.302
11	8.0	01,04
14	HEVIZ, SZOT I	HERCEGHALOM, VM/2
16		19830802.0
17	91.0	316.0
18		25.0
19	U11	H5
21	W	W/H
22		28.0
23	PLIOCENE; SAND	TRIASSIC LIMESTONE
25	8.77	9.9e-07
27		1.38e-07
32		0.25
34	67.9	3.5e-07
35	<=
36	67.9	3.15e-07
37		7.17391304348
53	Deak & Stute	University of Cambridge He database, 1994, unpubl.; Deak et al., 1989

HUN117

Column	Version 1	Version 2
2	46.47117	47.3523
4	46.0	47.0
5	28.2702	21.138
7	17.11157	20.17161
9	17.0	20.0
10	6.6942	10.2966
11	1.0	07
14	HEVIZ; HOTEL THERMAL	HEVES
16	19831017
17	89.0	73.0
18	3.0	13.0
19	H29	U331
20	-
22	41.0
23	PLIOCENE; SAND	RECHARGE ZONE, QUATERNARY
25	10.6	6.78e-08
27	0.581	2.47e-07
34	63.56	1.26e-06
35		≤
36	48.5	1.2598e-06
37	18.2444061962	0.274493927126
53	University of Cambridge He database, 1994, unpubl.	Stute et al., 1992

HUN118

Column	Version 1	Version 2
2	47.21143	47.35231
5	12.6858	21.1386
7	21.16385	20.1717
9	21.0	20.0
10	9.831	10.302
11	7.0	07
14	KABA	HEVES, B-20/A
17	196.0	723.0
18	14.0	49.0
19	U340	U59
23	DISCHARGE ZONE, QUATERNARY	PLIOCENE
25	10.3	1.7e-06
27	0.253	2.51e-07
34	94.0	3.21e-07
36	94.0	3.21e-07
37	40.7114624506	6.77290836653

HUN119

Column	Version 1	Version 2
2	46.20588	47.3523
4	46.0	47.0
5	12.3528	21.138
7	17.48043	20.1716
9	17.0	20.0
10	28.8258	10.296
11	1.0	07
14	KAPOSVAR B-69, THERMAL BATH; HOLE	HEVES, B-4
16	19831017
17	742.0	374.0
18	182.0	14.0
19	H31	U58
20	-
21	G/H	W/H
22	50.0
23	PLIOCENE; SAND; THERMAL BATH	PLIOCENE, RECHARGE ZONE
25	599.0	2.86e-07
27	1.06	2.58e-07
34	209.86	9.44e-07
36	210.2	9.44e-07
37	565.094339623	1.10852713178
53	University of Cambridge He database, 1994, unpubl.	Stute et al., 1992

HUN120

Column	Version 1	Version 2
2	46.20589	47.33272
4	46.0	47.0
5	12.3534	19.9632
7	17.48151	20.21386
9	17.0	20.0
10	28.8906	12.8316
11	1.0	07
14	KAPOSVAR K-232, THERMAL BATH; HOLE	HEVESVEZEKENY
16	19831017
17	913.0	555.0
18	157.0	14.0
19	H32	U329
20	-
22	53.0
23	PLIOCENE; SAND; THERMAL BATH	PLIOCENE
25	6.11	4.16e-07
27	0.063	2.49e-07
34	201.74	2.78e-07
36	203.7	2.57e-07
37	96.9841269841	1.67068273092
53	University of Cambridge He database, 1994, unpubl.	Stute et al., 1992

HUN121

Column	Version 1	Version 2
2	47.43579	46.46533
4	47.0	46.0
5	26.1474	27.9198
7	20.02038	17.10521
9	20.0	17.0
10	1.2228	6.3126
11	7.0	08
14	KARACSOND	HEVIZ, DOBOGOI VM
17	302.0
18	28.0
19	U346	U9
21	W/H	W
23	RECHARGE ZONE, PLIOCENE
25	1.94	3.005e-07
27	0.248
34	63.8	7.85e-07
35		≤
36	63.8	7.85e-07
37	7.82258064516
53	Stute et al., 1992	Deak & Stute

HUN122

Column	Version 1	Version 2
2	47.1919	46.47128
4	47.0	46.0
5	11.514	28.2768
7	20.54429	17.11277
9	20.0	17.0
10	32.6574	6.7662
11	1,5	01,04
14	KARCAG; T/BATH B-127	HEVIZ, FONTANALIS, B-7
16		19831017
17	1262.0	48.0
18	72.0	6.0
19	H160	H26
20	-
22	68.0	40.0
25	1.28	5e-06
27	0.006	4.88e-06
32		0.444
34	34.58	6.216e-07
36	33.1	5.096e-07
37	213.333333333	1.02459016393
53	University of Cambridge He database, 1994; Martel et al., 1989	University of Cambridge He database, 1994, unpubl.; Deak et al., 1989

HUN123

Column	Version 1	Version 2
2	46.27211	46.47141
5	16.3266	28.2846
7	20.50538	17.11242
9	20.0	17.0
10	30.3228	6.7452
11	9.0	08
14	KASZAPER VM	HEVIZ, RAKOCZI & GYORGY
16	19910711
17	143.0	48.0
18		5.0
19	L9	U13
21	W/H	W
22		41.0
23	QUATERNARY	PLIOCENE SAND
25	1.93	1.01e-05
27	0.221
34		6.99e-07
35		≤
36	86.8	6.99e-07
37	8.73303167421
53	Lenkey L.,1996, unpubl.	Deak & Stute

HUN124

Column	Version 1	Version 2
2	48.10572	46.47141
4	48.0	46.0
5	6.3432	28.2846
7	21.87096	17.11242
9	21.0	17.0
10	52.2576	6.7452
11	7.0	01,04
14	KEK	HEVIZ, RAKOCZI AND GYORGY
16		19831017
17	126.0	52.0
18	34.0
19	U359	H27
22		41.0
23	RECHARGE ZONE, QUATERNARY	PLIOCENE SAND
25	0.0735	6.7e-06
27	0.293	3.38e-06
32		0.461
34	131.0	6.454e-07
36	131.0	4.984e-07
37	0.250853242321	1.98224852071
53	Stute et al., 1992	University of Cambridge He database, 1994, unpubl.; Deak et al., 1989

HUN125

Column	Version 1	Version 2
2	46.5276	46.47297
5	31.656	28.3782
7	17.33903	17.11205
10	20.3418	6.723
11	1.0	01
14	KEKKUT, BOTTLER	HEVIZ, REST HOUSE OF MINERS, B-1
17		84.0
18		1.0
19	H24	H28
20	-
21	W/C(?)	W
22	12.0	37.0
23	SPRING; TRIASSIC; LIMESTONE	PLIOCENE SAND
25	29.9	3.7e-07
27	0.133	5.9e-08
34	97.44	4.914e-07
36	96.9	4.564e-07
37	224.812030075	6.27118644068

HUN126

Column	Version 1	Version 2
2	46.25511	46.4645
5	15.3066	27.87
7	19.28144	17.11112
9	19.0	17.0
10	16.8864	6.6672
11	1.0	08
14	KISKUNHALAS THERMAL BATH 2	HEVIZ, SZOT I
16	19841004.0
17	829.0	91.0
18	80.0
19	H77	U11
22	46.0
23	PLIOCENE SAND	PLIOCENE; SAND
25	0.091	8.77e-06
27	0.207
34	66.92	6.79e-07
35	<=	≤
36	66.92	6.79e-07
37	0.43961352657
53	University of Cambridge He database, 1994, unpubl.	Deak & Stute

HUN127

Column	Version 1	Version 2
2	47.11932	46.47117
4	47.0	46.0
5	7.1592	28.2702
7	20.4541	17.11157
9	20.0	17.0
10	27.246	6.6942
11	7.0	01
14	KISUJSZALLAS; HOLE	HEVIZ; HOTEL THERMAL
16		19831017
17	554.0	89.0
18	45.0	3.0
19	U332	H29
22		41.0
23	PLIOCENE	PLIOCENE; SAND
25	41.81	1.06e-05
27	0.227	5.81e-07
34	99.1	6.356e-07
36	99.1	4.85e-07
37	184.185022026	18.2444061962
53	Stute et al., 1992	University of Cambridge He database, 1994, unpubl.

HUN128

Column	Version 1	Version 2
2	47.12039	47.21143
5	7.2234	12.6858
7	20.45546	21.16385
9	20.0	21.0
10	27.3276	9.831
11	5.0	07
14	KISUJSZALLAS; HOLE	KABA
17	248.0	196.0
18	9.0	14.0
19		U340
25	12.745	1.03e-05
27		2.53e-07
34	114.0	9.4e-07
36	115.0	9.4e-07
37		40.7114624506
53	Martel et al., 1989	Stute et al., 1992

HUN129

Column	Version 1	Version 2
2	47.12039	46.20588
4	47.0	46.0
5	7.2234	12.3528
7	20.45546	17.48043
9	20.0	17.0
10	27.3276	28.8258
11	7.0	01
14	KISUJSZALLAS; HOLE	KAPOSVAR B-69, THERMAL BATH; HOLE
16		19831017
17	248.0	742.0
18	9.0	182.0
19	U24	H31
21	W/H	G/H
22		50.0
23	DISCHARGE ZONE, QUATERNARY	PLIOCENE; SAND; THERMAL BATH
24		0.000599
25	24.17
27	0.437	1.06e-06
34	115.0	2.0986e-06
36	115.0	2.102e-06
37	55.3089244851	565.094339623
53	Stute et al., 1992	University of Cambridge He database, 1994, unpubl.

HUN130

Column	Version 1	Version 2
2	47.13548	46.20589
4	47.0	46.0
5	8.1288	12.3534
7	20.4561	17.48151
9	20.0	17.0
10	27.366	28.8906
11	7.0	01
14	KISUJSZALLAS; HOLE	KAPOSVAR K-232, THERMAL BATH; HOLE
16		19831017
17	0.0	913.0
18	0.0	157.0
19	U28	H32
22		53.0
23	DISCHARGE ZONE, QUATERNARY	PLIOCENE; SAND; THERMAL BATH
25	0.15	6.11e-06
27	0.269	6.3e-08
34	125.0	2.0174e-06
36	125.0	2.037e-06
37	0.557620817844	96.9841269841
53	Stute et al., 1992	University of Cambridge He database, 1994, unpubl.

HUN131

Column	Version 1	Version 2
2	47.13452	47.43579
5	8.0712	26.1474
7	20.4562	20.02038
10	27.372	1.2228
11	7.0	07
14	KISUJSZALLAS; HOLE	KARACSOND
17	64.0	302.0
18	8.0	28.0
19	U335	U346
23	DISCHARGE ZONE, QUATERNARY	RECHARGE ZONE, PLIOCENE
25	10.4	1.94e-06
27	0.269	2.48e-07
34	134.0	6.38e-07
36	134.0	6.38e-07
37	38.6617100372	7.82258064516

HUN132

Column	Version 1	Version 2
2	48.1351	47.1919
4	48.0	47.0
5	8.106	11.514
7	22.04098	20.54429
9	22.0	20.0
10	2.4588	32.6574
11	7.0	01,05
14	KISVARDA	KARCAG; T/BATH B-127
17	76.0	1262.0
18	21.0	72.0
19	U123	H160
22		68.0
23	RECHARGE ZONE, QUATERNARY	PLIOCENE SAND
25	0.07	1.28e-06
27	0.283	6e-09
34	133.0	3.458e-07
36	133.0	3.31e-07
37	0.247349823322	213.333333333
53	Stute et al., 1992	University of Cambridge He database, 1994; Martel et al., 1989

HUN133

Column	Version 1	Version 2
2	48.1353	46.27211
4	48.0	46.0
5	8.118	16.3266
7	22.04112	20.50538
9	22.0	20.0
10	2.4672	30.3228
11	7.0	09
14	KISVARDA VM-I	KASZAPER VM
16		19910711
17	172.0	143.0
18	19.0
19	U122	L9
23	RECHARGE ZONE, QUATERNARY	QUATERNARY
25	2.76	1.93e-06
27	0.276	2.21e-07
34	8.1
36	8.1	8.68e-07
37	10.0	8.73303167421
53	Stute et al., 1992	Lenkey L.,1996, unpubl.

HUN134

Column	Version 1	Version 2
2	48.13513	48.10572
5	8.1078	6.3432
7	22.04112	21.87096
9	22.0	21.0
10	2.4672	52.2576
11	10.0	07
14	KISVARDA, TH/BATH-4, B-154	KEK
17	770.0	126.0
18	23.0	34.0
19	H-93-7	U359
21	G	W/H
22	57.0
23	PLIOCENE	RECHARGE ZONE, QUATERNARY
25		7.35e-08
27		2.93e-07
34	39.22	1.31e-06
35		≤
36	39.22	1.31e-06
37		0.250853242321
53	Marty, 1995	Stute et al., 1992

HUN135

Column	Version 1	Version 2
2	48.05504	46.5276
4	48.0	46.0
5	3.3024	31.656
7	22.70067	17.33903
9	22.0	17.0
10	42.0402	20.3418
11	7.0	01
14	KOLCSE	KEKKUT, BOTTLER
16		19831017
17	103.0
18	13.0
19	U356	H24
21	W/H	W
22		12.0
23	DISCHARGE ZONE, QUATERNARY	SPRING; TRIASSIC; LIMESTONE
25	0.125	2.99e-05
27	0.249	1.33e-07
34	101.0	9.744e-07
36	101.0	9.69e-07
37	0.502008032129	224.812030075
53	Stute et al., 1992	University of Cambridge He database, 1994, unpubl.

HUN136

Column	Version 1	Version 2
2	47.43544	46.25511
4	47.0	46.0
5	26.1264	15.3066
7	18.06264	19.28144
9	18.0	19.0
10	3.7584	16.8864
11	1.0	01
14	KOMAROM, LENGYER K-21	KISKUNHALAS THERMAL BATH 2
16	19830811	19841004.0
17	1198.0	829.0
18	61.0	80.0
19	H17	H77
22	62.0	46.0
23	CRETACEOUS LIMESTONE	PLIOCENE SAND
25	19.6	9.1e-08
27	3.0	2.07e-07
34	44.1	6.692e-07
35		≤
36	40.6	6.692e-07
37	6.53333333333	0.43961352657

HUN137

Column	Version 1	Version 2
2	48.05704
4	48.0
5	3.4224
7	21.7261
9	21.0
10	43.566
11	1.0	11.0
14	KOTAJ VM-7	Kismaria gas reservoir, well 22
17	154.0
18	12.0
19	H155
21	W	G/H
22	19.0
23	QUATERNARY SAND, DISCHARGE ZONE
25	0.99
27	0.212
32		1.015
34	19.18	1.421e-06
36	12.88
37	4.66981132075
43		Ra=1.40E-06
47		0.283
48		0.619
50		-47.6
51		-6.4
53	University of Cambridge He database, 1994, unpubl.	Sherwood Lollar et al., 1997

HUN138

Column	Version 1	Version 2
2	48.05704
4	48.0
5	3.4224
7	21.7261
9	21.0
10	43.566
11	7.0	11.0
14	KOTAJ, VM-7	Kismaria gas reservoir, well 55
17	154.0
18	13.0
19	U235
21	W/H	G/H
23	QUATERNARY SAND, DISCHARGE ZONE
25	1.05
27	0.238
32		1.378
34	19.5	1.9292e-06
35		≥
36	19.5	1.9292e-06
37	4.41176470588
43		Ra=1.40E-06
47		0.923
48		0.0709
50		-42.1
51		-5.1
53	Stute et al., 1992	Sherwood Lollar et al., 1997

HUN139

Column	Version 1	Version 2
2	47.21597
4	47.0
5	12.9582
7	20.39001
9	20.0
10	23.4006
11	7.0	11.0
14	KUNHEGYES	Kismaria gas reservoir, well 56
17	316.0
18	28.0
19	U383
21	W/H	G/H
23	PLIOCENE
25	4.31
27	0.249
32		1.16
34	17.2	1.624e-06
35		≥
36	17.2	1.624e-06
37	17.3092369478
43		Ra=1.40E-06
47		0.915
48		0.0725
50		-49.4
51		-6.8
53	Stute et al., 1992	Sherwood Lollar et al., 1997

HUN140

Column	Version 1	Version 2
2	47.22369
4	47.0
5	13.4214
7	20.38152
9	20.0
10	22.8912
11	7.0	11.0
14	KUNHEGYES	Kismaria gas reservoir, well 61
17	85.0
18	5.0
19	U52
21	W/H
23	QUATERNARY DISCHARGE ZONE
25	1.06
27	0.376
32		1.16
34	21.6	1.624e-06
35		≥
36	20.3	1.624e-06
37	2.81914893617
47		0.91
48		0.0786
53	Stute et al., 1992	Sherwood Lollar et al., 1997

HUN141

Column	Version 1	Version 2
2	47.2551
4	47.0
5	15.306
7	20.4746
9	20.0
10	28.476
11	7.0	11.0
14	KUNMADARAS	Kismaria gas reservoir, well 74
17	187.0
18	18.0
19	U202
21	W/H	G/H
23	QUATERNARY
25	5.22
27	0.246
32		1.339
34	32.1	1.8746e-06
35		≥
36	32.1	1.8746e-06
37	21.2195121951
43		Ra=1.40E-06
47		0.954
48		0.0359
50		-44.6
51		-5.1
53	Stute et al., 1992	Sherwood Lollar et al., 1997

HUN142

Column	Version 1	Version 2
2	47.255
4	47.0
5	15.3
7	20.4745
9	20.0
10	28.47
11	1.0	11.0
14	KUNMADARAS, VM-3	Kismaria gas reservoir, well 79
16	19850720
17	119.0
18	11.0
19	H143
21	W/H	G/H
22	20.0
23	QUATERNARY SAND
25	1.94
27	0.273
32		1.38
34	23.66	1.932e-06
35		≥
36	19.74	1.932e-06
37	7.10622710623
43		Ra=1.40E-06
47		0.928
48		0.0615
50		-42.0
51		-4.9
53	University of Cambridge He database, 1994, unpubl.	Sherwood Lollar et al., 1997

HUN143

Column	Version 1	Version 2
2	47.25522
4	47.0
5	15.3132
7	20.47487
9	20.0
10	28.4922
11	1,5	11.0
14	KUNMADARAS, VM-4	Kismaria gas reservoir, well 8
16	19850720
17	277.0
18	17.0
19	H144
20	-
21	W/H	G/H
22	27.0
23	QUATERNARY SAND DISCHARGE ZONE [5]
25	5.12
27	0.1
32		1.327
34	80.78	1.8578e-06
35		≥
36	77.1	1.8578e-06
37	51.2
43		Ra=1.40E-06
47		0.921
48		0.0684
50		-44.0
51		-5.0
53	University of Cambridge He database, 1994; Martel et al., 1989	Sherwood Lollar et al., 1997

HUN144

Column	Version 1	Version 2
2	46.50331	47.12039
4	46.0	47.0
5	30.1986	7.2234
7	20.17582	20.45546
10	10.5492	27.3276
11	9.0	05
14	KUNSZENTMARTON, VM-2	KISUJSZALLAS; HOLE
16	19910714
17	405.0	248.0
18	22.0	9.0
19	L36
23	QUATERNARY	DISCHARGE ZONE, QUATERNARY
25	3.65	1.2745e-05
27	0.149
34		1.14e-06
36	126.0	1.15e-06
37	24.4966442953
53	Lenkey L.,1996, unpubl.	Martel et al., 1989

HUN145

Column	Version 1	Version 2
2	46.50331	47.12039
4	46.0	47.0
5	30.1986	7.2234
7	20.17582	20.45546
10	10.5492	27.3276
11	9.0	07
14	KUNSZENTMARTON, VM-2	KISUJSZALLAS; HOLE
16	19910714
17	405.0	248.0
18	22.0	9.0
19	L37	U24
23	QUATERNARY	DISCHARGE ZONE, QUATERNARY
25	3.94	2.417e-05
27	0.161	4.37e-07
34		1.15e-06
36	126.0	1.15e-06
37	24.4720496894	55.3089244851
53	Lenkey L.,1996, unpubl.	Stute et al., 1992

HUN146

Column	Version 1	Version 2
2	46.51375	47.13548
4	46.0	47.0
5	30.825	8.1288
7	19.59457	20.4561
9	19.0	20.0
10	35.6742	27.366
11	1,5	07
14	LAKITELEK, STRAND VM-3	KISUJSZALLAS; HOLE
16	19850718
17	350.0
18		0.0
19	H129	U28
20	-
21	W/?	W/H
22	22.0
23	QUATERNARY SAND; DISCHARGE ZONE [5]	DISCHARGE ZONE, QUATERNARY
25	3.07	1.5e-07
27	0.128	2.69e-07
34	196.56	1.25e-06
35		≤
36	204.64	1.25e-06
37	23.984375	0.557620817844
53	University of Cambridge He database, 1994; Martel et al., 1989	Stute et al., 1992

HUN147

Column	Version 1	Version 2
2	46.51375	47.11932
4	46.0	47.0
5	30.825	7.1592
7	19.59457	20.4541
9	19.0	20.0
10	35.6742	27.246
11	7.0	07
14	LAKITELEK, VM-III	KISUJSZALLAS; HOLE
17	317.0	554.0
18	19.0	45.0
19	U185	U332
23	DISCHARGE ZONE, QUATERNARY	PLIOCENE
25	3.72	4.181e-05
27	0.261	2.27e-07
34	190.0	9.91e-07
36	190.0	9.91e-07
37	14.2528735632	184.185022026

HUN148

Column	Version 1	Version 2
2	47.43429	47.13452
5	26.0574	8.0712
7	17.2417	20.4562
9	17.0	20.0
10	14.502	27.372
11	1.0	07
14	LEBENYMIKLOS	KISUJSZALLAS; HOLE
16	19840213
17	2003.0	64.0
18	272.0	8.0
19	H44	U335
21	W	W/H
22	67.0
23	PLIOCENE; SAND	DISCHARGE ZONE, QUATERNARY
25	0.89	1.04e-05
27	0.12	2.69e-07
34	50.68	1.34e-06
36	47.74	1.34e-06
37	7.41666666667	38.6617100372
53	University of Cambridge He database, 1994, unpubl.	Stute et al., 1992

HUN149

Column	Version 1	Version 2
2	48.0025	48.1351
5	0.15	8.106
7	22.59954	22.04098
10	35.9724	2.4588
11	7.0	07
14	MAND	KISVARDA
17	96.0	76.0
18	24.0	21.0
19	U354	U123
23	DISCHARGE ZONE, QUATERNARY	RECHARGE ZONE, QUATERNARY
25	0.347	7e-08
27	0.266	2.83e-07
34	106.0	1.33e-06
35		≤
36	106.0	1.33e-06
37	1.3045112782	0.247349823322

HUN150

Column	Version 1	Version 2
2	47.57539	48.1353
4	47.0	48.0
5	34.5234	8.118
7	22.19464	22.04112
10	11.6784	2.4672
11	7.0	07
14	MATESZALKA	KISVARDA VM-I
17	239.0	172.0
18	13.0	19.0
19	U41	U122
25	0.106	2.76e-06
27	0.247	2.76e-07
34	85.5	8.1e-08
36	85.5	8.1e-08
37	0.429149797571	10.0

HUN151

Column	Version 1	Version 2
2	46.30247	48.13513
4	46.0	48.0
5	18.1482	8.1078
7	20.57465	22.04112
9	20.0	22.0
10	34.479	2.4672
11	9.0	10.0
14	MEDGYESBODZAS, VM-3	KISVARDA, TH/BATH-4, B-154
16	19910713
17	241.0	770.0
18	20.0	23.0
19	L33	H-93-7/1
21	W/H	G/H
22		57.0
23	QUATERNARY	PLIOCENE
24		0.000654
25	0.594
27	0.131
28		4.75e-06
32		0.283
34		3.922e-07
36	47.6	3.922e-07
37	4.53435114504
39		9.97
40		0.0291
41		0.186
42		296.5
43		Ra=1.38E-06
45		0.0025
46		0.48
47		0.056
48		0.45
53	Lenkey L.,1996, unpubl.	Marty, 1995

HUN152

Column	Version 1	Version 2
2	47.13018	48.05504
4	47.0	48.0
5	7.8108	3.3024
7	17.05414	22.70067
9	17.0	22.0
10	3.2484	42.0402
11	1.0	07
14	MESTERI 2	KOLCSE
17	1685.0	103.0
18	120.0	13.0
19	H67	U356
20	-
21	W/?	W/H
22	46.0
23	TRIASSIC; LIMESTONE	DISCHARGE ZONE, QUATERNARY
25	5.39	1.25e-07
27	0.13	2.49e-07
34	149.24	1.01e-06
35		≤
36	149.96	1.01e-06
37	41.4615384615	0.502008032129
53	University of Cambridge He database, 1994, unpubl.	Stute et al., 1992

HUN153

Column	Version 1	Version 2
2	46.23558	47.43544
4	46.0	47.0
5	14.1348	26.1264
7	20.5531	18.06264
9	20.0	18.0
10	33.186	3.7584
11	9.0	01
14	MEZOKOVACSHAZA	KOMAROM, LENGYER K-21
16	19910710	19830811
17	1040.0	1198.0
18	10.0	61.0
19	L6	H17
22		62.0
23	PLIOCENE	CRETACEOUS LIMESTONE
25	36.29	1.96e-05
27	0.198	3e-06
34		4.41e-07
36	64.68	4.06e-07
37	183.282828283	6.53333333333
53	Lenkey L.,1996, unpubl.	University of Cambridge He database, 1994, unpubl.

HUN154

Column	Version 1	Version 2
2	46.23558	48.05704
4	46.0	48.0
5	14.1348	3.4224
7	20.5531	21.7261
9	20.0	21.0
10	33.186	43.566
11	9.0	01
14	MEZOKOVACSHAZA	KOTAJ VM-7
16	19910710
17	1040.0	154.0
18	10.0	12.0
19	L5	H155
22		19.0
23	PLIOCENE	QUATERNARY SAND, DISCHARGE ZONE
25	37.25	9.9e-07
27	0.193	2.12e-07
34		1.918e-07
36	78.1	1.288e-07
37	193.005181347	4.66981132075
53	Lenkey L.,1996, unpubl.	University of Cambridge He database, 1994, unpubl.

HUN155

Column	Version 1	Version 2
2	46.23568	48.05704
4	46.0	48.0
5	14.1408	3.4224
7	20.55329	21.7261
9	20.0	21.0
10	33.1974	43.566
11	9.0	07
14	MEZOKOVACSHAZA, DOZSA VM-1	KOTAJ, VM-7
16	19910710
17	48.0	154.0
18	2.0	13.0
19	L4	U235
23	QUATERNARY	QUATERNARY SAND, DISCHARGE ZONE
25	0.155	1.05e-06
27	0.167	2.38e-07
34		1.95e-07
36	58.8	1.95e-07
37	0.928143712575	4.41176470588
53	Lenkey L.,1996, unpubl.	Stute et al., 1992

HUN156

Column	Version 1	Version 2
2	46.23565	47.22369
4	46.0	47.0
5	14.139	13.4214
7	20.55325	20.38152
10	33.195	22.8912
11	9.0	07
14	MEZOKOVACSHAZA, DOZSA VM-2	KUNHEGYES
16	19910710
17	161.0	85.0
18	33.0	5.0
19	L2	U52
23	QUATERNARY	QUATERNARY DISCHARGE ZONE
25	0.555	1.06e-06
27	0.189	3.76e-07
34		2.16e-07
36	79.8	2.03e-07
37	2.93650793651	2.81914893617
53	Lenkey L.,1996, unpubl.	Stute et al., 1992

HUN157

Column	Version 1	Version 2
2	46.23565	47.21597
4	46.0	47.0
5	14.139	12.9582
7	20.55325	20.39001
10	33.195	23.4006
11	9.0	07
14	MEZOKOVACSHAZA, DOZSA VM-2	KUNHEGYES
16	19910710
17	161.0	316.0
18	33.0	28.0
19	L3	U383
23	QUATERNARY	PLIOCENE
25	0.487	4.31e-06
27	0.173	2.49e-07
34		1.72e-07
36	88.2	1.72e-07
37	2.81502890173	17.3092369478
53	Lenkey L.,1996, unpubl.	Stute et al., 1992

HUN158

Column	Version 1	Version 2
2	46.58396	47.2551
4	46.0	47.0
5	35.0376	15.306
7	20.37163	20.4746
10	22.2978	28.476
11	7.0	07
14	MEZOTUR, IV/1	KUNMADARAS
17	584.0	187.0
18	35.0	18.0
19	U198	U202
23	QUATERNARY SAND DISCHARGE ZONE	QUATERNARY
25	11.6	5.22e-06
27	0.237	2.46e-07
34	69.4	3.21e-07
36	69.4	3.21e-07
37	48.9451476793	21.2195121951

HUN159

Column	Version 1	Version 2
2	46.58376	47.255
4	46.0	47.0
5	35.0256	15.3
7	20.37166	20.4745
10	22.2996	28.47
11	7.0	01
14	MEZOTUR, IV/2	KUNMADARAS, VM-3
16		19850720
17	496.0	119.0
18	4.0	11.0
19	U195	H143
22		20.0
23	QUATERNARY SAND DISCHARGE ZONE	QUATERNARY SAND
25	8.19	1.94e-06
27	0.263	2.73e-07
34	72.1	2.366e-07
36	72.1	1.974e-07
37	31.1406844106	7.10622710623
53	Stute et al., 1992	University of Cambridge He database, 1994, unpubl.

HUN160

Column	Version 1	Version 2
2	46.58396	47.25522
4	46.0	47.0
5	35.0376	15.3132
7	20.37163	20.47487
10	22.2978	28.4922
11	1,5	01,05
14	MEZOTUR; IV/1	KUNMADARAS, VM-4
16	19850719	19850720
17	584.0	277.0
18	35.0	17.0
19	H140	H144
20	-
22	40.0	27.0
23	QUATERNARY SAND DISCHARGE ZONE [5]	QUATERNARY SAND, DISCHARGE ZONE
25	7.79	5.12e-06
27	0.387	1e-07
34	67.06	8.078e-07
36	54.3	7.71e-07
37	20.1291989664	51.2

HUN161

Column	Version 1	Version 2
2	46.58376	46.50331
5	35.0256	30.1986
7	20.37166	20.17582
10	22.2996	10.5492
11	1.0	09
14	MEZOTUR; IV/2	KUNSZENTMARTON, VM-2
16	19850719	19910714
17	496.0	405.0
18	4.0	22.0
19	H135	L36
22	35.0
23	QUATERNARY SAND DISCHARGE ZONE	QUATERNARY
25	5.55	3.65e-06
27	6.95	1.49e-07
34	64.68
36	34.16	1.26e-06
37	0.798561151079	24.4966442953
53	University of Cambridge He database, 1994, unpubl.	Lenkey L.,1996, unpubl.

HUN162

Column	Version 1	Version 2
2	46.58358	46.50331
5	35.0148	30.1986
7	20.3717	20.17582
10	22.302	10.5492
11	1,5	09
14	MEZOTUR; IV/4	KUNSZENTMARTON, VM-2
16	19850719	19910714
17	165.5	405.0
18	4.5	22.0
19	H138	L37
20	-
22	20.0
23	QUATERNARY SAND DISCHARGE ZONE [5]	QUATERNARY
25	3.09	3.94e-06
27	0.145	1.61e-07
34	85.26
36	76.3	1.26e-06
37	21.3103448276	24.4720496894
53	University of Cambridge He database, 1994; Martel et al., 1989	Lenkey L.,1996, unpubl.

HUN163

Column	Version 1	Version 2
2	46.58358	46.51375
5	35.0148	30.825
7	20.3717	19.59457
9	20.0	19.0
10	22.302	35.6742
11	7.0	01,05
14	MEZOTUR; IV/4	LAKITELEK, STRAND VM-3
16		19850718
17	166.0	350.0
18	5.0
19	U193	H129
21	W/H	W
22		22.0
23	QUATERNARY SAND DISCHARGE ZONE	QUATERNARY SAND, DISCHARGE ZONE
25	3.77	3.07e-06
27	0.26	1.28e-07
34	91.5	1.9656e-06
36	91.5	2.0464e-06
37	14.5	23.984375
53	Stute et al., 1992	University of Cambridge He database, 1994; Martel et al., 1989

HUN164

Column	Version 1	Version 2
2	46.5838	46.51375
5	35.028	30.825
7	20.37166	19.59457
9	20.0	19.0
10	22.2996	35.6742
11	1.0	07
14	MEZOTUR; IV/5	LAKITELEK, VM-III
16	19850719
17	61.0	317.0
18	11.0	19.0
19	H139	U185
22	16.0
23	QUATERNARY SAND	DISCHARGE ZONE, QUATERNARY
25	0.59	3.72e-06
27	0.214	2.61e-07
34	82.6	1.9e-06
36	77.28	1.9e-06
37	2.75700934579	14.2528735632
53	University of Cambridge He database, 1994, unpubl.	Stute et al., 1992

HUN165

Column	Version 1	Version 2
2	46.58364	47.43429
4	46.0	47.0
5	35.0184	26.0574
7	20.3716	17.2417
9	20.0	17.0
10	22.296	14.502
11	1.0	01
14	MEZOTUR; IV/6	LEBENYMIKLOS
16	19850719	19840213
17	107.0	2003.0
18	15.0	272.0
19	H137	H44
20	-
21	W/?	W
22	17.0	67.0
23	QUATERNARY SAND	PLIOCENE; SAND
25	2.23	8.9e-07
27	0.136	1.2e-07
34	81.76	5.068e-07
36	68.7	4.774e-07
37	16.3970588235	7.41666666667

HUN166

Column	Version 1	Version 2
2	47.00197
4	47.0
5	0.1182
7	20.36445
9	20.0
10	21.867
11	7.0	11.0
14	MEZOTUR; STRAND II	Little Hungarian Plain (LHP)
17	704.0
18	102.0
19	U196
21	W/H	G/H
23	PLIOCENE SAND DISCHARGE ZONE
25	23.0
27	0.417
32		3.2
34	68.7	4.48e-06
35		≥
36	68.7	4.48e-06
37	55.1558752998
43		Ra=1.40E-06
47		1.0
53	Stute et al., 1992	Sherwood Lollar et al., 1997

HUN167

Column	Version 1	Version 2
2	47.00197	48.0025
4	47.0	48.0
5	0.1182	0.15
7	20.36445	22.59954
9	20.0	22.0
10	21.867	35.9724
11	1,5	07
14	MEZOTUR; STRAND II	MAND
16	19850719
17	704.0	96.0
18	102.0	24.0
19	H134	U354
20	-
22	46.0
23	PLIOCENE SAND DISCHARGE ZONE [5]	DISCHARGE ZONE, QUATERNARY
25	15	3.47e-07
27	1.53	2.66e-07
34	78.82	1.06e-06
36	78.68	1.06e-06
37	15	1.3045112782
53	University of Cambridge He database, 1994; Martel et al., 1989	Stute et al., 1992

HUN168

Column	Version 1	Version 2
2	47.30583	47.57539
5	18.3498	34.5234
7	17.05286	22.19464
9	17.0	22.0
10	3.1716	11.6784
11	3.0	07
14	MIHALYI; HOLE M-25	MATESZALKA
17	1415.0	239.0
18	2.0	13.0
19		U41
21	G/H	W/H
23	PLIOCENE	RECHARGE ZONE, QUATERNARY
25		1.06e-07
27		2.47e-07
34	550.0	8.55e-07
35		≤
36	550.2	8.55e-07
37		0.429149797571
53	Cornides et al., 1986	Stute et al., 1992

HUN169

Column	Version 1	Version 2
2	46.27125	46.30247
5	16.275	18.1482
7	20.5347	20.57465
10	32.082	34.479
11	9.0	09
14	NAGYBANHEGYES, TH/BATH	MEDGYESBODZAS, VM-3
16	19910710	19910713
17	55.0	241.0
18	5.0	20.0
19	L8	L33
25	0.177	5.94e-07
27	0.182	1.31e-07
36	76.3	4.76e-07
37	0.972527472527	4.53435114504

HUN170

Column	Version 1	Version 2
2	46.27115	47.13018
4	46.0	47.0
5	16.269	7.8108
7	20.53461	17.05414
9	20.0	17.0
10	32.0766	3.2484
11	9.0	01,04
14	NAGYBANHEGYES, ZALKA CO-OP	MESTERI 2
16	19910710
17	1127.0	1685.0
18	61.0	120.0
19	L7	H67
21	W	W/H
22		46.0
23	PLIOCENE	TRIASSIC; LIMESTONE
25	16.68	5.39e-06
27	0.163	1.3e-07
32		1.066
34		1.4924e-06
36	93.24	1.4996e-06
37	102.331288344	41.4615384615
53	Lenkey L.,1996, unpubl.	University of Cambridge He database, 1994, unpubl.; Deak et al., 1989

HUN171

Column	Version 1	Version 2
2	47.4105	46.23558
4	47.0	46.0
5	24.63	14.1348
7	20.06554	20.5531
10	3.9324	33.186
11	7.0	09
14	NAGYFUGED	MEZOKOVACSHAZA
16		19910710
17	307.0	1040.0
18	25.0	10.0
19	U67	L6
21	W/H	W
23	PLIOCENE RECHARGE ZONE	PLIOCENE
25	0.224	3.629e-05
27	0.333	1.98e-07
34	54.2
36	54.2	6.468e-07
37	0.672672672673	183.282828283
53	Stute et al., 1992	Lenkey L.,1996, unpubl.

HUN172

Column	Version 1	Version 2
2	47.5787	46.23558
4	47.0	46.0
5	34.722	14.1348
7	21.49313	20.5531
9	21.0	20.0
10	29.5878	33.186
11	7.0	09
14	NAGYMACS, VM-2	MEZOKOVACSHAZA
16		19910710
17	134.0	1040.0
18	24.0	10.0
19	U251	L5
21	W/H	W
23	DISCHARGE ZONE, QUATERNARY	PLIOCENE
25	3.15	3.725e-05
27	0.255	1.93e-07
34	38.9
36	38.9	7.81e-07
37	12.3529411765	193.005181347
53	Stute et al., 1992	Lenkey L.,1996, unpubl.

HUN173

Column	Version 1	Version 2
2	46.40065	46.23568
5	24.039	14.1408
7	20.40232	20.55329
10	24.1392	33.1974
11	9.0	09
14	NAGYSZENAS, VM	MEZOKOVACSHAZA, DOZSA VM-1
16	19910712	19910710
17	323.0	48.0
18	34.0	2.0
19	L18	L4
25	3.63	1.55e-07
27	0.096	1.67e-07
36	100.8	5.88e-07
37	37.8125	0.928143712575

HUN174

Column	Version 1	Version 2
2	47.69668	46.23565
4	47.0	46.0
5	41.8008	14.139
7	21.92521	20.55325
9	21.0	20.0
10	55.5126	33.195
11	7.0	09
14	NYIRADONY	MEZOKOVACSHAZA, DOZSA VM-2
16		19910710
17	58.0	161.0
18	3.0	33.0
19	U34	L2
23	RECHARGE ZONE, QUATERNARY	QUATERNARY
25	0.0493	5.55e-07
27	0.212	1.89e-07
34	149.0
36	149.0	7.98e-07
37	0.232547169811	2.93650793651
53	Stute et al., 1992	Lenkey L.,1996, unpubl.

HUN175

Column	Version 1	Version 2
2	47.69657	46.23565
4	47.0	46.0
5	41.7942	14.139
7	21.92514	20.55325
9	21.0	20.0
10	55.5084	33.195
11	7.0	09
14	NYIRADONY, B-24	MEZOKOVACSHAZA, DOZSA VM-2
16		19910710
17	249.0	161.0
18	5.0	33.0
19	U33	L3
23	RECHARGE ZONE, QUATERNARY	QUATERNARY
25	0.0754	4.87e-07
27	0.28	1.73e-07
34	125.0
36	125.0	8.82e-07
37	0.269285714286	2.81502890173
53	Stute et al., 1992	Lenkey L.,1996, unpubl.

HUN176

Column	Version 1	Version 2
2	47.50335	46.58396
4	47.0	46.0
5	30.201	35.0376
7	22.07305	20.37163
9	22.0	20.0
10	4.383	22.2978
11	7.0	07
14	NYIRBATOR	MEZOTUR, IV/1
17	305.0	584.0
18	8.0	35.0
19	U39	U198
23	RECHARGE ZONE, QUATERNARY	QUATERNARY SAND, DISCHARGE ZONE
25	0.132	1.16e-05
27	0.263	2.37e-07
34	73.2	6.94e-07
36	73.2	6.94e-07
37	0.501901140684	48.9451476793

HUN177

Column	Version 1	Version 2
2	47.50339	46.58376
4	47.0	46.0
5	30.2034	35.0256
7	22.07309	20.37166
9	22.0	20.0
10	4.3854	22.2996
11	7.0	07
14	NYIRBATOR, B-279	MEZOTUR, IV/2
17	177.0	496.0
18	16.0	4.0
19	U38	U195
23	RECHARGE ZONE, QUATERNARY	QUATERNARY SAND, DISCHARGE ZONE
25	0.0695	8.19e-06
27	0.25	2.63e-07
34	125.0	7.21e-07
36	125.0	7.21e-07
37	0.278	31.1406844106

HUN178

Column	Version 1	Version 2
2	47.58322	46.58396
4	47.0	46.0
5	34.9932	35.0376
7	21.75349	20.37163
9	21.0	20.0
10	45.2094	22.2978
11	1.0	01,05
14	NYIREGYHAZA, SOSTO; T/BATH 1	MEZOTUR; IV/1
16		19850719
17	1000.0	584.0
18		35.0
19	H158	H140
20	-
21	W/?	W/H
22	49.0	40.0
23	PLIOCENE SAND	QUATERNARY SAND, DISCHARGE ZONE
25	26.5	7.79e-06
27	0.206	3.87e-07
34	19.46	6.706e-07
36	16.6	5.43e-07
37	128.640776699	20.1291989664
53	University of Cambridge He database, 1994, unpubl.	University of Cambridge He database, 1994; Martel et al., 1989

HUN179

Column	Version 1	Version 2
2	47.58335	46.58376
4	47.0	46.0
5	35.001	35.0256
7	21.75359	20.37166
9	21.0	20.0
10	45.2154	22.2996
11	1.0	01
14	NYIREGYHAZA, SOSTO; T/BATH 3	MEZOTUR; IV/2
16		19850719
17	562.0	496.0
18	13.0	4.0
19	H157	H135
20	-
21	W/?	W/H
22	39.0	35.0
23	PLIOCENE SAND	QUATERNARY SAND, DISCHARGE ZONE
25	24.1	5.55e-06
27	0.496	6.95e-06
34	19.6	6.468e-07
36	11.7	3.416e-07
37	48.5887096774	0.798561151079

HUN180

Column	Version 1	Version 2
2	47.39525	46.58358
4	47.0	46.0
5	23.715	35.0148
7	22.01361	20.3717
9	22.0	20.0
10	0.8166	22.302
11	7.0	07
14	NYIRLUGOS	MEZOTUR; IV/4
17	143.0	166.0
18	33.0	5.0
19	U37	U193
23	RECHARGE ZONE, QUATERNARY	QUATERNARY SAND, DISCHARGE ZONE
25	0.0782	3.77e-06
27	0.299	2.6e-07
34	138.0	9.15e-07
36	138.0	9.15e-07
37	0.261538461538	14.5

HUN181

Column	Version 1	Version 2
2	47.11059	46.58358
4	47.0	46.0
5	6.6354	35.0148
7	20.36153	20.3717
10	21.6918	22.302
11	7.0	01,05
14	ORMENYES, VM-1	MEZOTUR; IV/4
16		19850719
17	103.0	165.5
18	32.0	4.5
19	U189	H138
22		20.0
23	QUATERNARY SAND DISCHARGE ZONE	QUATERNARY SAND, DISCHARGE ZONE
25	3.87	3.09e-06
27	0.257	1.45e-07
34	50.1	8.526e-07
36	50.1	7.63e-07
37	15.0583657588	21.3103448276
53	Stute et al., 1992	University of Cambridge He database, 1994; Martel et al., 1989

HUN182

Column	Version 1	Version 2
2	47.11156	46.5838
4	47.0	46.0
5	6.6936	35.028
7	20.36162	20.37166
10	21.6972	22.2996
11	7.0	01
14	ORMENYES, VM-2	MEZOTUR; IV/5
16		19850719
17	272.0	61.0
18	14.0	11.0
19	U190	H139
22		16.0
23	QUATERNARY SAND DISCHARGE ZONE	QUATERNARY SAND
25	5.96	5.9e-07
27	0.303	2.14e-07
34	66.1	8.26e-07
36	66.1	7.728e-07
37	19.6699669967	2.75700934579
53	Stute et al., 1992	University of Cambridge He database, 1994, unpubl.

HUN183

Column	Version 1	Version 2
2	47.11059	46.58364
4	47.0	46.0
5	6.6354	35.0184
7	20.36153	20.3716
10	21.6918	22.296
11	1.0	01
14	ORMENYES; VM-1	MEZOTUR; IV/6
17	103.0	107.0
18	32.0	15.0
19	H131	H137
20	-
21	W/?	W
22	18.0	17.0
23	QUATERNARY SAND DISCHARGE ZONE	QUATERNARY SAND
25	3.46	2.23e-06
27	0.094	1.36e-07
34	48.3	8.176e-07
36	40.2	6.87e-07
37	36.8085106383	16.3970588235

HUN184

Column	Version 1	Version 2
2	47.11156	47.00197
5	6.6936	0.1182
7	20.36162	20.36445
10	21.6972	21.867
11	1,5	07
14	ORMENYES; VM-2	MEZOTUR; STRAND II
16	19850719
17	272.0	704.0
18	14.0	102.0
19	H132	U196
20	-
22	24.0
23	QUATERNARY SAND DISCHARGE ZONE [5]	PLIOCENE SAND, DISCHARGE ZONE
25	4.08	2.3e-05
27	0.257	4.17e-07
34	59.36	6.87e-07
36	40.6	6.87e-07
37	15.8754863813	55.1558752998
53	University of Cambridge He database, 1994; Martel et al., 1989	Stute et al., 1992

HUN185

Column	Version 1	Version 2
2	46.34184	47.00197
4	46.0	47.0
5	20.5104	0.1182
7	20.37362	20.36445
10	22.4172	21.867
11	9.0	01,05
14	OROSHAZA	MEZOTUR; STRAND II
16	19910711	19850719
17	819.0	704.0
18	4.0	102.0
19	L14	H134
21	W	W/H
22		46.0
23	PLIOCENE	PLIOCENE SAND, DISCHARGE ZONE
25	0.27
27	0.152	1.53e-06
34		7.882e-07
36	124.74	7.868e-07
37	1.77631578947
53	Lenkey L.,1996, unpubl.	University of Cambridge He database, 1994; Martel et al., 1989

HUN186

Column	Version 1	Version 2
2	46.34184	47.30583
4	46.0	47.0
5	20.5104	18.3498
7	20.37362	17.05286
9	20.0	17.0
10	22.4172	3.1716
11	9.0	03
14	OROSHAZA	MIHALYI; HOLE M-25
16	19910711
17	819.0	1415.0
18	4.0	2.0
19	L15	M-25
21	W	G/H
23	PLIOCENE	UPPER PANNONIAN
24		0.000199
25	0.7
27	0.224
34		5.5e-06
36	131.88	5.502e-06
37	3.125
38		614.0
39		10.16
41		0.189
42		322.0
53	Lenkey L.,1996, unpubl.	Cornides et al., 1986

HUN187

Column	Version 1	Version 2
2	46.3244	46.27125
5	19.464	16.275
7	20.42531	20.5347
10	25.5186	32.082
11	9.0	09
14	OROSHAZA VM-11	NAGYBANHEGYES, TH/BATH
16	19910711	19910710
17	280.0	55.0
18	13.0	5.0
19	L12	L8
25	5.21	1.77e-07
27	0.115	1.82e-07
36	91.7	7.63e-07
37	45.3043478261	0.972527472527

HUN188

Column	Version 1	Version 2
2	46.3244	46.27115
5	19.464	16.269
7	20.42531	20.53461
10	25.5186	32.0766
11	9.0	09
14	OROSHAZA VM-11	NAGYBANHEGYES, ZALKA CO-OP
16	19910711	19910710
17	280.0	1127.0
18	13.0	61.0
19	L11	L7
21	W/H	W
23	QUATERNARY	PLIOCENE
25	2.22	1.668e-05
27	0.094	1.63e-07
36	128.8	9.324e-07
37	23.6170212766	102.331288344

HUN189

Column	Version 1	Version 2
2	47.20013	47.4105
5	12.0078	24.63
7	17.27037	20.06554
9	17.0	20.0
10	16.2222	3.9324
11	1.0	07
14	PAPA, USZODA	NAGYFUGED
17		307.0
18		25.0
19	H65	U67
20	-
21	W/?	W/H
22	42.0
23	CRETACEOUS LIMESTONE	PLIOCENE, RECHARGE ZONE
25	4.09	2.24e-07
27	0.213	3.33e-07
34	68.32	5.42e-07
35		≤
36	55.0	5.42e-07
37	19.2018779343	0.672672672673
53	University of Cambridge He database, 1994, unpubl.	Stute et al., 1992

HUN190

Column	Version 1	Version 2
2	47.3538	47.5787
5	21.228	34.722
7	16.53296	21.49313
9	16.0	21.0
10	31.9776	29.5878
11	1.0	07
14	PETOHAZA	NAGYMACS, VM-2
16	19840214
17	974.0	134.0
18	154.0	24.0
19	H51	U251
20	-
21	W/C (?)	W/H
22	45.0
23	PLIOCENE; SAND; THERMAL BATH	DISCHARGE ZONE, QUATERNARY
25	2.3	3.15e-06
27	0.121	2.55e-07
34	222.6	3.89e-07
36	238.1	3.89e-07
37	19.0082644628	12.3529411765
53	University of Cambridge He database, 1994, unpubl.	Stute et al., 1992

HUN191

Column	Version 1	Version 2
2	47.52506	46.40065
4	47.0	46.0
5	31.5036	24.039
7	21.06468	20.40232
9	21.0	20.0
10	3.8808	24.1392
11	9.0	09
14	POLGAR THERMAL BATH	NAGYSZENAS, VM
16		19910712
17	959.0	323.0
18		34.0
19	H165	L18
21	W	W/H
23	PLIOCENE SAND	QUATERNARY
25	1.87	3.63e-06
27	0.17	9.6e-08
34	37.1
36	34.86	1.008e-06
37	11.0	37.8125

HUN192

Column	Version 1	Version 2
2	47.19121	47.69668
5	11.4726	41.8008
7	21.06094	21.92521
10	3.6564	55.5126
11	7.0	07
14	PUSPOKLADANY	NYIRADONY
17	204.0	58.0
18	12.0	3.0
19	U337	U34
23	DISCHARGE ZONE, QUATERNARY	RECHARGE ZONE, QUATERNARY
25	10.5	4.93e-08
27	0.219	2.12e-07
34	151.0	1.49e-06
35		≤
36	151.0	1.49e-06
37	47.9452054795	0.232547169811

HUN193

Column	Version 1	Version 2
2	47.25085	47.69657
5	15.051	41.7942
7	17.01299	21.92514
9	17.0	21.0
10	0.7794	55.5084
11	3.0	07
14	REPCELAK; HOLE M-24	NYIRADONY, B-24
17	1402.0	249.0
18	6.0	5.0
19		U33
21	G/H	W/H
23	PANNONIAN	RECHARGE ZONE, QUATERNARY
25		7.54e-08
27		2.8e-07
34	260.0	1.25e-06
35		≤
36	260.4	1.25e-06
37		0.269285714286
53	Cornides et al., 1986	Stute et al., 1992

HUN194

Column	Version 1	Version 2
2	47.32294	47.50335
5	19.3764	30.201
7	17.07033	22.07305
9	17.0	22.0
10	4.2198	4.383
11	3.0	07
14	REPCELAK; HOLE M-5B	NYIRBATOR
17	1435.0	305.0
18	3.0	8.0
19		U39
21	G/H	W/H
23	PANNONIAN	RECHARGE ZONE, QUATERNARY
25		1.32e-07
27		2.63e-07
34	290.0	7.32e-07
35		≤
36	290.0	7.32e-07
37		0.501901140684
53	Cornides et al., 1986	Stute et al., 1992

HUN195

Column	Version 1	Version 2
2	47.14443	47.50339
5	8.6658	30.2034
7	16.56549	22.07309
9	16.0	22.0
10	33.9294	4.3854
11	1.0	07
14	SARVAR B-7	NYIRBATOR, B-279
16	19830810
17	952.0	177.0
18	36.0	16.0
19	H14	U38
20	-
21	W/C(?)	W/H
22	55.0
23	PLIOCENE; SANDSTONE; THERMAL BATH	RECHARGE ZONE, QUATERNARY
25	6.73	6.95e-08
27	0.045	2.5e-07
34	277.34	1.25e-06
35		≤
36	280.2	1.25e-06
37	149.555555556	0.278
53	University of Cambridge He database, 1994, unpubl.	Stute et al., 1992

HUN196

Column	Version 1	Version 2
2	47.16526	47.58322
5	9.9156	34.9932
7	16.55599	21.75349
9	16.0	21.0
10	33.3594	45.2094
11	1.0	01
14	SARVAR K-36	NYIREGYHAZA, SOSTO; T/BATH 1
16	19830811
17	1900.0	1000.0
18	105.0
19	H15	H158
20	-
21	G/?	W
22	101.0	49.0
23	MIOCENE LIMESTONE & TRIASSIC DOLOMITE	PLIOCENE SAND
25	434.0	2.65e-05
27	0.103	2.06e-07
34	205.1	1.946e-07
36	205.1	1.66e-07
37	4213.59223301	128.640776699

HUN197

Column	Version 1	Version 2
2	45.86434	47.58335
4	45.0	47.0
5	51.8604	35.001
7	18.30004	21.75359
9	18.0	21.0
10	18.0024	45.2154
11	1.0	01
14	SIKLOS	NYIREGYHAZA, SOSTO; T/BATH 3
17		562.0
18		13.0
19	H120	H157
22	25.0	39.0
23	SPRING; THERMAL BATH	PLIOCENE SAND
25	1.04	2.41e-05
27	0.329	4.96e-07
34	97.72	1.96e-07
36	94.36	1.17e-07
37	3.16109422492	48.5887096774

HUN198

Column	Version 1	Version 2
2	46.18132	47.39525
4	46.0	47.0
5	10.8792	23.715
7	18.21497	22.01361
9	18.0	22.0
10	12.8982	0.8166
11	1.0	07
14	SIKONDA	NYIRLUGOS
17	420.0	143.0
18		33.0
19	H116	U37
20	-
21	W/C	W/H
22	38.0
23	THERMAL BATH	RECHARGE ZONE, QUATERNARY
25	24.7	7.82e-08
27	0.191	2.99e-07
34	50.26	1.38e-06
35		≤
36	48.1	1.38e-06
37	129.319371728	0.261538461538
53	University of Cambridge He database, 1994, unpubl.	Stute et al., 1992

HUN199

Column	Version 1	Version 2
2	46.59043	47.11059
4	46.0	47.0
5	35.4258	6.6354
7	21.07764	20.36153
9	21.0	20.0
10	4.6584	21.6918
11	9.0	07
14	SZABADKIGYOS VM-3	ORMENYES, VM-1
16	19910713
17	347.0	103.0
18	27.0	32.0
19	L29	U189
23	QUATERNARY DISCHARGE ZONE	QUATERNARY SAND, DISCHARGE ZONE
25	0.403	3.87e-06
27	0.19	2.57e-07
34		5.01e-07
36	82.6	5.01e-07
37	2.12105263158	15.0583657588
53	Lenkey L.,1996, unpubl.	Stute et al., 1992

HUN200

Column	Version 1	Version 2
2	46.59025	47.11156
4	46.0	47.0
5	35.415	6.6936
7	21.0773	20.36162
9	21.0	20.0
10	4.638	21.6972
11	9.0	07
14	SZABADKIGYOS, VM-0	ORMENYES, VM-2
16	19910713
17	200.0	272.0
18	20.0	14.0
19	L31	U190
23	QUATERNARY DISCHARGE ZONE	QUATERNARY SAND, DISCHARGE ZONE
25	0.221	5.96e-06
27	0.189	3.03e-07
34		6.61e-07
36	54.04	6.61e-07
37	1.16931216931	19.6699669967
53	Lenkey L.,1996, unpubl.	Stute et al., 1992

HUN201

Column	Version 1	Version 2
2	46.59025	47.11059
4	46.0	47.0
5	35.415	6.6354
7	21.0773	20.36153
9	21.0	20.0
10	4.638	21.6918
11	9.0	01
14	SZABADKIGYOS, VM-0	ORMENYES; VM-1
16	19910713	19850719
17	200.0	103.0
18	20.0	32.0
19	L30	H131
21	W/H	W
22		18.0
23	QUATERNARY DISCHARGE ZONE	QUATERNARY SAND, DISCHARGE ZONE
25	0.118	3.46e-06
27	0.185	9.4e-08
34		4.83e-07
36	69.3	4.02e-07
37	0.637837837838	36.8085106383
53	Lenkey L.,1996, unpubl.	University of Cambridge He database, 1994, unpubl.

HUN202

Column	Version 1	Version 2
2	46.51426	47.11156
4	46.0	47.0
5	30.8556	6.6936
7	20.31583	20.36162
10	18.9498	21.6972
11	9.0	01,05
14	SZARVAS, CAMP-2	ORMENYES; VM-2
16	19910712	19850719
17	1346.0	272.0
18	39.0	14.0
19	L25	H132
21	W	W/H
22		24.0
23	PLIOCENE	QUATERNARY SAND, DISCHARGE ZONE
25	1.26	4.08e-06
27	0.126	2.57e-07
34		5.936e-07
36	73.78	4.06e-07
37	10.0	15.8754863813
53	Lenkey L.,1996, unpubl.	University of Cambridge He database, 1994; Martel et al., 1989

HUN203

Column	Version 1	Version 2
2	46.51411	46.34184
5	30.8466	20.5104
7	20.33075	20.37362
10	19.845	22.4172
11	9.0	09
14	SZARVAS, KOSSUTH VM-2	OROSHAZA
16	19910712	19910711
17	526.0	819.0
18	27.0	4.0
19	L20	L14
21	W/H	W
23	QUATERNARY	PLIOCENE
25	2.45	2.7e-07
27	0.108	1.52e-07
36	77.0	1.2474e-06
37	22.6851851852	1.77631578947

HUN204

Column	Version 1	Version 2
2	46.51411	46.34184
5	30.8466	20.5104
7	20.33075	20.37362
10	19.845	22.4172
11	9.0	09
14	SZARVAS, KOSSUTH VM-2	OROSHAZA
16	19910712	19910711
17	526.0	819.0
18	27.0	4.0
19	L19	L15
21	W/H	W
23	QUATERNARY	PLIOCENE
25	3.44	7e-07
27	0.098	2.24e-07
36	93.38	1.3188e-06
37	35.1020408163	3.125

HUN205

Column	Version 1	Version 2
2	46.5142	46.3244
5	30.852	19.464
7	20.3307	20.42531
10	19.842	25.5186
11	9.0	09
14	SZARVAS, KOSSUTH VM-3	OROSHAZA VM-11
16	19910712	19910711
17	261.0	280.0
18	9.0	13.0
19	L21	L12
25	3.24	5.21e-06
27	0.272	1.15e-07
36	102.2	9.17e-07
37	11.9117647059	45.3043478261

HUN206

Column	Version 1	Version 2
2	46.51304	46.3244
5	30.7824	19.464
7	20.37098	20.42531
10	22.2588	25.5186
11	9.0	09
14	SZARVAS-16	OROSHAZA VM-11
16	19910712	19910711
17	1624.0	280.0
18	104.0	13.0
19	L23	L11
21	W	W/H
23	PLIOCENE	QUATERNARY
25	26.8	2.22e-06
27	0.165	9.4e-08
36	90.72	1.288e-06
37	162.424242424	23.6170212766

HUN207

Column	Version 1	Version 2
2	46.51304	47.20013
4	46.0	47.0
5	30.7824	12.0078
7	20.37098	17.27037
9	20.0	17.0
10	22.2588	16.2222
11	9.0	01,04
14	SZARVAS-16	PAPA, USZODA
16	19910712
17	1624.0	800.0
18	104.0
19	L22	H65
21	W	W/H
22		42.0
23	PLIOCENE	CRETACEOUS LIMESTONE
25	37.7	4.09e-06
27	0.18	2.13e-07
32		0.488
34		6.832e-07
36	97.2	5.5e-07
37	209.444444444	19.2018779343
53	Lenkey L.,1996, unpubl.	University of Cambridge He database, 1994, unpubl.; Deak et al., 1989

HUN208

Column	Version 1	Version 2
2	46.52575	47.3538
4	46.0	47.0
5	31.545	21.228
7	20.35446	16.53296
9	20.0	16.0
10	21.2676	31.9776
11	9.0	01
14	SZARVAS-21	PETOHAZA
16	19910712	19840214
17	1625.0	974.0
18	71.0	154.0
19	L24	H51
22		45.0
23	PLIOCENE	PLIOCENE; SAND; THERMAL BATH
25	30.7	2.3e-06
27	0.188	1.21e-07
34		2.226e-06
36	84.7	2.381e-06
37	163.29787234	19.0082644628
53	Lenkey L.,1996, unpubl.	University of Cambridge He database, 1994, unpubl.

HUN209

Column	Version 1	Version 2
2	47.40515	47.52506
5	24.309	31.5036
7	19.05095	21.06468
9	19.0	21.0
10	3.057	3.8808
11	1.0	09
14	SZENTENDRE, PAPSZIGET	POLGAR THERMAL BATH
16	19830802.0
17	1448.0	959.0
18	182.0
19	H9	H165
20	-
21	W/C(?)	W
22	65.0
23	EOCENE & TRIASSIC; LIMESTONE & DOLOMITE; THERMAL BATH	PLIOCENE SAND
25	1.34	1.87e-06
27	0.088	1.7e-07
34	81.34	3.71e-07
36	66.9	3.486e-07
37	15.2272727273	11.0
53	University of Cambridge He database, 1994, unpubl.	Lenkey L.,1996, unpubl.

HUN210

Column	Version 1	Version 2
2	46.37261	47.19121
4	46.0	47.0
5	22.3566	11.4726
7	20.16144	21.06094
9	20.0	21.0
10	9.6864	3.6564
11	1.0	07
14	SZENTES, COOP-FARM "ARPAD" VI/1	PUSPOKLADANY
16	19840406
17	2151.0	204.0
18	105.0	12.0
19	H61	U337
21	W	W/H
22	98.0
23	PLIOCENE SANDSTONE	DISCHARGE ZONE, QUATERNARY
25	0.041	1.05e-05
27	0.0047	2.19e-07
34	22.12	1.51e-06
36	18.9	1.51e-06
37	8.72340425532	47.9452054795
53	University of Cambridge He database, 1994, unpubl.	Stute et al., 1992

HUN211

Column	Version 1	Version 2
2	46.01477	47.25085
4	46.0	47.0
5	0.8862	15.051
7	18.01234	17.01299
9	18.0	17.0
10	0.7404	0.7794
11	1.0	03
14	SZENTLORINC	REPCELAK; HOLE M-24
17		1402.0
18		6.0
19	H118	M-24
20	-
21	W/C	G/H
23	THERMAL BATH	LOWER PANNONIAN
24		0.00043
25	14.8
27	0.191
34	48.02	2.6e-06
36	44.3	2.604e-06
37	77.4869109948
38		88.0
39		9.78
40		0.0278
41		0.192
42		301.0
53	University of Cambridge He database, 1994, unpubl.	Cornides et al., 1986

HUN212

Column	Version 1	Version 2
2	46.03118	47.32294
4	46.0	47.0
5	1.8708	19.3764
7	17.47431	17.07033
10	28.4586	4.2198
11	1.0	03
14	SZIGETVAR	REPCELAK; HOLE M-5B
17		1435.0
18		3.0
19	H119	M-5B
20	-
21	W/C	G/H
22	42.0
23	THERMAL BATH	LOWER PANNONIAN
24		0.00101
25	2.14
27	0.139
34	71.4	2.9e-06
36	54.8	2.9e-06
37	15.3956834532
38		1230.0
39		9.99
40		0.0298
41		0.184
42		351.0
53	University of Cambridge He database, 1994, unpubl.	Cornides et al., 1986

HUN213

Column	Version 1	Version 2
2	47.10183	47.14443
5	6.1098	8.6658
7	20.12006	16.56549
9	20.0	16.0
10	7.2036	33.9294
11	1.0	01
14	SZOLNOK B-67; HOLE	SARVAR B-7
16	19840214	19830810
17	1071.0	952.0
18	54.0	36.0
19	H55	H14
20	-
21	W/H	W
22	62.0	55.0
23	THERMAL BATH; PLIOCENE; SAND	PLIOCENE; SANDSTONE; THERMAL BATH
25	0.145	6.73e-06
27	0.0024	4.5e-08
34	53.62	2.7734e-06
36	49.1	2.802e-06
37	60.4166666667	149.555555556

HUN214

Column	Version 1	Version 2
2	46.55061	47.16526
4	46.0	47.0
5	33.0366	9.9156
7	17.26085	16.55599
9	17.0	16.0
10	15.651	33.3594
11	1.0	01
14	TAPOLCA	SARVAR K-36
16		19830811
17		1900.0
18		105.0
19	H70	H15
20	-
21	W/?	G
22	34.0	101.0
23	MIOCENE LIMESTONE	MIOCENE LIMESTONE & TRIASSIC DOLOMITE
25	18.57	0.000434
27	0.552	1.03e-07
34	116.06	2.051e-06
36	113.7	2.051e-06
37	33.6413043478	4213.59223301

HUN215

Column	Version 1	Version 2
2	47.165	45.86434
4	47.0	45.0
5	9.9	51.8604
7	17.3115	18.30004
9	17.0	18.0
10	18.69	18.0024
11	1.0	01
14	TAPOLCAFO VM-3	SIKLOS
19	H64	H120
22		25.0
23	CRETACEOUS LIMESTONE	SPRING; THERMAL BATH
25	0.51	1.04e-06
27	0.236	3.29e-07
34	68.88	9.772e-07
36	60.34	9.436e-07
37	2.16101694915	3.16109422492

HUN216

Column	Version 1	Version 2
2	47.39025	46.18132
4	47.0	46.0
5	23.415	10.8792
7	20.09296	18.21497
9	20.0	18.0
10	5.5776	12.8982
11	7.0	01
14	TARNAMERA	SIKONDA
17	580.0	420.0
18	51.0
19	U348	H116
21	W/H	W
22		38.0
23	PLIOCENE RECHARGE ZONE	THERMAL BATH
25	1.0	2.47e-05
27	0.261	1.91e-07
34	36.2	5.026e-07
36	36.2	4.81e-07
37	3.83141762452	129.319371728
53	Stute et al., 1992	University of Cambridge He database, 1994, unpubl.

HUN217

Column	Version 1	Version 2
2	47.40054	46.59043
4	47.0	46.0
5	24.0324	35.4258
7	18.1827	21.07764
9	18.0	21.0
10	10.962	4.6584
11	1.0	09
14	TATA, FENYESFURDO I	SZABADKIGYOS VM-3
16	19830802.0	19910713
17	919.0	347.0
18	353.0	27.0
19	H6	L29
20	-
21	W/?	W/H
22	23.0
23	TRIASSIC; LIMESTONE	QUATERNARY DISCHARGE ZONE
25	9.2	4.03e-07
27	0.366	1.9e-07
34	45.36
36	32.5	8.26e-07
37	25.1366120219	2.12105263158
53	University of Cambridge He database, 1994, unpubl.	Lenkey L.,1996, unpubl.

HUN218

Column	Version 1	Version 2
2	48.162	46.59025
4	48.0	46.0
5	9.72	35.415
7	21.64419	21.0773
10	38.6514	4.638
11	1.0	09
14	TISZABERCEL VM-9	SZABADKIGYOS, VM-0
16		19910713
17	99.0	200.0
18	16.0	20.0
19	H156	L31
21	W	W/H
22	15.0
23	QUATERNARY SAND, DISCHARGE ZONE	QUATERNARY DISCHARGE ZONE
25	0.38	2.21e-07
27	0.233	1.89e-07
34	35.42
36	18.2	5.404e-07
37	1.63090128755	1.16931216931
53	University of Cambridge He database, 1994, unpubl.	Lenkey L.,1996, unpubl.

HUN219

Column	Version 1	Version 2
2	48.162	46.59025
4	48.0	46.0
5	9.72	35.415
7	21.64419	21.0773
10	38.6514	4.638
11	7.0	09
14	TISZABERCEL, VM-10	SZABADKIGYOS, VM-0
16		19910713
17	43.0	200.0
18	18.0	20.0
19	U237	L30
23	QUATERNARY SAND, DISCHARGE ZONE	QUATERNARY DISCHARGE ZONE
25	0.297	1.18e-07
27	0.229	1.85e-07
34	37.1
36	37.1	6.93e-07
37	1.29694323144	0.637837837838
53	Stute et al., 1992	Lenkey L.,1996, unpubl.

HUN220

Column	Version 1	Version 2
2	47.4221	46.51426
4	47.0	46.0
5	25.326	30.8556
7	20.57525	20.31583
10	34.515	18.9498
11	7.0	09
14	TISZACSEGE	SZARVAS, CAMP-2
16		19910712
17	204.0	1346.0
18	6.0	39.0
19	U219	L25
21	W/H	W
23	DISCHARGE ZONE, QUATERNARY	PLIOCENE
25	2.94	1.26e-06
27	0.256	1.26e-07
34	65.4
36	65.4	7.378e-07
37	11.484375	10.0
53	Stute et al., 1992	Lenkey L.,1996, unpubl.

HUN221

Column	Version 1	Version 2
2	47.42159	46.51411
4	47.0	46.0
5	25.2954	30.8466
7	20.57483	20.33075
10	34.4898	19.845
11	5.0	09
14	TISZACSEGE; T/BATH	SZARVAS, KOSSUTH VM-2
16		19910712
17	1178.0	526.0
18	93.0	27.0
19		L20
23	PLIOCENE SAND DISCHARGE ZONE	QUATERNARY
25		2.45e-06
27		1.08e-07
34	30.8
35	<=
36	30.8	7.7e-07
37		22.6851851852
53	Martel et al., 1989	Lenkey L.,1996, unpubl.

HUN222

Column	Version 1	Version 2
2	47.42159	46.51411
4	47.0	46.0
5	25.2954	30.8466
7	20.57483	20.33075
10	34.4898	19.845
11	1,5	09
14	TISZACSEGE; T/BATH	SZARVAS, KOSSUTH VM-2
16	19850724	19910712
17	1178.0	526.0
18	93.0	27.0
19	H148	L19
20	-
22	78.0
23	PLIOCENE SAND DISCHARGE ZONE [5]	QUATERNARY
25	4.84	3.44e-06
27	0.044	9.8e-08
34	44.52
36	41.8	9.338e-07
37	110.0	35.1020408163
53	University of Cambridge He database, 1994; Martel et al., 1989	Lenkey L.,1996, unpubl.

HUN223

Column	Version 1	Version 2
2	47.37242	46.5142
4	47.0	46.0
5	22.3452	30.852
7	20.45096	20.3307
10	27.0576	19.842
11	1,5	09
14	TISZAFURED; THERMAL BATH 1	SZARVAS, KOSSUTH VM-3
16	19850720	19910712
17	844.5	261.0
18	125.5	9.0
19	H146	L21
20	-
22	46.0
23	PLIOCENE SAND DISCHARGE ZONE	QUATERNARY
25	2.29	3.24e-06
27	0.091	2.72e-07
34	21.7
36	5.7	1.022e-06
37	25.1648351648	11.9117647059
53	University of Cambridge He database, 1994; Martel et al., 1989	Lenkey L.,1996, unpubl.

HUN224

Column	Version 1	Version 2
2	46.53578	46.51304
5	32.1468	30.7824
7	20.02509	20.37098
10	1.5054	22.2588
11	1.0	09
14	TISZAKECSKE; COOP-FARM "UJ ELET" 1	SZARVAS-16
16	19840406	19910712
17	215.0	1624.0
18	4.5	104.0
19	H62	L23
20	-
21	W/H	W
22	42.0
23	Discharge zone [5]; QUATERNARY SAND	PLIOCENE
25	1.82	2.68e-05
27	0.127	1.65e-07
34	174.3
36	183.4	9.072e-07
37	14.3307086614	162.424242424
53	University of Cambridge He database, 1994, unpubl.	Lenkey L.,1996, unpubl.

HUN225

Column	Version 1	Version 2
2	46.54007	46.51304
5	32.4042	30.7824
7	20.03309	20.37098
10	1.9854	22.2588
11	1,5	09
14	TISZAKECSKE; HOLE	SZARVAS-16
16	19850718	19910712
17	964.0	1624.0
18	39.0	104.0
19	H128	L22
20	-
21	W/H	W
22	64.0
23	PLIOCENE SAND	PLIOCENE
25	0.76	3.77e-05
27	0.034	1.8e-07
34	195.02
36	203.5	9.72e-07
37	22.3529411765	209.444444444
53	University of Cambridge He database, 1994; Martel et al., 1989	Lenkey L.,1996, unpubl.

HUN226

Column	Version 1	Version 2
2	47.28268	46.52575
4	47.0	46.0
5	16.9608	31.545
7	20.49304	20.35446
10	29.5824	21.2676
11	1,5	09
14	TISZAORS THERMAL BATH 1	SZARVAS-21
16	19850720	19910712
17	1246.5	1625.0
18	530.5	71.0
19	H145	L24
20	-
21	W/H	W
22	49.0
23	PLIOCENE SAND DISCHARGE ZONE	PLIOCENE
25	0.53	3.07e-05
27	0.0086	1.88e-07
34	61.6
36	57.6	8.47e-07
37	61.6279069767	163.29787234
53	University of Cambridge He database, 1994; Martel et al., 1989	Lenkey L.,1996, unpubl.

HUN227

Column	Version 1	Version 2
2	47.56305
4	47.0
5	33.783
7	21.21572
9	21.0
10	12.9432
11	1.0	11.0
14	TISZAVASVARI VM-1	Szeghalom-N gas reservoir, well N 101
16	19850725
17	67.0
18	10.0
19	H153
21	W	G/H
22	15.0
23	QUATERNARY SAND
25	0.18
27	0.284
32		0.843
34	64.82	1.1802e-06
35		≤
36	15.96	1.1802e-06
37	0.633802816901
43		Ra=1.40E-06
47		0.0036
48		0.778
50		-42.6
53	University of Cambridge He database, 1994, unpubl.	Sherwood Lollar et al., 1997

HUN228

Column	Version 1	Version 2
2	47.56305
4	47.0
5	33.783
7	21.21572
9	21.0
10	12.9432
11	7.0	11.0
14	TISZAVASVARI, VM-2	Szeghalom-N gas reservoir, well N 103
17	124.0
18	18.0
19	U231
21	W/H	G/H
23	DISCHARGE ZONE, QUATERNARY
25	1.06
27	0.218
32		0.802
34	33.0	1.1228e-06
35		≤
36	33.0	1.1228e-06
37	4.8623853211
43		Ra=1.40E-06
47		0.0003
48		0.788
53	Stute et al., 1992	Sherwood Lollar et al., 1997

HUN229

Column	Version 1	Version 2
2	47.05392
4	47.0
5	3.2352
7	20.28111
9	20.0
10	16.8666
11	1,5	11.0
14	TOROKSZENTMIKLOS, KETPO-SZENTTAMAS, CO-OP	Szeghalom-N gas reservoir, well N 107
16	19850719
17	397.5
18	7.5
19	H141
20	-
21	W/H	G/H
22	30.0
23	QUATERNARY SAND DISCHARGE ZONE [5]
25	7.86
27	0.182
32		0.854
34	66.64	1.1956e-06
35		≤
36	61.2	1.1956e-06
37	43.1868131868
43		Ra=1.40E-06
47		0.0004
48		0.786
53	University of Cambridge He database, 1994; Martel et al., 1989	Sherwood Lollar et al., 1997

HUN230

Column	Version 1	Version 2
2	47.05392
4	47.0
5	3.2352
7	20.28111
9	20.0
10	16.8666
11	7.0	11.0
14	TOROKSZENTMIKLOS, KETPO-SZENTTAMAS, CO-OP	Szeghalom-N gas reservoir, well N 108
17	398.0
18	8.0
19	U199
21	W/H	G/H
23	QUATERNARY SAND DISCHARGE ZONE
25	9.58
27	0.243
32		0.878
34	72.5	1.2292e-06
35		≤
36	72.5	1.2292e-06
37	39.4238683128
43		Ra=1.40E-06
47		0.0003
48		0.807
53	Stute et al., 1992	Sherwood Lollar et al., 1997

HUN231

Column	Version 1	Version 2
2	47.11437
4	47.0
5	6.8622
7	20.25052
9	20.0
10	15.0312
11	1.0	11.0
14	TOROKSZENTMIKLOS, THERMAL BATH VM-10	Szeghalom-N gas reservoir, well N 113
16	19850717
17	260.0
18	21.0
19	H127
21	W/H	G/H
22	25.0
23	QUATERNARY SAND, DISCHARGE ZONE
25	1.92
27	0.259
32		0.824
34	34.16	1.1536e-06
35		≤
36	30.8	1.1536e-06
37	7.41312741313
43		Ra=1.40E-06
47		0.0002
48		0.802
53	University of Cambridge He database, 1994, unpubl.	Sherwood Lollar et al., 1997

HUN232

Column	Version 1	Version 2
2	47.11437
4	47.0
5	6.8622
7	20.25052
9	20.0
10	15.0312
11	7.0	11.0
14	TOROKSZENTMIKLOS, THERMAL BATH VM-10	Szeghalom-N gas reservoir, well N 115
17	260.0
18	21.0
19	U177
21	W/H	G/H
23	QUATERNARY SAND, DISCHARGE ZONE
25	2.14
27	0.26
32		0.837
34	39.0	1.1718e-06
35		≤
36	31.2	1.1718e-06
37	8.23076923077
43		Ra=1.40E-06
47		0.0011
48		0.794
50		-42.7
53	Stute et al., 1992	Sherwood Lollar et al., 1997

HUN233

Column	Version 1	Version 2
2	47.11199
4	47.0
5	6.7194
7	20.25102
9	20.0
10	15.0612
11	1,5	11.0
14	TOROKSZENTMIKLOS; HOLE	Szeghalom-N gas reservoir, well N 116
16	19850717
17	1061.0
18	66.0
19	H126
20	-
21	W/H	G/H
22	63.0
23	PLIOCENE SAND; DISCHARGE ZONE [5]
25	15.1
27	0.028
32		0.865
34	115.92	1.211e-06
35		≤
36	115.8	1.211e-06
37	539.285714286
43		Ra=1.40E-06
47		0.0009
48		0.784
53	University of Cambridge He database, 1994; Martel et al., 1989	Sherwood Lollar et al., 1997

HUN234

Column	Version 1	Version 2
2	46.24359
4	46.0
5	14.6154
7	20.43592
9	20.0
10	26.1552
11	9.0	11.0
14	TOTKOMLOS, VM-2	Szeghalom-N gas reservoir, well N 119
16	19910711
17	55.0
18	5.0
19	L10
21	W/H	G/H
23	QUATERNARY
25	4.16
27	0.188
32		0.879
34		1.2306e-06
35		≤
36	121.4	1.2306e-06
37	22.1276595745
43		Ra=1.40E-06
47		0.0001
48		0.776
53	Lenkey L.,1996, unpubl.	Sherwood Lollar et al., 1997

HUN235

Column	Version 1	Version 2
2	47.73146
4	47.0
5	43.8876
7	21.02787
9	21.0
10	1.6722
11	7.0	11.0
14	TUKA 3/A	Szeghalom-N gas reservoir, well N 13
17	59.0
18	9.0
19	U254
21	W/H	G/H
23	DISCHARGE ZONE, QUATERNARY
25	0.301
27	0.234
32		0.846
34	71.6	1.1844e-06
35		≤
36	71.6	1.1844e-06
37	1.28632478632
43		Ra=1.40E-06
47		0.0001
48		0.767
53	Stute et al., 1992	Sherwood Lollar et al., 1997

HUN236

Column	Version 1	Version 2
2	46.35368
4	46.0
5	21.2208
7	21.01019
9	21.0
10	0.6114
11	9.0	11.0
14	UJKIGYOS, TH/BATH	Szeghalom-N gas reservoir, well N 19
16	19910713
17	200.0
19	L32
21	W/H	G/H
23	DISCHARGE ZONE, QUATERNARY
25	0.085
27	0.247
32		0.825
34		1.155e-06
35		≤
36	37.1	1.155e-06
37	0.344129554656
43		Ra=1.40E-06
47		0.0008
48		0.811
50		-42.7
51		-5.0
53	Lenkey L.,1996, unpubl.	Sherwood Lollar et al., 1997

HUN237

Column	Version 1	Version 2
2	47.45493
4	47.0
5	27.2958
7	18.57229
9	18.0
10	34.3374
11	1.0	11.0
14	VISEGRAD, LEPENCE K-7	Szeghalom-S gas reservoir, well S 12
16	19830802.0
17	1244.0
18	57.0
19	H8
20	-
21	W/?	G/H
22	65.0
23	TRIASSIC; LIMESTONE; THERMAL BATH
25	2.6
27	0.226
32		0.202
34	73.78	2.828e-07
35		≤
36	50.4	2.828e-07
37	11.5044247788
43		Ra=1.40E-06
47		0.0087
48		0.834
50		-37.8
51		-6.0
53	University of Cambridge He database, 1994, unpubl.	Sherwood Lollar et al., 1997

HUN238

Column	Version 1	Version 2
2	48.39779
4	48.0
5	23.8674
7	22.18958
9	22.0
10	11.3748
11	7.0	11.0
14	ZAHONY MAV-IV	Szeghalom-S gas reservoir, well S 158
17	44.0
18	12.0
19	U119
21	W/H	G/H
23	RECHARGE ZONE, QUATERNARY
25	0.0767
27	0.273
32		0.224
34	142.0	3.136e-07
35		≤
36	142.0	3.136e-07
37	0.280952380952
43		Ra=1.40E-06
47		0.0084
48		0.842
50		-37.5
51		-6.2
53	Stute et al., 1992	Sherwood Lollar et al., 1997

HUN239

Column	Version 1	Version 2
2	48.39775
4	48.0
5	23.865
7	22.18955
9	22.0
10	11.373
11	7.0	11.0
14	ZAHONY MAV-VII	Szeghalom-S gas reservoir, well S 17
17	240.0
18	30.0
19	U352
21	W/H	G/H
23	PLIOCENE
25	11.2
27	0.246
32		0.213
34	71.0	2.982e-07
35		≤
36	71.0	2.982e-07
37	45.5284552846
43		Ra=1.40E-06
47		0.0047
48		0.841
50		-37.3
51		-7.4
53	Stute et al., 1992	Sherwood Lollar et al., 1997

HUN240

Column	Version 1	Version 2
2	48.39775
4	48.0
5	23.865
7	22.18955
9	22.0
10	11.373
11	7.0	11.0
14	ZAHONY MAV-VII	Szeghalom-S gas reservoir, well S 176
17	240.0
18	30.0
19	U120
21	W/H	G/H
23	PLIOCENE
25	0.0617
27	0.22
32		0.214
34	208.0	2.996e-07
35		≤
36	208.1	2.996e-07
37	0.280454545455
43		Ra=1.40E-06
47		0.006
48		0.848
50		-37.5
51		-7.4
53	Stute et al., 1992	Sherwood Lollar et al., 1997

HUN241

Column	Version 1	Version 2
2	46.33061
4	46.0
5	19.8366
7	17.07452
9	17.0
10	4.4712
11	1.0	11.0
14	ZALAKAROS K-11, THERMAL BATH	Szeghalom-S gas reservoir, well S 35
16	19831016
17	715.0
18	67.0
19	H22
21	W	G/H
22	47.0
23	PLIOCENE SAND
25	0.053
27	0.095
32		0.22
34	123.76	3.08e-07
35		≤
36	112.42	3.08e-07
37	0.557894736842
43		Ra=1.40E-06
47		0.0131
48		0.842
50		-37.7
51		-6.8
53	University of Cambridge He database, 1994, unpubl.	Sherwood Lollar et al., 1997

ICE001

Column	Version 1	Version 2
2	65.25	64.5666666667
4	65.0	64.0
5	15.0	34.0
7	-16.483	-18.15
9	-16.0	-18.0
10	-28.98	-9.0
11	10.0	07
13		Central Iceland
14	Eggert	Koldukvislarbotnar, fumarole
16		19850000.0
19	I11	85-3092
20	NAL34
21	W	M/F
22		239.0
23	water;sub-glacial glass;basalt sample;
24		3.6e-05
29		0.0009
32		25.77
33	9.8	25.95
34		3.6078e-05
36	1372.0	3.633e-05
37	-	35.9116022099
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
45		0.00228
46		0.0385
47		0.9468
48		0.01157
52		[CO2]=[CO2+H2S]
53	University of Cambridge data	Poreda et al., 1992

ICE002

Column	Version 1	Version 2
2	65.875	65.025
5	52.5	1.5
7	-17.4516666667	-18.3333333333
9	-17.0	-18.0
10	-27.1	-20.0
11	9.0	01
13		Central Iceland
14	Hafralaehur	Laugarfell, spring
16	19770400.0	19760000.0
19		7322.0
21	W/H	G/S
22		39.0
25	0.203
29		0.0144
32	9.0
34	1240.0	1e-05
35	>=
36	1240.0	1e-05
43		[Ar]=[Ar+Kr+Xe]
44		6e-06
45		0.1241
46		0.86
47		0.0015
53	Torgersen & Jenkins, 1982	GIN RAS collection

ICE003

Column	Version 1	Version 2
2	64.0	64.4
5	0.0	24.0
7	-19.283	-17.35
9	-19.0	-17.0
10	-16.98	-21.0
13		Central Iceland (SE Rift Zone, SERZ)
14	Hrauneyjarfoss	Grimsvotn volcano
19	I8	I13
20	138359.0	TEPHRA
21	W	WATER
23	water;sub-glacial glass;basalt sample;	water;sub-glacial glass;basalt sample
33	21.3	3.59
36	2982.0	5.026e-06
37	-
53	University of Cambridge data	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE004

Column	Version 1	Version 2
2	65.083	64.4
4	65.0	64.0
5	4.98	24.0
7	-16.417	-17.35
9	-16.0	-17.0
10	-25.02	-21.0
11	10.0	03
13		Central Iceland (SE Rift Zone, SERZ)
14	Hvammsfjoll	Grimsvotn volcano (Skeidara river)
16		1982-1983
19	I10
20	NAL33
21	W	W/RIVER
23	water;sub-glacial glass;basalt sample;
25		1e-06
32		17.3
33	10.1	18.2
34		2.422e-05
36	1414.0	2.548e-05
37	-	49.3108974359
53	University of Cambridge data	Hilton et al., 1990

ICE005

Column	Version 1	Version 2
2	65.5416666667	64.4
4	65.0	64.0
5	32.5	24.0
7	-20.2083333333	-17.35
9	-20.0	-17.0
10	-12.5	-21.0
11	1.0	03
13		Central Iceland (SE Rift Zone, SERZ)
14	Reykir (Reykjabroit), spring	Grimsvotn volcano (Skeidara river)
16	19730000.0	1982-1983
19	7319.0
21	G/S	W/RIVER
22	69.0
25		4e-07
29	19000.0
32		15.3
33		19.0
34	1500.0	2.142e-05
36	1500.0	2.66e-05
37		10.5477855478
43	[Ar]=[Ar+Kr+Xe]
44	400.0
45	200.0
46	980300.0
48	400.0
53	GIN RAS collection	Hilton et al., 1990

ICE006

Column	Version 1	Version 2
2	65.0333333333	64.6833333333
3	»
4	65.0	64.0
5	2.0	41.0
7	-20.95	-17.9166666667
8	»
9	-20.0	-17.0
10	-57.0	-55.0
11	1.0	01
13		Central Iceland (SE Rift Zone, SERZ)
14	Slettafellshverir, spring	Vonarskard thermal field, fumarole
16	19760000.0	19730000.0
19	7624.0	7334.0
21	G/S	G/F
22	85.0
29	18300.0	0.0011
34	890.0	3.5e-06
35		≥
36	890.0	3.5e-06
44	190.0	0.02333
45	800.0	0.0097
46	919100.0	0.0861
47	56500.0	0.8345
48	5100.0	0.0034
49	100.0	0.0418

ICE007

Column	Version 1	Version 2
2	64.6916666667	64.6833333333
5	41.5	41.0
7	-21.025	-17.9166666667
9	-21.0	-17.0
10	-1.5	-55.0
11	1.0	07
13		Central Iceland (SE Rift Zone, SERZ)
14	Stori As (Reykholtsdalur), spring	Vonarskard thermal field, fumarole
16	19720000.0	19850000.0
19	7231.0	85-3014
21	G/S	M/F
22	76.0	271.0
24		2.57e-06
29	20660.0	0.0109
32		20.5
33		20.87
34	2260.0	2.87e-05
36	2260.0	2.9218e-05
37		15.5138121547
43	[Ar]=[Ar+Kr+Xe]	He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44	12.0	0.043
45	3000.0	0.0376
46	975300.0	0.3134
47	1000.0	0.548
48		0.00222
49		0.0445
53	GIN RAS collection	Poreda et al., 1992

ICE008

Column	Version 1	Version 2
2	64.55	64.6833333333
5	33.0	41.0
7	-20.733	-17.9166666667
9	-20.0	-17.0
10	-43.98	-55.0
11	10.0	01
13		Central Iceland (SE Rift Zone, SERZ)
14	Thorisjokull	Vonarskard thermal field, spring
16		19730000.0
19	I6	7335.0
20	TOR103
21	W	G/S
23	water;sub-glacial glass;basalt sample;
29		0.0008
33	12.3
34		2.9e-05
36	1722.0	2.9e-05
37	-
43		[Ar]=[Ar+Kr+Xe]
44		0.00877
45		0.0069
46		0.044
47		0.877
48		0.0244
49		0.0381
53	University of Cambridge data	GIN RAS collection

ICE009

Column	Version 1	Version 2
2	64.55	64.8666666667
5	33.0	52.0
7	-20.733	-19.575
9	-20.0	-19.0
10	-43.98	-34.5
11	10.0	01
13		Central Iceland (SW Rift Zone, SWRZ)
14	Thorisjokull	Hveravellir (Kjolur) thermal field, bubbles from boiling pool
16		19760000.0
19	I7	7654.0
20	TOR108
21	W	G/S
22		94.0
23	water;sub-glacial glass;basalt sample;
33	12.7
34		2.26e-05
36	1778.0	2.26e-05
37	-
53	University of Cambridge data	GIN RAS collection

ICE010

Column	Version 1	Version 2
2	64.8333333333	64.8666666667
3	»
5	50.0	52.0
7	-21.5	-19.575
8	»
9	-21.0	-19.0
10	-30.0	-34.5
11	8.0	07
13		Central Iceland (SW Rift Zone, SWRZ)
14	Vidigerdi Spr., spring	Hveravellir (Kjolur) thermal field, fumarole
16	19820804.0	19830000.0
19		I-83-116
21	W/S	M/F
22	101.0	280.0
24		1.82e-05
29		0.00839
32		16.26
33		16.4
34	1160.0	2.2764e-05
36	1160.0	2.296e-05
37		28.729281768
38	3.8
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44		9e-05
45		0.0913
46		0.4561
47		0.427
48		0.00014
49		0.0169
51		-4.6
53	Sano et al., 1985	Poreda et al., 1992

ICE011

Column	Version 1	Version 2
2	64.4	64.8666666667
5	24.0	52.0
7	-17.35	-19.575
9	-17.0	-19.0
10	-21.0	-34.5
11	10.0	01
13	Central Iceland	Central Iceland (SW Rift Zone, SWRZ)
14	Grimsvotn volcano	Hveravellir (Kjolur) thermal field, spring
16		19730000.0
19	I13	7326.0
20	TEPHRA
21	W	G/S
22		82.0
23	water;sub-aerial glass;basalt sample;
29		0.0034
33	3.59
34		2.1e-05
36	502.6	2.1e-05
37	-
43		[Ar]=[Ar+Kr+Xe]
44		0.00543
45		0.0045
46		0.2161
47		0.7599
48		0.0106
53	University of Cambridge data	GIN RAS collection

ICE012

Column	Version 1	Version 2
2	64.4	64.633
5	24.0	37.98
7	-17.35	-19.25
9	-17.0	-19.0
10	-21.0	-15.0
11	3.0	01
13	Central Iceland	Central Iceland (SW Rift Zone, SWRZ)
14	Grimsvotn volcano (Skeidara river)	Kerlingarfjoll thermal field, Hveradalir, fumarole
16	1982-1983	19730000.0
19		7329.0
21	W/RIVER	G/F
22		96.0
25	1.0
29		0.0003
32	17.3
33	18.2
34	2422.0	2e-06
36	2548.0	2e-06
37	49.3108974359
43		[Ar]=[Ar+Kr+Xe]
44		0.09784
46		0.0164
47		0.8134
48		0.0014
49		0.0709
53	Hilton et al., 1990	GIN RAS collection

ICE013

Column	Version 1	Version 2
2	64.4	64.633
5	24.0	37.98
7	-17.35	-19.25
9	-17.0	-19.0
10	-21.0	-15.0
11	3.0	07
13	Central Iceland	Central Iceland (SW Rift Zone, SWRZ)
14	Grimsvotn volcano (Skeidara river)	Kerlingarfjoll thermal field, Hveradalir, fumarole
16	1982-1983	19830000.0
19		I-83-117
21	W/RIVER	M/F
22		265.0
24		6.42e-06
25	0.4
29		0.00059
32	15.3	16.56
33	19.0	16.68
34	2142.0	2.3184e-05
36	2660.0	2.3352e-05
37	10.5477855478	34.4751381215
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44		0.1412
45		0.00112
46		0.0208
47		0.7167
48		0.00123
49		0.1184
50		-26.2
51		-3.7
53	Hilton et al., 1990	Poreda et al., 1992

ICE014

Column	Version 1	Version 2
2	64.8666666667	64.633
5	52.0	37.98
7	-19.575	-19.25
10	-34.5	-15.0
11	1.0	01
13	Central Iceland	Central Iceland (SW Rift Zone, SWRZ)
14	Hveravellir (Kjolur), bubbles from "boiling" pool	Kerlingarfjoll thermal field, Hveradalir, spring
16	19760000.0	19730000.0
19	7654.0	7328.0
22	94.0	96.2
29		0.001
34	2260.0	1.8e-05
36	2260.0	1.8e-05
43		[Ar]=[Ar+Kr+Xe]
44		0.35623
45		0.0026
46		0.0948
47		0.5352
48		0.0101

ICE015

Column	Version 1	Version 2
2	64.8666666667	64.633
5	52.0	37.98
7	-19.575	-19.25
10	-34.5	-15.0
11	7.0	10.0
13	Central Iceland	Central Iceland (SW Rift Zone, SWRZ)
14	Hveravellir (Kjolur), fumarole	Kerlingarfjoll thermal field, water iss.
16	19830000.0
19	I-83-116	I14
20		KER226
21	M/F	WATER
22	280.0
23		water;sub-glacial glass;silic volcanic centre
24	18.2
29	8390.0
32	16.26
33	16.4	1.5
34	2276.4
36	2296.0	2.1e-06
37	28.729281768
44	90.0
45	91300.0
46	456100.0
47	427000.0
48	140.0
49	16900.0
51	-4.6
53	Poreda et al., 1992	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE016

Column	Version 1	Version 2
2	64.8666666667	64.35
5	52.0	21.0
7	-19.575	-15.2333333333
9	-19.0	-15.0
10	-34.5	-14.0
11	1.0	07
13	Central Iceland	Eastern Iceland
14	Hveravellir (Kjolur), spring	Ketilllaugar Spr. (Thveit; Hornafjordur)
16	19730000.0	19850000.0
19	7326.0	85-3088
21	G/S	W/S
22	82.0	6.0
25		7.97e-06
29	3400.0	0.00265
32		9.73
33		9.76
34	2100.0	1.3622e-05
36	2100.0	1.3664e-05
37		71.8232044199
43	[Ar]=[Ar+Kr+Xe]	He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44	5430.0
45	4500.0	0.00014
46	216100.0	0.0935
47	759900.0	0.9037
48	10600.0	4.6e-05
52		[CO2]=[CO2+H2S]
53	GIN RAS collection	Poreda et al., 1992

ICE017

Column	Version 1	Version 2
2	64.633	64.35
5	37.98	21.0
7	-19.25	-15.2333333333
9	-19.0	-15.0
10	-15.0	-14.0
11	10.0	01
13	Central Iceland	Eastern Iceland
14	Kerlingarfjoll	Ketilllaugar Spr. (Thveit; Hornafjordur)
16		19720726
19	I14	7223.0
20	KER226
21	W	G/S
22		7.0
23	water;sub-glacial glass;silic volcanic centre;
29		0.009125
33	1.5
34		1.3e-05
36	210.0	1.3e-05
37	-
43		[Ar]=[Ar+Kr+Xe]
44		8e-06
45		0.00215
46		0.5902
47		0.3974
53	University of Cambridge data	GIN RAS collection

ICE018

Column	Version 1	Version 2
2	64.633	65.0083333333
4	64.0	65.0
5	37.98	0.5
7	-19.25	-15.7583333333
9	-19.0	-15.0
10	-15.0	-45.5
11	7.0	01
13	Central Iceland	Eastern Iceland
14	Kerlingarfjoll thermal area, fumarole	Lagarflot Gas Seep (Laugarvellir thermal area, Meljadrafjall)
16	19830000.0	19730000.0
19	I-83-117	7347.0
21	M/F	G/S
22	265.0	70.0
24	6.42
29	590.0	0.0201
32	16.56
33	16.68
34	2318.4	1.15e-05
36	2335.2	1.15e-05
37	34.4751381215
43		[Ar]=[Ar+Kr+Xe]
44	141200.0	1e-05
45	1120.0	0.0038
46	20800.0	0.065
47	716700.0	0.9289
48	1230.0	0.0016
49	118400.0
50	-26.2
51	-3.7
53	Poreda et al., 1992	GIN RAS collection

ICE019

Column	Version 1	Version 2
2	64.633	65.0083333333
4	64.0	65.0
5	37.98	0.5
7	-19.25	-15.7583333333
9	-19.0	-15.0
10	-15.0	-45.5
11	1.0	07
13	Central Iceland	Eastern Iceland
14	Kerlingarfjoll thermal area, Hveradalir, spring	Lagarflot Gas Seep (Laugarvellir thermal area, Meljadrafjall)
16	19730000.0	19800000.0
19	7328.0	80.0
21	G/S	G/seep
22	96.2
24		3.4e-07
29	1000.0	0.0005
32		2.7
33		4.4
34	1800.0	3.78e-06
36	1800.0	3.78e-06
37		0.459668508287
43	[Ar]=[Ar+Kr+Xe]	He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44	356230.0
45	2600.0	0.0058
46	94800.0	0.025
47	535200.0	0.0179
48	10100.0	0.951
50		-72.3
53	GIN RAS collection	Poreda et al., 1992

ICE020

Column	Version 1	Version 2
2	64.633	65.8
4	64.0	65.0
5	37.98	48.0
7	-19.25	-14.9083333333
9	-19.0	-14.0
10	-15.0	-54.5
11	1.0	01
13	Central Iceland	Eastern Iceland
14	Kerlingarfjoll thermal area,Hveradalir, fumarole	Laugar Spr. (Vopnafjordur)
16	19730000.0	19720000.0
19	7329.0	7218.0
21	G/F	G/S
22	96.0	45.5
29	300.0	0.0184
34	200.0	6.4e-06
36	200.0	6.4e-06
44	97840.0	1e-05
45		0.0009
46	16400.0	0.97998
47	813400.0	0.0007
48	1400.0	0.0003
49	70900.0

ICE021

Column	Version 1	Version 2
2	64.5666666667	65.8
4	64.0	65.0
5	34.0	48.0
7	-18.15	-14.9083333333
9	-18.0	-14.0
10	-9.0	-54.5
11	7.0	01
13	Central Iceland	Eastern Iceland
14	Koldukvislarbotnar , fumarole	Laugar Spr. (Vopnafjordur)
16	19850000.0	19760000.0
19	85-3092	7636.0
21	M/F	G/S
22	239.0	45.5
24	36.0
29	900.0
32	25.77
33	25.95
34	3607.8	8.3e-06
36	3633.0	8.3e-06
37	35.9116022099
45	2280.0
46	38500.0
47	946800.0
48	11570.0
52	[CO2]=[CO2+H2S]
53	Poreda et al., 1992	GIN RAS collection

ICE022

Column	Version 1	Version 2
2	65.025	64.8833333333
4	65.0	64.0
5	1.5	53.0
7	-18.3333333333	-14.85
9	-18.0	-14.0
10	-20.0	-51.0
11	1.0	01
13	Central Iceland	Eastern Iceland
14	Laugarfell, spring	Laugarkofi Spr. (Fljotsdalur)
16	19760000.0	19720725
19	7322.0	7221.0
22	39.0	50.5
29	14400.0	0.01119
34	1000.0	9.5e-06
36	1000.0	9.5e-06
44	6.0	5e-07
45	124100.0	0.0015
46	860000.0	0.9796
47	1500.0	0.0077

ICE023

Column	Version 1	Version 2
2	64.6833333333	64.033
5	41.0	1.98
7	-17.9166666667	-16.683
9	-17.0	-16.0
10	-55.0	-40.98
11	1.0	10.0
13	Central Iceland	Eastern Iceland
14	Vonarskard, fumarole	Oraefajokull, water iss.
16	19730000.0
19	7334.0	I16
20		SAL74
21	G/F	W/iss
23		water;sub-glacial glass;silic volcanic centre
29	1100.0
33		1.14
34	350.0
35	>=
36	350.0	1.596e-06
43	[Ar]=[Ar+Kr+Xe]
44	23330.0
45	9700.0
46	86100.0
47	834500.0
48	3400.0
49	41800.0
53	GIN RAS collection	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE024

Column	Version 1	Version 2
2	64.6833333333	65.25
4	64.0	65.0
5	41.0	15.0
7	-17.9166666667	-16.483
9	-17.0	-16.0
10	-55.0	-28.98
11	7.0	10.0
13	Central Iceland	NE Iceland
14	Vonarskard, fumarole	Eggert, water iss.
16	19850000.0
19	85-3014	I11
20		NAL34
21	M/F	W/iss
22	271.0
23		water;sub-glacial glass;basalt sample
24	2.57
29	10900.0
32	20.5
33	20.87	9.8
34	2870.0
36	2921.8	1.372e-05
37	15.5138121547
44	43000.0
45	37600.0
46	313400.0
47	548000.0
48	2220.0
49	44500.0
53	Poreda et al., 1992	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE025

Column	Version 1	Version 2
2	64.6833333333	65.3083333333
4	64.0	65.0
5	41.0	18.5
7	-17.9166666667	-18.25
9	-17.0	-18.0
10	-55.0	-15.0
11	1.0	01
13	Central Iceland	NE Iceland
14	Vonarskard, spring	Holsgerdi Laug Spr. (Eyjafjardalur)
19	7335.0	7323.0
22		42.0
29	800.0	0.0155
34	2900.0	1.1e-05
36	2900.0	1.1e-05
44	8770.0	6e-06
45	6900.0	0.0002
46	44000.0	0.9822
47	877000.0	0.002
48	24400.0
49	38100.0

ICE026

Column	Version 1	Version 2
2	64.35	65.083
4	64.0	65.0
5	21.0	4.98
7	-15.2333333333	-16.417
9	-15.0	-16.0
10	-14.0	-25.02
11	1.0	10.0
13	Eastern Iceland	NE Iceland
14	Ketilllaugar (Thveit; Hornafjordur), spring	Hvammsfjoll, water iss.
16	19720726
19	7223.0	I10
20		NAL33
21	G/S	W/iss
22	7.0
23		water;sub-glacial glass;basalt sample
29	9125.0
33		10.1
34	1300.0
36	1300.0	1.414e-05
43	[Ar]=[Ar+Kr+Xe]
44	8.0
45	2150.0
46	590200.0
47	397400.0
53	GIN RAS collection	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE027

Column	Version 1	Version 2
2	64.35	65.8833333333
4	64.0	65.0
5	21.0	53.0
7	-15.2333333333	-17.3
9	-15.0	-17.0
10	-14.0	-18.0
11	7.0	01
13	Eastern Iceland	NE Iceland
14	Ketilllaugar (Thveit; Hornafjordur), spring	Hveravellir (Reykjahverfi) thermal field , spring
16	19850000.0	19720714
19	85-3088	7216.0
21	W/S	G/S
22	6.0	boiling
24	7.97
29	2650.0	0.02864
32	9.73
33	9.76
34	1362.2	1.5e-05
36	1366.4	1.5e-05
37	71.8232044199
43		[Ar]=[Ar+Kr+Xe]
44		6.6e-05
45	140.0	0.00101
46	93500.0	0.85
47	903700.0	0.1167
48	46.0	0.00354
52	[CO2]=[CO2+H2S]
53	Poreda et al., 1992	GIN RAS collection

ICE028

Column	Version 1	Version 2
2	65.8	65.8833333333
5	48.0	53.0
7	-14.9083333333	-17.3
9	-14.0	-17.0
10	-54.5	-18.0
11	1.0	01
13	Eastern Iceland	NE Iceland
14	Laugar, Vopnafjordur	Hveravellir (Reykjahverfi) thermal field , spring
16	19720000.0	19760000.0
19	7218.0	7628.0
22	45.5	boiling
29	18400.0
34	640.0	2.8e-06
35		≥
36	640.0	2.8e-06
43	[Ar]=[Ar+Kr+Xe]
44	10.0
45	900.0
46	979980.0
47	700.0
48	300.0

ICE029

Column	Version 1	Version 2
2	65.8	65.8833333333
5	48.0	53.0
7	-14.9083333333	-17.3
9	-14.0	-17.0
10	-54.5	-18.0
11	1.0	01
13	Eastern Iceland	NE Iceland
14	Laugar, Vopnafjordur	Hveravellir (Reykjahverfi) thermal field , spring
16	19760000.0	19730000.0
19	7636.0	7345.0
22	45.5	boiling
34	830.0	1.7e-05
36	830.0	1.7e-05

ICE030

Column	Version 1	Version 2
2	64.8833333333	65.7416666667
4	64.0	65.0
5	53.0	44.5
7	-14.85	-18.2833333333
9	-14.0	-18.0
10	-51.0	-17.0
11	1.0	01
13	Eastern Iceland	NE Iceland
14	Laugarkofi (Fljotsdalur), spring	Laugaland (Akureyri), hole
16	19720725	19760000.0
19	7221.0	7648.0
21	G/S	G/H
22	50.5	69.0
29	11190.0	0.0162
34	950.0	1.58e-05
36	950.0	1.58e-05
44	0.5	0.00014
45	1500.0	0.0036
46	979600.0	0.9266
47	7700.0	0.0535
48		0.0005
49		0.0001

ICE031

Column	Version 1	Version 2
2	65.0083333333	65.75
5	0.5	45.0
7	-15.7583333333	-18.25
9	-15.0	-18.0
10	-45.5	-15.0
11	7.0	03
13	Eastern Iceland	NE Iceland
14	Laugarvellir (Lagarflot Gas Seep; Meljadrafjall), spring	Laugaland Spr.
16	19800000.0	1982-1983
19	80.0
21	G/SEEP	W/S
24	0.34
25		3.7e-07
29	500.0
32	2.7	8.4
33	4.4-5.5	8.9
34	378.0	1.176e-05
36	378.0	1.246e-05
37	0.459668508287	41.9274475524
45	5800.0
46	25000.0
47	17900.0
48	951000.0
49	0.0
50	-72.3
53	Poreda et al., 1992	Hilton et al., 1990

ICE032

Column	Version 1	Version 2
2	65.0083333333	65.6166666667
5	0.5	37.0
7	-15.7583333333	-17.75
9	-15.0	-17.0
10	-45.5	-45.0
11	1.0	01
13	Eastern Iceland	NE Iceland
14	Laugarvellir (Lagarflot Gas Seep; Meljadrafjall), spring	Reykir-Fnjoskadalur Spr.
16	19730000.0	19720713
19	7347.0	7215.0
22	70.0	90.0
29	20100.0	0.02206
34	1150.0	9.1e-06
36	1150.0	9.1e-06
44	10.0	1e-05
45	3800.0	0.0754
46	65000.0	0.9013
47	928900.0	0.001169
48	1600.0	0.0003

ICE033

Column	Version 1	Version 2
2	64.033	65.6166666667
4	64.0	65.0
5	1.98	37.0
7	-16.683	-17.75
9	-16.0	-17.0
10	-40.98	-45.0
11	10.0	01
13	Eastern Iceland	NE Iceland
14	Oraefajokull	Reykir-Fnjoskadalur Spr.
16		19760000.0
19	I16	7627.0
20	SAL74
21	W	G/S
22		90.0
23	water;sub-glacial glass;silic volcanic centre;
33	1.14
34		1.5e-06
35		≥
36	159.6	1.5e-06
37	-
53	University of Cambridge data	GIN RAS collection

ICE034

Column	Version 1	Version 2
2	65.0833333333	65.6166666667
5	5.0	37.0
7	-15.6333333333	-17.75
9	-15.0	-17.0
10	-38.0	-45.0
11	1.0	01
13	Eastern Iceland	NE Iceland
14	Reykjarau (Meljadrafiall), spring	Reykir-Fnjoskadalur Spr.
19	7346.0	7350.0
22	22.0	90.0
29	15800.0
34	700.0	9.2e-06
36	700.0	9.2e-06
43	[Ar]=[Ar+Kr+Xe]
44	6.0
45	20000.0
46	961200.0
47	3000.0

ICE035

Column	Version 1	Version 2
2	65.033	65.475
5	1.98	28.5
7	-14.633	-18.3666666667
9	-14.0	-18.0
10	-37.98	-22.0
11	10.0	01
13	Eastern Iceland	NE Iceland
14	Thingmuli	Reykir-Fosshver (Skagafjordur-Tungusveit) Spr.
16		19720711
19	I20	7213.0
20	87841.0
21	W	G/S
22		66.0
23	water;sub-glacial glass;silic volcanic centre;
29		0.01886
32	-
33	0.072
34		2.2e-05
36	10.08	2.2e-05
37	-
43		[Ar]=[Ar+Kr+Xe]
44		1e-05
45		0.0039
46		0.9764
48		0.0007
53	University of Cambridge data	GIN RAS collection

ICE036

Column	Version 1	Version 2
2	65.35	65.65
5	21.0	39.0
7	-18.1166666667	-18.0833333333
10	-7.0	-5.0
11	1.0	01
13	Northern Iceland	NE Iceland
14	Goddalir (Skagafjordur), spring	Reykir-Holar (Hjaltadalsadalur) Spr.
16	19730000.0	19760000.0
19	7320.0	7650.0
22	65.0	44.0
29	18900.0	0.0165
34	2700.0	6.2e-06
36	2700.0	6.2e-06
44	6.0	3e-05
45	200.0	0.0042
46	973100.0	0.9266
47		0.0519
48	7600.0	0.0008
49		0.0001

ICE037

Column	Version 1	Version 2
2	65.3083333333	65.975
5	18.5	58.5
7	-18.25	-18.8
10	-15.0	-48.0
11	1.0	01
13	Northern Iceland	NE Iceland
14	Holsgerdi, Laug (Eyjafjardalur), spring	Reykir-Olafsfjordur Spr.
19	7323.0	7324.0
22	42.0	44.0
29	15500.0	0.0137
34	1100.0	1.9e-05
36	1100.0	1.9e-05
44	6.0	6e-06
45	200.0	0.126
46	982200.0	0.8518
47	2000.0	0.0085

ICE038

Column	Version 1	Version 2
2	65.8833333333	65.975
5	53.0	58.5
7	-17.3	-18.8
9	-17.0	-18.0
10	-18.0	-48.0
11	1.0	01
13	Northern Iceland	NE Iceland
14	Hveravellir (Reykjahverfi), spring	Reykir-Olafsfjordur Spr.
19	7628.0	7649.0
22	boiling
34	280.0	2.4e-05
35	>=
36	280.0	2.4e-05

ICE039

Column	Version 1	Version 2
2	65.8833333333	65.0833333333
5	53.0	5.0
7	-17.3	-15.6333333333
9	-17.0	-15.0
10	-18.0	-38.0
11	1.0	01
13	Northern Iceland	NE Iceland
14	Hveravellir (Reykjahverfi), spring	Reykjarau Spr. (Meljadrafiall)
16	19720714	19730000.0
19	7216.0	7346.0
22	boiling	22.0
29	28640.0	0.0158
34	1500.0	7e-06
36	1500.0	7e-06
44	66.0	6e-06
45	1010.0	0.02
46	850000.0	0.9612
47	116700.0	0.003
48	3540.0

ICE040

Column	Version 1	Version 2
2	65.8833333333	65.033
5	53.0	1.98
7	-17.3	-14.633
9	-17.0	-14.0
10	-18.0	-37.98
11	1.0	10.0
13	Northern Iceland	NE Iceland
14	Hveravellir (Reykjahverfi), spring	Thingmuli, water iss.
16	19730000.0
19	7345.0	I20
20		87841.0
21	G/S	W/iss
22	boiling
23		water;sub-glacial glass;silic volcanic centre
33		0.072
34	1700.0
36	1700.0	1.008e-07
53	GIN RAS collection	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE041

Column	Version 1	Version 2
2	65.7416666667	66.15
4	65.0	66.0
5	44.5	9.0
7	-18.2833333333	-16.55
9	-18.0	-16.0
10	-17.0	-33.0
11	1.0	07
13	Northern Iceland	NE Iceland (Northern Rift Zone, NRZ)
14	Laugaland (Akureyri), hole	Aerlaekjarsel (Scogur; Axafjordur) Spr.
16	19760000.0	19850000.0
19	7648.0	I-85
21	G/H	G/S
22	69.0
24		0.000175
29	16200.0	0.02685
32		10.05
33		10.28
34	1580.0	1.407e-05
36	1580.0	1.4392e-05
37		11.4917127072
43	[Ar]=[Ar+Kr+Xe]	He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44	140.0
45	3600.0	0.04058
46	926600.0	0.834
47	53500.0	0.042
48	500.0	0.05659
49	100.0
52		[CO2]=[CO2+H2S]
53	GIN RAS collection	Poreda et al., 1992

ICE042

Column	Version 1	Version 2
2	65.6166666667	66.15
4	65.0	66.0
5	37.0	9.0
7	-17.75	-16.55
9	-17.0	-16.0
10	-45.0	-33.0
11	1.0	01
13	Northern Iceland	NE Iceland (Northern Rift Zone, NRZ)
14	Reykir (Fnjoskadalur), spring	Aerlaekjarsel (Scogur; Axafjordur) Spr.
16	19760000.0	19720000.0
19	7627.0	7217.0
22	90.0	41.5
29		0.01595
34	150.0	1.35e-05
35	>=
36	150.0	1.35e-05
43		[Ar]=[Ar+Kr+Xe]
44		2e-05
45		0.003
46		0.9708
48		0.0102

ICE043

Column	Version 1	Version 2
2	65.6166666667	65.0166666667
5	37.0	1.0
7	-17.75	-16.7166666667
9	-17.0	-16.0
10	-45.0	-43.0
11	1.0	07
13	Northern Iceland	NE Iceland (Northern Rift Zone, NRZ)
14	Reykir (Fnjoskadalur), spring	Askja Caldera, fumarole
16	19720713	19830000.0
19	7215.0	I-83-110
21	G/S	M/F
22	90.0	316.0
24		6.47e-06
29	22060.0	7e-05
32		10.37
33		10.45
34	910.0	1.4518e-05
36	910.0	1.463e-05
37		28.729281768
43	[Ar]=[Ar+Kr+Xe]	He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44	10.0	0.0164
45	75400.0	0.00035
46	901300.0	0.00379
47	1169.0	0.9175
48	300.0	2.6e-05
49		0.0618
50		-26.8
51		-3.4
53	GIN RAS collection	Poreda et al., 1992

ICE044

Column	Version 1	Version 2
2	65.6166666667	65.0166666667
5	37.0	1.0
7	-17.75	-16.7166666667
9	-17.0	-16.0
10	-45.0	-43.0
11	1.0	01
13	Northern Iceland	NE Iceland (Northern Rift Zone, NRZ)
14	Reykir (Fnjoskadalur), spring	Askja Caldera, SE rim, fumarole
19	7350.0	7337.0
21	G/S	G/F
22	90.0	97.0
29		0.0003
34	920.0	3.7e-06
36	920.0	1.1e-05
43		[Ar]=[Ar+Kr+Xe]
44		0.14688
45		0.0001
46		0.0079
47		0.8207
48		0.0005
49		0.024

ICE045

Column	Version 1	Version 2
2	65.475	65.05
5	28.5	3.0
7	-18.3666666667	-16.7166666667
9	-18.0	-16.0
10	-22.0	-43.0
11	1.0	01
13	Northern Iceland	NE Iceland (Northern Rift Zone, NRZ)
14	Reykir (Fosshver; Skagafjordur, Tungusveit), spring	Askja Caldera, Viti crater, bubbles in lake
16	19720711	19710000.0
19	7213.0	7118.0
21	G/S	G/lake
22	66.0	33.5
29	18860.0	0.000325
34	2200.0	1.4e-05
36	2200.0	1.4e-05
44	10.0
45	3900.0	0.0012
46	976400.0	0.019
47		0.98
48	700.0	0.0008
52		[CO2]=[CO2+H2S]

ICE046

Column	Version 1	Version 2
2	65.65	65.05
5	39.0	3.0
7	-18.0833333333	-16.7166666667
9	-18.0	-16.0
10	-5.0	-43.0
11	1.0	01
13	Northern Iceland	NE Iceland (Northern Rift Zone, NRZ)
14	Reykir (Holar; Hjaltadalsadalur), spring	Askja Caldera, Viti crater, fumarole
16	19760000.0	19730000.0
19	7650.0	7336.0
21	G/S	G/F
22	44.0	92.0
29	16500.0	0.0003
34	620.0	3.5e-06
36	620.0	1.1e-05
44	30.0	0.02658
45	4200.0	0.003
46	926600.0	0.0158
47	51900.0	0.9255
48	800.0	0.0002
49	100.0	0.0291

ICE047

Column	Version 1	Version 2
2	65.975	65.067
5	58.5	4.02
7	-18.8	-16.833
9	-18.0	-16.0
10	-48.0	-49.98
11	1.0	10.0
13	Northern Iceland	NE Iceland (Northern Rift Zone, NRZ)
14	Reykir (Olafsfjordur), spring	Askja Caldera, water iss.
16	19730000.0
19	7324.0	I9
20		A2
21	G/S	W/iss
22	44.0
23		water;sub-glacial glass;basalt sample;silic volcano centre
29	13700.0
33		7.1
34	1900.0
36	1900.0	9.94e-06
43	[Ar]=[Ar+Kr+Xe]
44	6.0
45	126000.0
46	851800.0
47	8500.0
53	GIN RAS collection	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE048

Column	Version 1	Version 2
2	65.975	65.067
5	58.5	4.02
7	-18.8	-16.833
9	-18.0	-16.0
10	-48.0	-49.98
11	1.0	10.0
13	Northern Iceland	NE Iceland (Northern Rift Zone, NRZ)
14	Reykir (Olafsfjordur), spring	Askja Caldera, water iss.
16	19760000.0	19750000.0
19	7649.0	I17
20		A1875
21	G/S	W/iss
23		water;sub-glacial glass;basalt sample;silic volcano centre
33		0.93
34	2400.0
36	2400.0	1.302e-06
53	GIN RAS collection	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE049

Column	Version 1	Version 2
2	65.8833333333	64.0583333333
4	65.0	64.0
5	53.0	3.5
7	-19.7416666667	-17.05
9	-19.0	-17.0
10	-44.5	-3.0
11	1.0	07
13	Northern Iceland	NE Iceland (Northern Rift Zone, NRZ)
14	Reykir (Skagafjordur), spring	Baejarstadaskogur, hole
16	19720000.0	19850000.0
19	7214.0	85-3089
21	G/S	G/H
22	61.5	70.0
24		6.65e-05
29	18780.0	0.00505
32		13.57
33		13.76
34	2300.0	1.8998e-05
36	2300.0	1.9264e-05
37		16.3756906077
43	[Ar]=[Ar+Kr+Xe]	He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44	23.0
45	1750.0	0.01706
46	972000.0	0.1921
47	4600.0	0.7857
48	2900.0	3.6e-05
52		[CO2]=[CO2+H2S]
53	GIN RAS collection	Poreda et al., 1992

ICE050

Column	Version 1	Version 2
2	66.15	65.875
4	66.0	65.0
5	9.0	52.0
7	-16.55	-17.4516666667
9	-16.0	-17.0
10	-33.0	-26.0
11	1.0	09
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Aerlaekjarsel (Scogur; Axafjordur), spring	Hafralaehur hole, 35 km WNW of Krafla
16	19720000.0	19770400.0
17		101.0
19	7217.0
21	G/S	W/H
22	41.5
25		2.03e-07
29	15950.0
32		9.0
34	1350.0	1.24e-05
35		≥
36	1350.0	1.24e-05
43	[Ar]=[Ar+Kr+Xe]
44	20.0
45	3000.0
46	970800.0
48	10200.0
53	GIN RAS collection	Torgersen & Jenkins, 1982

ICE051

Column	Version 1	Version 2
2	66.15	65.717
4	66.0	65.0
5	9.0	43.02
7	-16.55	-16.733
10	-33.0	-43.98
11	7.0	01
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Aerlaekjarsel (Scogur; Axafjordur), spring	KrafIa thermal area, fumarole adjacent to Viti
16	19850000.0	19710906
19	I-85	7108.0
21	G/S	G/F
22		99.0
24	175.0
29	6850.0	0.000149
32	10.05
33	10.28
34	1407.0	1.25e-05
36	1439.2	1.25e-05
37	11.4917127072
43		[Ar]=[Ar+Kr+Xe]
44		0.1
45	40580.0	0.0006
46	834000.0	0.01
47	42000.0	0.89
48	56590.0	0.0008
53	Poreda et al., 1992	GIN RAS collection

ICE052

Column	Version 1	Version 2
2	65.0166666667	65.717
5	1.0	43.02
7	-16.7166666667	-16.733
10	-43.0	-43.98
11	7.0	01
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Askja caldera, fumarole	KrafIa thermal area, fumarole adjacent to Viti
16	19830000.0	19760000.0
19	I-83-110	7641.0
21	M/F	G/F
22	316.0	99.0
24	6.47
29	70.0	0.0025
32	10.37
33	10.45
34	1451.8	5e-06
35		≥
36	1463.0	5e-06
37	28.729281768
43		[Ar]=[Ar+Kr+Xe]
44	16400.0	0.00687
45	350.0	5e-05
46	3790.0	0.0962
47	917500.0	0.8944
48	26.0	5e-05
49	61800.0	1e-05
50	-26.8
51	-3.4
53	Poreda et al., 1992	GIN RAS collection

ICE053

Column	Version 1	Version 2
2	65.0166666667	65.717
5	1.0	43.02
7	-16.7166666667	-16.733
10	-43.0	-43.98
11	1.0	03
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Askja caldera, SE rim, fumarole	KrafIa thermal area, Viti fumarole
16	19730000.0	1982-1983
19	7337.0
22	97.0
29	300.0
32		8.4
34	370.0	1.176e-05
36	1100.0	1.176e-05
43	[Ar]=[Ar+Kr+Xe]
44	146880.0
45	100.0
46	7900.0
47	820700.0
48	500.0
49	24000.0
53	GIN RAS collection	Hilton et al., 1990

ICE054

Column	Version 1	Version 2
2	65.05	65.717
5	3.0	43.02
7	-16.7166666667	-16.733
10	-43.0	-43.98
11	1.0	10.0
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Askja caldera, Viti crater, bubbles in lake	Krafla thermal area (lava fissure), water iss.
16	19710000.0	19810000.0
19	7118.0	I12
20		KRA81
21	G/L	W/iss
22	33.5
23		water;sub-glacial glass;silic volcanic centre
29	325.0
33		5.07
34	1400.0
36	1400.0	7.098e-06
43	[Ar]=[Ar+Kr+Xe]
45	1200.0
46	19000.0
47	980000.0
48	800.0
52	[CO2]=[CO2+H2S]
53	GIN RAS collection	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE055

Column	Version 1	Version 2
2	65.05	65.717
5	3.0	43.02
7	-16.7166666667	-16.733
10	-43.0	-43.98
11	1.0	10.0
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Askja caldera, Viti crater, fumarole	Krafla thermal area (subglacial ridge), water iss.
16	19730000.0
19	7336.0	I19
20		ATHO
21	G/F	W/iss
22	92.0
23		water;sub-glacial glass;silic volcanic centre
29	300.0
33		0.82
34	350.0
36	1100.0	1.148e-06
43	[Ar]=[Ar+Kr+Xe]
44	26580.0
45	3000.0
46	15800.0
47	925500.0
48	200.0
49	29100.0
53	GIN RAS collection	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE056

Column	Version 1	Version 2
2	65.067	65.717
5	4.02	43.02
7	-16.833	-16.733
10	-49.98	-43.98
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Askja, subglacial dyke	Krafla thermal area, condensate
19	I9	KJ-16
20	A2	2.0
21	W	condensate
23	water;sub-glacial glass;basalt sample;silic volcano centre;	condensation;silic volcanic centre
33	7.1	8.44
36	994.0	1.1816e-05
37	-
53	University of Cambridge data	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE057

Column	Version 1	Version 2
2	65.067	65.717
5	4.02	43.02
7	-16.833	-16.733
10	-49.98	-43.98
11	10.0	07
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Askja, tephra	Krafla thermal area, fumarole (Viti)
16	19750000.0	19830000.0
19	I17	I-83-113
20	A1875
21	W	M/F
22		315.0
23	water;sub-aerial glass;basalt sample;silic volcanic centre;
24		2.14e-05
29		5e-05
32		9.74
33	0.93	9.74
34		1.3636e-05
36	130.2	1.3636e-05
37	-	1149.17127072
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44		0.008
45		0.00026
46		0.00296
47		0.9628
48		1e-05
49		0.0259
53	University of Cambridge data	Poreda et al., 1992

ICE058

Column	Version 1	Version 2
11	1.0	10.0
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	KrafIa thermal area, fumarole adjacent to Viti	Krafla thermal area, gas iss.
16	19760000.0
19	7641.0	KG-8
22	99.0
23		gas;silic volcanic centre
29	2500.0
33		8.09
34	500.0
35	>=
36	500.0	1.1326e-05
43	[Ar]=[Ar+Kr+Xe]
44	6870.0
45	50.0
46	96200.0
47	894400.0
48	50.0
49	10.0
53	GIN RAS collection	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE059

Column	Version 1	Version 2
11	1.0	10.0
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	KrafIa thermal area, fumarole adjacent to Viti	Krafla thermal area, gas iss.
16	19710906
19	7108.0	KJ-16
20		1.0
22	99.0
23		gas;silic volcanic centre
29	149.0
33		9.36
34	1250.0
36	1250.0	1.3104e-05
43	[Ar]=[Ar+Kr+Xe]
44	100000.0
45	600.0
46	10000.0
47	890000.0
48	800.0
52	[CO2]=[CO2+H2S]
53	GIN RAS collection	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE060

Column	Version 1	Version 2
11	3.0	10.0
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	KrafIa thermal area, Viti fumarole	Krafla thermal area, gas iss.
16	1982-1983
19		KJ-15
23		gas;silic volcanic centre
32	8.4
33		9.38
34	1176.0
36	1176.0	1.3132e-05
53	Hilton et al., 1990	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE061

Column	Version 1	Version 2
11	10.0	07
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla thermal area	Krafla thermal area, hole 14
16		19850000.0
19	I18	85-3015
20	KK26
21	W	M/H
22		295.0
23	water;sub-aerial glass;basalt sample;silic volcanic centre;
24		1.07e-05
29		0.00097
32	-	9.44
33	1.06	9.46
34		1.3216e-05
36	148.4	1.3244e-05
37		91.9337016575
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44		0.0531
46		0.0432
47		0.8486
48		0.0005
49		0.0533
50		-27.7
51		-3.5
53	University of Cambridge data	Poreda et al., 1992

ICE062

Column	Version 1	Version 2
11	10.0	08
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla thermal area	Krafla thermal area, hole 15
16		19820806
19	KG-8
20	-
21	G	G/H
23	gas;silic volcanic centre;geothermal sample;
24		2.09e-05
26		4e-07
29		0.00051
33	8.09
34		1.26e-05
36	1132.6	1.26e-05
37	-
38		20.0
39		9.787
40		0.02921
41		0.1911
42		304.9
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		0.0213
45		0.001
46		0.0453
47		0.932
48		2.5e-05
49		0.0001
50		-35.5
51		-4.0
53	University of Cambridge data	Sano et al., 1985

ICE063

Column	Version 1	Version 2
11	10.0	07
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla thermal area	Krafla thermal area, hole 15
16		19850000.0
19	KJ-16	85-3016
20	2.0
21	M	M/H
22		320.0
23	condensation;silic volcanic centre;geothermal sample;
24		1.53e-05
29		0.00015
32		9.41
33	8.44	9.42
34		1.3174e-05
36	1181.6	1.3188e-05
37	-	241.325966851
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44		0.0423
45		2e-05
46		0.00257
47		0.9
48		1e-05
49		0.0548
53	University of Cambridge data	Poreda et al., 1992

ICE064

Column	Version 1	Version 2
11	10.0	08
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla thermal area	Krafla thermal area, hole 8
16		19820806
19	KJ-16
20	1.0
21	G	G/H
23	gas;silic volcanic centre;geothermal sample;
24		0.000135
26		6.3e-06
29		0.00683
33	9.36
34		1.19e-05
36	1310.4	1.19e-05
37	-
38		17.0
39		9.621
40		0.02877
41		0.1891
42		303.2
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		0.0183
45		0.033
46		0.371
47		0.499
48		0.034
49		0.04
50		-39.3
51		-2.7
53	University of Cambridge data	Sano et al., 1985

ICE065

Column	Version 1	Version 2
11	10.0	03
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla thermal area	Krafla thermal area, hole KG-8
16		1982-1983
19	KJ-15
20	-
21	G	G/H
23	gas;silic volcanic centre;geothermal sample;
32		8.6
33	9.38	8.7
34		1.204e-05
36	1313.2	1.218e-05
37	-	216.756993007
53	University of Cambridge data	Hilton et al., 1990

ICE066

Column	Version 1	Version 2
11	7.0	03
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla thermal area, fumarole (Viti)	Krafla thermal area, hole KJ-15
16	19830000.0	1982-1983
19	I-83-113
21	M/F	G/H
22	315.0
24	21.4
29	50.0
32	9.74	9.4
33	9.74
34	1363.6	1.316e-05
36	1363.6	1.316e-05
37	1149.17127072
44	8000.0
45	260.0
46	2960.0
47	962800.0
48	10.0
49	25900.0
53	Poreda et al., 1992	Hilton et al., 1990

ICE067

Column	Version 1	Version 2
11	7.0	03
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla thermal area, hole 14	Krafla thermal area, hole KJ-16
16	19850000.0	1982-1983
19	85-3015
21	M/H	G/H
22	295.0
24	10.7
29	970.0
32	9.44	9.4
33	9.46
34	1321.6	1.316e-05
36	1324.4	1.316e-05
37	91.9337016575
44	53100.0
46	43200.0
47	848600.0
48	500.0
49	53300.0
50	-27.7
51	-3.5
53	Poreda et al., 1992	Hilton et al., 1990

ICE068

Column	Version 1	Version 2
11	8.0	03
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla thermal area, hole 15	Krafla thermal area, Hveragil fumarole
16	19820806	1982-1983
21	G/H	W/F
24	20.9
25		8.2e-07
26	0.4
29	510.0
32		8.7
33		8.8
34	1260.0	1.218e-05
36	1260.0	1.232e-05
37		176.148018648
38	20.0
39	9.787
40	2.921
41	0.1911
42	304.9
43	Isotopic composition of Kr, Xe, N2, and H2 see in source cited in refeference column
44	21300.0
45	1000.0
46	45300.0
47	932000.0
48	25.0
49	100.0
50	-35.5
51	-4.0
53	Sano et al., 1985	Hilton et al., 1990

ICE069

Column	Version 1	Version 2
11	7.0	07
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla thermal area, hole 15	Krafla thermal area, S.S. fumarole
19	85-3016	85-3017
21	M/H	M/F
22	320.0	306.0
24	15.3	3.9e-05
29	150.0	3e-05
32	9.41	9.48
33	9.42	9.49
34	1317.4	1.3272e-05
36	1318.8	1.3286e-05
37	241.325966851	287.29281768
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44	42300.0	0.0054
45	20.0	3e-05
46	2570.0	0.00135
47	900000.0	0.9856
48	10.0	4.9e-05
49	54800.0	0.0075

ICE070

Column	Version 1	Version 2
11	8.0	10.0
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla thermal area, hole 8	Krafla thermal area, water iss.
16	19820806
19		I18
20		KK26
21	G/H	W/iss
23		water;sub-glacial glass;silic volcanic centre
24	135.0
26	6.3
29	6830.0
33		1.06
34	1190.0
36	1190.0	1.484e-06
38	17.0
39	9.621
40	2.877
41	0.1891
42	303.2
43	Isotopic composition of N2 and H2 see in source cited in refeference column
44	18300.0
45	33000.0
46	371000.0
47	499000.0
48	34000.0
49	40000.0
50	-39.3
51	-2.7
53	Sano et al., 1985	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE071

Column	Version 1	Version 2
11	3.0	09
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla thermal area, hole KG-8	Krafla, thermal area, hole KG-8
16	1982-1983	19770600.0
19		KG-8
20		1.0
21	G/H	W/H
25		1.174e-05
32	8.6	7.9
33	8.7
34	1204.0	1.09e-05
36	1218.0	1.09e-05
37	216.756993007
53	Hilton et al., 1990	Torgersen & Jenkins, 1982

ICE072

Column	Version 1	Version 2
11	3.0	09
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla thermal area, hole KJ-15	Krafla, thermal area, hole KG-8
16	1982-1983	19770600.0
19		KG-8
20		3.0
21	G/H	W/H
25		1.07e-06
32	9.4	8.5
34	1316.0	1.15e-05
36	1316.0	1.15e-05
53	Hilton et al., 1990	Torgersen & Jenkins, 1982

ICE073

Column	Version 1	Version 2
11	3.0	09
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla thermal area, hole KJ-16	Krafla, thermal area, hole KG-8
16	1982-1983	19770600.0
19		KG-8
20		2.0
21	G/H	W/H
25		4.16e-06
32	9.4	9.0
34	1316.0	1.24e-05
36	1316.0	1.24e-05
53	Hilton et al., 1990	Torgersen & Jenkins, 1982

ICE074

Column	Version 1	Version 2
11	3.0	09
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla thermal area, Hveragil fumarole	Krafla, thermal area, hole KJ-7
16	1982-1983	19770600.0
19		KJ-7
21	W/F	W/H
25	0.82	2.357e-05
32	8.7	8.4
33	8.8
34	1218.0	1.16e-05
36	1232.0	1.16e-05
37	176.148018648
53	Hilton et al., 1990	Torgersen & Jenkins, 1982

ICE075

Column	Version 1	Version 2
2	65.717	64.6833333333
4	65.0	64.0
5	43.02	41.0
7	-16.733	-16.6833333333
10	-43.98	-41.0
11	7.0	01
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla thermal area, S.S. fumarole	Kverkfjoll thermal area, fumarole
16	19850000.0	19760000.0
19	85-3017	7642.0
21	M/F	G/F
22	306.0
24	39.0
29	30.0
32	9.48
33	9.49
34	1327.2	2.2e-06
35		≥
36	1328.6	2.2e-06
37	287.29281768
43		[Ar]=[Ar+Kr+Xe]
44	5400.0	0.0396
45	30.0	0.0037
46	1350.0	0.0746
47	985600.0	0.878
48	49.0	0.0019
49	7500.0	0.0001
53	Poreda et al., 1992	GIN RAS collection

ICE076

Column	Version 1	Version 2
2	65.717	64.6833333333
4	65.0	64.0
5	43.02	41.0
7	-16.733	-16.6833333333
10	-43.98	-41.0
11	10.0	07
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla thermal area, subglacial ridge	Kverkfjoll thermal area, fumarole
16		19830000.0
19	I19	I-83-111
20	ATHO
21	W	M/F
22		269.0
23	water;sub-glacial glass;basalt sample;silic volcanic centre;
24		5.8e-06
32	-	8.47
33	0.82	8.54
34		1.1858e-05
36	114.8	1.1956e-05
37		28.729281768
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44		0.086
45		0.00244
46		0.0149
47		0.849
48		0.00085
49		0.0465
50		-32.4
51		-4.1
53	University of Cambridge data	Poreda et al., 1992

ICE077

Column	Version 1	Version 2
2	65.717	64.6833333333
4	65.0	64.0
5	43.02	41.0
7	-16.733	-16.6833333333
10	-43.98	-41.0
11	10.0	07
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla, lava fissure	Kverkfjoll thermal area, fumarole
16	19810000.0	19830000.0
19	I12	I-83-112
20	KRA81
21	W	M/F
22		270.0
23	water;sub-aerial glass;basalt sample;silic volcanic centre;
24		8.02e-06
29		0.00013
32	-	8.81
33	5.07	8.84
34		1.2334e-05
36	709.8	1.2376e-05
37		63.2044198895
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44		0.13
45		0.00051
46		0.00836
47		0.7797
48		0.00062
49		0.0806
50		-36.4
53	University of Cambridge data	Poreda et al., 1992

ICE078

Column	Version 1	Version 2
2	65.717	64.6833333333
4	65.0	64.0
5	43.02	41.0
7	-16.733	-16.6833333333
10	-43.98	-41.0
11	9.0	01
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla, thermal area, hole KG-8	Kverkfjoll thermal area, gas bubbling in water-mud pot
16	19770600.0	19760000.0
19	KG-8	7643.0
20	1.0
21	W/H	G/S
25	11.74
32	7.9
34	1090.0	1.1e-05
36	1090.0	1.1e-05
43		[Ar]=[Ar+Kr+Xe]
44		0.1393
45		0.0008
46		0.0803
47		0.7758
48		0.002
49		0.0016
53	Torgersen & Jenkins, 1982	GIN RAS collection

ICE079

Column	Version 1	Version 2
2	65.717	65.7
5	43.02	42.0
7	-16.733	-16.8
10	-43.98	-48.0
11	9.0	07
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla, thermal area, hole KG-8	Leirhnukur-Krafla thermal area, fumarole
16	19770600.0	19850000.0
19	KG-8	85-3019
20	3.0
21	W/H	M/F
22		239.0
24		2.14e-05
25	1.07
29		0.00223
32	8.5	9.36
33		9.4
34	1150.0	1.3104e-05
36	1150.0	1.316e-05
37		57.4585635359
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44		0.0222
45		0.0134
46		0.0904
47		0.827
48		0.00095
49		0.0432
53	Torgersen & Jenkins, 1982	Poreda et al., 1992

ICE080

Column	Version 1	Version 2
2	65.717	65.7
5	43.02	42.0
7	-16.733	-16.8
10	-43.98	-48.0
11	9.0	03
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla, thermal area, hole KG-8	Leirhnukur-Krafla thermal area, fumarole
16	19770600.0	1982-1983
19	KG-8
20	2.0
21	W/H	G/F
25	4.16
32	9.0	8.6
34	1240.0	1.204e-05
36	1240.0	1.204e-05
53	Torgersen & Jenkins, 1982	Hilton et al., 1990

ICE081

Column	Version 1	Version 2
2	65.717	65.7
5	43.02	42.0
7	-16.733	-16.8
10	-43.98	-48.0
11	9.0	01
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Krafla, thermal area, hole KJ-7	Leirhnukur-Krafla thermal area, northern part of old fumarolic field, fumarole
16	19770600.0	19760000.0
19	KJ-7	7640.0
21	W/H	G/F
22		98.0
25	23.57
29		0.0003
32	8.4
34	1160.0	2.2e-06
35		≥
36	1160.0	2.2e-06
43		[Ar]=[Ar+Kr+Xe]
44		0.00966
45		0.0005
46		0.0161
47		0.9739
48		0.0005
53	Torgersen & Jenkins, 1982	GIN RAS collection

ICE082

Column	Version 1	Version 2
2	64.6833333333	65.7
4	64.0	65.0
5	41.0	42.0
7	-16.6833333333	-16.8
10	-41.0	-48.0
11	1.0	01
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Kverkfjoll, fumarole	Leirhnukur-Krafla thermal area, wet hot air issue
19	7642.0	7634.0
21	G/F
34	220.0	1.3e-06
35	>=	≤
36	220.0	1.3e-06
44	39600.0	3e-05
45	3700.0	0.1434
46	74600.0	0.7771
47	878000.0	0.0696
48	1900.0	0.0005
49	100.0	0.0001

ICE083

Column	Version 1	Version 2
2	64.6833333333	65.617
4	64.0	65.0
5	41.0	37.02
7	-16.6833333333	-16.8083333333
10	-41.0	-48.5
11	7.0	07
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Kverkfjoll, fumarole	Namafjall thermal area area, fumarole
19	I-83-111	I-83-115
22	269.0	262.0
24	5.8	1.42e-05
29		0.00165
32	8.47	9.77
33	8.54	9.91
34	1185.8	1.3678e-05
36	1195.6	1.3874e-05
37	28.729281768	16.3756906077
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44	86000.0	0.1609
45	2440.0	0.01846
46	14900.0	0.0795
47	849000.0	0.3868
48	850.0	0.01737
49	46500.0	0.3353
50	-32.4	-37.1
51	-4.1	-5.7

ICE084

Column	Version 1	Version 2
2	64.6833333333	65.617
4	64.0	65.0
5	41.0	37.02
7	-16.6833333333	-16.867
10	-41.0	-52.02
11	7.0	08
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Kverkfjoll, fumarole	Namafjall thermal area area, hole
16	19830000.0	19820807
19	I-83-112
21	M/F	G/H
22	270.0
24	8.02	0.0001
26		1e-07
29	130.0	0.0001
32	8.81
33	8.84
34	1233.4	1.2e-05
36	1237.6	1.2e-05
37	63.2044198895
38		36.0
39		9.92
40		0.02895
41		0.188
42		302.8
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	130000.0	0.573
45	510.0	0.0005
46	8360.0	0.008
47	779700.0	0.258
48	620.0	0.0014
49	80600.0	0.16
50	-36.4	-32.7
51		-4.8
53	Poreda et al., 1992	Sano et al., 1985

ICE085

Column	Version 1	Version 2
2	64.6833333333	65.617
4	64.0	65.0
5	41.0	37.02
7	-16.6833333333	-16.867
10	-41.0	-52.02
11	1.0	07
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Kverkfjoll, gas bubbling in water-mud pot	Namafjall thermal area area, hole 11
16	19760000.0	19830000.0
19	7643.0	I-83-114
21	G/S	M/H
22		272.0
24		3.78e-06
29		0.0004
32		9.24
33		9.46
34	1100.0	1.2936e-05
36	1100.0	1.3244e-05
37		9.7679558011
43	[Ar]=[Ar+Kr+Xe]	He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44	139300.0	0.3692
45	800.0	0.00227
46	80300.0	0.0197
47	775800.0	0.2795
48	2000.0	0.00015
49	1600.0	0.3288
50		-29.9
51		-6.0
53	GIN RAS collection	Poreda et al., 1992

ICE086

Column	Version 1	Version 2
2	65.7	65.617
5	42.0	37.02
7	-16.8	-16.867
10	-48.0	-52.02
11	3.0	03
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Leirhnukur (Krafla), fumarole	Namafjall thermal area area, hole BJ-12
21	G/F	G/H
32	8.6	8.4
34	1204.0	1.176e-05
36	1204.0	1.176e-05

ICE087

Column	Version 1	Version 2
2	65.7	65.617
5	42.0	37.02
7	-16.8	-16.8083333333
10	-48.0	-48.5
11	7.0	07
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Leirhnukur (Krafla), fumarole	Namafjall thermal area area, Hverarond sector, fumarole
19	85-3019	85-3020
22	239.0	278.0
24	21.4	3.97e-06
29	2230.0	0.0077
32	9.36	8.8
33	9.4	9.68
34	1310.4	1.232e-05
36	1316.0	1.3552e-05
37	57.4585635359	2.81546961326
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44	22200.0	0.151
45	13400.0	0.0087
46	90400.0	0.25
47	827000.0	0.4956
48	950.0	0.00102
49	43200.0	0.0852

ICE088

Column	Version 1	Version 2
2	65.7	65.617
5	42.0	37.02
7	-16.8	-16.867
10	-48.0	-52.02
11	1.0	10.0
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Leirhnukur (Krafla), northern part of old fumarolic field, fumarole	Namafjall thermal area, gas iss.
16	19760000.0
19	7640.0	BJ-12
22	98.0
23		gas;high temperature steam field;geothermal sample
29	300.0
33		8.4
34	220.0
35	>=
36	220.0	1.176e-05
43	[Ar]=[Ar+Kr+Xe]
44	9660.0
45	500.0
46	16100.0
47	973900.0
48	500.0
53	GIN RAS collection	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE089

Column	Version 1	Version 2
2	65.7	65.617
5	42.0	37.02
7	-16.8	-16.8083333333
10	-48.0	-48.5
11	1.0	01
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Leirhnukur (Krafla), wet hot air issue	Namafjall thermal area, Hverarond sector, hole
16	19760000.0	19710902
19	7634.0	7106.0
21	G	G/H
29		0.000158
34	130.0	1.45e-06
35	<=	≥
36	130.0	1.45e-06
44	30.0	0.19
45	143400.0	0.0012
46	777100.0	0.015
47	69600.0	0.79
48	500.0	0.0018
49	100.0
52		[CO2]=[CO2+H2S]

ICE090

Column	Version 1	Version 2
2	65.7	65.617
5	42.0	37.02
7	-16.8	-16.8083333333
10	-48.0	-48.5
11	10.0	01
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Leirhnukur (Theistareykir)	Namafjall thermal area, Hverarond sector, hole
16		19760000.0
19		7633.0
20	1.0
21	G/F	G/H
23	gas;high temperature steam field;geothermal sample;
29		0.001
33	8.21
34		1.4e-05
36	1149.4	1.4e-05
37	-
43		[Ar]=[Ar+Kr+Xe]
44		0.2247
46		0.0315
47		0.6239
48		0.0025
49		0.1161
53	University of Cambridge data	GIN RAS collection

ICE091

Column	Version 1	Version 2
2	65.7	65.617
5	42.0	37.02
7	-16.8	-16.867
10	-48.0	-52.02
11	10.0	03
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Leirhnukur (Theistareykir)	Namafjall thermal areaarea, hole BJ-3153
16		1982-1983
20	2.0
21	G/F	G/H
23	gas;high temperature steam field;geothermal sample;
32		8.0
33	8.31	9.7
34		1.12e-05
36	1163.4	1.358e-05
37	-	13.4484265734
53	University of Cambridge data	Hilton et al., 1990

ICE092

Column	Version 1	Version 2
2	65.7	65.917
7	-16.8	-16.867
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Leirhnukur (Theistareykir)	Theistareykir (-Leirhnukur) thermal area
20	3.0	1.0
23	gas;high temperature steam field;geothermal sample;	gas;high temperature steam field;geothermal sample
33	8.61	8.21
36	1205.4	1.1494e-05
37	-
53	University of Cambridge data	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE093

Column	Version 1	Version 2
2	65.617	65.917
5	37.02	42.0
10	-52.02	-48.0
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Namafjall	Theistareykir (-Leirhnukur) thermal area
19	BJ-12
20	-	2.0
23	gas;high temperature steam field;geothermal sample;	gas;high temperature steam field;geothermal sample
33	8.4	8.31
36	1176.0	1.1634e-05
37	-
53	University of Cambridge data	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE094

Column	Version 1	Version 2
2	65.617	65.917
5	37.02	42.0
7	-16.8083333333	-16.867
10	-48.5	-48.0
11	7.0	10.0
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Namafjall high-temperature area, fumarole	Theistareykir (-Leirhnukur) thermal area
16	19830000.0
19	I-83-115
20		3.0
21	M/F	G/F
22	262.0
23		gas;high temperature steam field;geothermal sample
24	14.2
29	1650.0
32	9.77
33	9.91	8.61
34	1367.8
36	1387.4	1.2054e-05
37	16.3756906077
44	160900.0
45	18460.0
46	79500.0
47	386800.0
48	17370.0
49	335300.0
50	-37.1
51	-5.7
53	Poreda et al., 1992	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE095

Column	Version 1	Version 2
2	65.617	65.917
5	37.02	52.5
10	-52.02	-57.0
11	8.0	10.0
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Namafjall high-temperature area, hole	Theistareykir thermal area
16	19820807
19		G-7
21	G/H	G/F
23		gas;high temperature steam field;geothermal sample
24	100.0
26	0.1
29	100.0
33		6.87
34	1200.0
36	1200.0	9.618e-06
38	36.0
39	9.92
40	2.895
41	0.188
42	302.8
43	Isotopic composition of Kr, Xe, N2, and H2 see in source cited in refeference column
44	573000.0
45	500.0
46	8000.0
47	258000.0
48	1400.0
49	160000.0
50	-32.7
51	-4.8
53	Sano et al., 1985	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE096

Column	Version 1	Version 2
2	65.617	65.917
5	37.02	52.5
10	-52.02	-57.0
11	7.0	10.0
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Namafjall high-temperature area, hole 11	Theistareykir thermal area
16	19830000.0
19	I-83-114	G-1
21	M/H	G/F
22	272.0
23		gas;high temperature steam field;geothermal sample
24	3.78
29	400.0
32	9.24
33	9.46	10.2
34	1293.6
36	1324.4	1.428e-05
37	9.7679558011
44	369200.0
45	2270.0
46	19700.0
47	279500.0
48	150.0
49	328800.0
50	-29.9
51	-6.0
53	Poreda et al., 1992	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE097

Column	Version 1	Version 2
2	65.617	65.917
5	37.02	52.5
10	-52.02	-57.0
11	3.0	01
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Namafjall high-temperature area, hole BJ-12	Theistareykir thermal area, fumarole
16	1982-1983	19710911
19		7113.0
21	G/H	G/F
22		99.0
29		0.0001
32	8.4
34	1176.0	1.35e-05
36	1176.0	1.35e-05
43		[Ar]=[Ar+Kr+Xe]
44		0.2
45		0.006
46		0.072
47		0.72
48		0.0007
52		[CO2]=[CO2+H2S]
53	Hilton et al., 1990	GIN RAS collection

ICE098

Column	Version 1	Version 2
2	65.617	65.917
5	37.02	52.5
10	-52.02	-57.0
11	3.0	07
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Namafjall high-temperature area, hole BJ-3153	Theistareykir thermal area, fumarole
16	1982-1983	19850000.0
19		85-3018
21	G/H	M/F
22		254.0
24		1.91e-05
29		0.00047
32	8.0	10.6
33	9.7	10.66
34	1120.0	1.484e-05
36	1358.0	1.4924e-05
37	13.4484265734	40.2209944751
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44		0.0094
45		0.00188
46		0.0237
47		0.827
48		0.00158
49		0.1355
53	Hilton et al., 1990	Poreda et al., 1992

ICE099

Column	Version 1	Version 2
2	65.617	65.917
5	37.02	52.5
7	-16.8083333333	-16.867
10	-48.5	-57.0
11	7.0	03
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Namafjall high-temperature area, Hverarond sector, fumarole	Theistareykir thermal area, fumarole G-1
16	19850000.0	1982-1983
19	85-3020
21	M/F	G/F
22	278.0
24	3.97
29	7700.0
32	8.8	8.9
33	9.68	9.2
34	1232.0	1.246e-05
35		≥
36	1355.2	1.288e-05
37	2.81546961326	71.1975524476
44	151000.0
45	8700.0
46	250000.0
47	495600.0
48	1020.0
49	85200.0
53	Poreda et al., 1992	Hilton et al., 1990

ICE100

Column	Version 1	Version 2
2	65.617	65.917
5	37.02	52.5
7	-16.8083333333	-16.867
10	-48.5	-57.0
11	1.0	03
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Namafjall high-temperature area, Hverarond sector, hole	Theistareykir thermal area, fumarole G-7
16	19710902	1982-1983
19	7106.0
21	G/H	G/F
29	158.0
32		6.9
34	145.0	9.66e-06
35	>=	≥
36	145.0	9.66e-06
43	[Ar]=[Ar+Kr+Xe]
44	190000.0
45	1200.0
46	15000.0
47	790000.0
48	1800.0
52	[CO2]=[CO2+H2S]
53	GIN RAS collection	Hilton et al., 1990

ICE101

Column	Version 1	Version 2
2	65.617	65.917
5	37.02	52.5
7	-16.8083333333	-16.867
10	-48.5	-57.0
11	1.0	01
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Namafjall high-temperature area, Hverarond sector, hole	Theistareykir thermal area, gas bubbling in mud pot
19	7633.0	7631.0
21	G/H	G/W
29	1000.0
34	1400.0	1.39e-05
36	1400.0	1.39e-05
43	[Ar]=[Ar+Kr+Xe]
44	224700.0
46	31500.0
47	623900.0
48	2500.0
49	116100.0

ICE102

Column	Version 1	Version 2
2	65.875	65.917
7	-16.95	-16.867
11	10.0	01
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Theistareykir	Theistareykir thermal area, gas bubbling in mud pot appeared in the site collection of 7016 sample
16		19760000.0
19	G-7	7630.0
20	-
21	G/F	G/S
23	gas;high temperature steam field;geothermal sample;
29		0.0062
32	-
33	6.87
34		1.46e-05
36	961.8	1.46e-05
43		[Ar]=[Ar+Kr+Xe]
44		0.057
45		0.0009
46		0.0569
47		0.7681
48		0.0084
49		0.0301
53	University of Cambridge data	GIN RAS collection

ICE103

Column	Version 1	Version 2
11	10.0	01
13	Northern Rift Zone (NRZ)	NE Iceland (Northern Rift Zone, NRZ)
14	Theistareykir	Theistareykir thermal area, gas bubbling in small thermal lake
16		19700000.0
19	G-1	7016.0
20	-
23	gas;high temperature steam field;geothermal sample;
33	10.2
34		1.23e-05
36	1428.0	1.23e-05
37	-
53	University of Cambridge data	GIN RAS collection

ICE104

Column	Version 1	Version 2
2	65.875	67.0917
4	65.0	67.0
5	52.5	5.5
7	-16.95	-18.713
9	-16.0	-18.0
10	-57.0	-42.8
11	1.0	12.0
13	Northern Rift Zone (NRZ)	Northern Offshore Area (Kolbeinsey Ridge)
14	Theistareykir thermal area, fumarole	Kolbeinsey hydrothermal field, station 1
16	19710911
17		113.0
19	7113.0
21	G/F	seawater
22	99.0
25		4.23e-08
29	100.0
34	1350.0
36	1350.0	2.2e-06
43	[Ar]=[Ar+Kr+Xe]
44	200000.0
45	6000.0
46	72000.0
47	720000.0
48	700.0
52	[CO2]=[CO2+H2S]
53	GIN RAS collection	Botz et al., 1999

ICE105

Column	Version 1	Version 2
2	65.875	67.0917
4	65.0	67.0
5	52.5	5.5
7	-16.95	-18.71
9	-16.0	-18.0
10	-57.0	-42.6
11	7.0	12.0
13	Northern Rift Zone (NRZ)	Northern Offshore Area (Kolbeinsey Ridge)
14	Theistareykir thermal area, fumarole	Kolbeinsey hydrothermal field, station 3
16	19850000.0
17		102.0
19	85-3018
21	M/F	seawater
22	254.0
24	19.1
25		2.37e-07
29	470.0
32	10.6
33	10.66
34	1484.0
36	1492.4	1.28e-05
37	40.2209944751
44	9400.0
45	1880.0
46	23700.0
47	827000.0
48	1580.0
49	135500.0
53	Poreda et al., 1992	Botz et al., 1999

ICE106

Column	Version 1	Version 2
2	65.875	67.0917
4	65.0	67.0
5	52.5	5.5
7	-16.95	-18.71
9	-16.0	-18.0
10	-57.0	-42.6
11	3.0	12.0
13	Northern Rift Zone (NRZ)	Northern Offshore Area (Kolbeinsey Ridge)
14	Theistareykir thermal area, fumarole G-1	Kolbeinsey hydrothermal field, station 4
16	1982-1983
17		104.0
21	G/F	seawater
22		130.0
25		1.06e-07
32	8.9
33	9.2
34	1246.0
36	1288.0	1.02e-05
37	71.1975524476
53	Hilton et al., 1990	Botz et al., 1999

ICE107

Column	Version 1	Version 2
2	65.875	67.0917
4	65.0	67.0
5	52.5	5.5
7	-16.95	-18.71
9	-16.0	-18.0
10	-57.0	-42.6
11	3.0	12.0
13	Northern Rift Zone (NRZ)	Northern Offshore Area (Kolbeinsey Ridge)
14	Theistareykir thermal area, fumarole G-7	Kolbeinsey hydrothermal field, station 5
16	1982-1983
17		105.0
19		a
21	G/F	seawater
25		4.71e-08
32	6.9
34	966.0
35	>=
36	966.0	3.26e-06
53	Hilton et al., 1990	Botz et al., 1999

ICE108

Column	Version 1	Version 2
2	65.875	67.0917
4	65.0	67.0
5	52.5	5.5
7	-16.95	-18.71
9	-16.0	-18.0
10	-57.0	-42.6
11	1.0	12.0
13	Northern Rift Zone (NRZ)	Northern Offshore Area (Kolbeinsey Ridge)
14	Theistareykir thermal area, gas bubbling in mud pot	Kolbeinsey hydrothermal field, station 5
16	19760000.0
17		105.0
19	7631.0	b
21	G/W	seawater
22		131.0
25		6.39e-08
34	1390.0
36	1390.0	6.75e-06
53	GIN RAS collection	Botz et al., 1999

ICE109

Column	Version 1	Version 2
2	65.875	66.627
4	65.0	66.0
5	52.5	37.6
7	-16.95	-17.653
9	-16.0	-17.0
10	-57.0	-39.2
11	1.0	12.0
13	Northern Rift Zone (NRZ)	Northern Offshore Area (Tjornes Fracture Zone)
14	Theistareykir thermal area, gas bubbling in mud pot appeared in the site collection of 7016 sample	Grimsey hydrothermal field, station 10 1
16	19760000.0
17		406.0
19	7630.0	1.0
21	G/S	seawater
22		250.0
25		4.96e-06
29	6200.0
34	1460.0
36	1460.0	1.36e-05
43	[Ar]=[Ar+Kr+Xe]
44	57000.0
45	900.0
46	56900.0
47	768100.0
48	8400.0
49	30100.0
53	GIN RAS collection	Botz et al., 1999

ICE110

Column	Version 1	Version 2
2	65.875	66.627
4	65.0	66.0
5	52.5	37.6
7	-16.95	-17.653
9	-16.0	-17.0
10	-57.0	-39.2
11	1.0	12.0
13	Northern Rift Zone (NRZ)	Northern Offshore Area (Tjornes Fracture Zone)
14	Theistareykir thermal area, gas bubbling in small thermal lake	Grimsey hydrothermal field, station 9 2
16	19700000.0
17		407.0
19	7016.0	2.0
21	G/F	seawater
22		249.0
25		1.1e-06
34	1230.0
36	1230.0	1.3e-05
53	GIN RAS collection	Botz et al., 1999

ICE111

Column	Version 1	Version 2
2	65.8333333333	65.35
5	50.0	21.0
7	-19.9	-18.1166666667
9	-19.0	-18.0
10	-54.0	-7.0
11	3.0	01
13	Northern-Eastern Iceland	NW Iceland
14	Hafragil, spring	Goddalir Spr. (Skagafjordur)
16	1982-1983	19730000.0
19		7320.0
21	W/S	G/S
22		65.0
25	0.89
29		0.0189
32	10.1
33	10.7
34	1414.0	2.7e-05
36	1498.0	2.7e-05
37	43.2459207459
43		[Ar]=[Ar+Kr+Xe]
44		6e-06
45		0.0002
46		0.9731
48		0.0076
53	Hilton et al., 1990	GIN RAS collection

ICE112

Column	Version 1	Version 2
2	65.75	65.8333333333
5	45.0	50.0
7	-18.25	-19.9
9	-18.0	-19.0
10	-15.0	-54.0
11	3.0	03
13	Northern-Eastern Iceland	NW Iceland
14	Laugaland Spr., spring	Hafragil Spr.
25	0.37	8.9e-07
32	8.4	10.1
33	8.9	10.7
34	1176.0	1.414e-05
36	1246.0	1.498e-05
37	41.9274475524	43.2459207459

ICE113

Column	Version 1	Version 2
2	65.7833333333	65.5416666667
5	47.0	32.5
7	-21.5166666667	-20.2083333333
9	-21.0	-20.0
10	-31.0	-12.5
11	1.0	01
13	North-Western Iceland	NW Iceland
14	Bakki, Laug (NW Peninsula), spring	Reykir (Reykjabroit) Spr.
16	19760000.0	19730000.0
19	7657.0	7319.0
22	39.5	69.0
29	15800.0	0.019
34	1270.0	1.5e-05
36	1270.0	1.5e-05
44	30.0	0.0004
45	9800.0	0.0002
46	926600.0	0.9803
47	47800.0
48	500.0	0.0004
49	100.0

ICE114

Column	Version 1	Version 2
2	65.2166666667	65.8833333333
5	13.0	53.0
7	-21.1166666667	-19.7416666667
9	-21.0	-19.0
10	-7.0	-44.5
11	7.0	01
13	North-Western Iceland	NW Iceland
14	Bordeyri (Hrutafjordur), hole	Reykir (Skagafjordur), spring
16	19830000.0	19720000.0
19	I-83-108	7214.0
21	W/H	G/S
22	110.0	61.5
24	2002.0
29	19510.0	0.01878
32	17.27
33	17.28
34	2417.8	2.3e-05
36	2419.2	2.3e-05
37	373.480662983
43		[Ar]=[Ar+Kr+Xe]
44		2.3e-05
45	5600.0	0.00175
46	972500.0	0.972
47		0.0046
48	2380.0	0.0029
49	0.0
53	Poreda et al., 1992	GIN RAS collection

ICE115

Column	Version 1	Version 2
2	65.2166666667	65.2416666667
5	13.0	14.5
7	-21.1166666667	-21.1
10	-7.0	-6.0
11	3.0	01
13	North-Western Iceland	NW Iceland
14	Bordeyri (Hrutafjordur), spring	Reykjahver Spr. (Hrutafjordur)
16	1982-1983	19720000.0
19		7201.0
21	W/S	G/S
22		95.0
25	32.6
29		0.0224
32	17.4
33	17.4
34	2436.0	2.45e-05
36	2436.0	2.45e-05
37	679.541083916
43		[Ar]=[Ar+Kr+Xe]
44		0.000202
45		0.0663
46		0.9022
47		0.0035
48		0.0043
53	Hilton et al., 1990	GIN RAS collection

ICE116

Column	Version 1	Version 2
2	65.5833333333	65.2416666667
5	35.0	14.5
7	-22.2833333333	-21.1
9	-22.0	-21.0
10	-17.0	-6.0
11	11.0	01
13	North-Western Iceland	NW Iceland
14	Djupidalur	Reykjahver Spr. (Hrutafjordur)
16	19900000.0	19730000.0
19	1.0	7317.0
20	a
21		G/S
22	67.0	95.0
23	W
25	1.58
32	23.6
33	24.9
34	3304.0	2.2e-05
36	3486.0	2.2e-05
37	13.7
51	-6.8
53	Hilton et al. (1998)	GIN RAS collection

ICE117

Column	Version 1	Version 2
2	65.5833333333	65.2416666667
5	35.0	14.5
7	-22.2833333333	-21.1
9	-22.0	-21.0
10	-17.0	-6.0
11	11.0	01
13	North-Western Iceland	NW Iceland
14	Djupidalur	Reykjahver Spr. (Hrutafjordur)
16	19900000.0	19760000.0
19	1.0	7625.0
20	b
21		G/S
22	67.0	95.0
23	W
25	0.996
32	24.2
33	25.7
34	3388.0	2.6e-05
36	3598.0	2.6e-05
37	12.7
52	0.18
53	Hilton et al. (1998)	GIN RAS collection

ICE118

Column	Version 1	Version 2
2	65.5833333333	65.4833333333
5	35.0	29.0
7	-23.1666666667	-20.9916666667
9	-23.0	-20.0
10	-10.0	-59.5
11	11.0	01
13	North-Western Iceland	NW Iceland
14	Flokalundur	Skardshver Spr. (Midfjordur)
16	19900000.0	19730000.0
19	2.0	7318.0
21		G/S
22	37.0	67.5
23	W
25	0.185
29		0.018
32	6.23
33	8.36
34	872.2	2.5e-05
36	1170.4	2.5e-05
37	2.61
43		[Ar]=[Ar+Kr+Xe]
44		6e-06
45		0.0002
46		0.9757
47		0.0035
48		0.0019
51	-12.0
52	2.11
53	Hilton et al. (1998)	GIN RAS collection

ICE119

Column	Version 1	Version 2
1		~
2	66.0	65.0333333333
3		~
4	66.0	65.0
5	0.0	2.0
6		~
7	-21.3333333333	-20.95
8		~
9	-21.0	-20.0
10	-20.0	-57.0
11	11.0	01
13	North-Western Iceland	NW Iceland
14	Gjogur	Slettafellshverir Spr.
16	19880000.0	19760000.0
19	4.0	7624.0
20	a
21		G/S
22	63.0	85.0
23	G
29		0.0183
32	15.8
33	16.3
34	2212.0	8.9e-06
36	2282.0	8.9e-06
37	24.4
43		[Ar]=[Ar+Kr+Xe]
44		0.00019
45		0.0008
46		0.9191
47		0.0565
48		0.0051
49		0.0001
51	-6.53
53	Hilton et al. (1998)	GIN RAS collection

ICE120

Column	Version 1	Version 2
2	66.0	65.2166666667
4	66.0	65.0
5	0.0	13.0
7	-21.3333333333	-21.1166666667
10	-20.0	-7.0
11	11.0	07
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Gjogur	Bordeyri Well (Hrutafjordur)
16	19880000.0	19830000.0
19	4.0	I-83-108
20	b
21		W/iss
22	69.0	110.0
23	W
25	0.473	0.002002
29		0.01951
32	14.8	17.27
33	15.3	17.28
34	2072.0	2.4178e-05
36	2142.0	2.4192e-05
37	20.7	373.480662983
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
45		0.0056
46		0.9725
48		0.00238
53	Hilton et al. (1998)	Poreda et al., 1992

ICE121

Column	Version 1	Version 2
2	65.9833333333	65.2166666667
5	59.0	13.0
7	-21.35	-21.1166666667
10	-21.0	-7.0
11	3.0	03
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Gjogur (NW Peninsula), spring	Bordeyri Well (Hrutafjordur)
21	W/S	W/iss
25	0.62	3.26e-05
32	13.4	17.4
33	14.5	17.4
34	1876.0	2.436e-05
36	2030.0	2.436e-05
37	32.4344405594	679.541083916

ICE122

Column	Version 1	Version 2
2	65.8166666667	65.5833333333
5	49.0	35.0
7	-21.5833333333	-22.2833333333
9	-21.0	-22.0
10	-35.0	-17.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Goddalur	Djupidalur Spr.
19	3.0	1.0
21		W/S
22	58.0	67.0
23	W
25		1.58e-06
32	3.42	23.6
33	9.48	24.9
34	478.8	3.304e-05
36	1327.2	3.486e-05
37	1.06	3.93601
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
51		-6.8
53	Hilton et al. (1998)	Hilton et al., 1998

ICE123

Column	Version 1	Version 2
2	65.8166666667	65.5833333333
5	49.0	35.0
7	-21.5833333333	-22.2833333333
9	-21.0	-22.0
10	-35.0	-17.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Goddalur	Djupidalur Spr.
19	3.0	1.0
21		W/S
22	58.0	67.0
23	W
25	0.029	9.96e-07
32	2.81	24.2
33	6.28	25.7
34	393.4	3.388e-05
36	879.2	3.598e-05
37	1.15	3.64871
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
52	29.4
53	Hilton et al. (1998)	Hilton et al., 1998

ICE124

Column	Version 1	Version 2
2	65.575	65.5833333333
5	34.5	35.0
11	1.0	11.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Hella, Laug (Vatnsfjord, NW Peninsula), spring	Flokalundur Spr.
16	19730000.0	19900000.0
19	7316.0	2.0
21	G/S	W/S
22	24.0	37.0
25		1.85e-07
29	14200.0
32		6.23
33		8.36
34	850.0	8.722e-06
36	850.0	1.1704e-05
37		0.749853
43	[Ar]=[Ar+Kr+Xe]	He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
44	6.0
45	93100.0
46	888400.0
47	4200.0
51		-12.0
53	GIN RAS collection	Hilton et al., 1998

ICE125

Column	Version 1	Version 2
2	65.85	66.0
4	65.0	66.0
5	51.0	0.0
7	-22.6166666667	-21.3333333333
9	-22.0	-21.0
10	-37.0	-20.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Horgshlid	Gjogur Spr.
16	19900000.0	19880000.0
19	5.0	4.0
21		G/S
22	44.0	63.0
23	W
25	0.119
32	16.9	15.8
33	21.3	16.3
34	2366.0	2.212e-05
36	2982.0	2.282e-05
37	3.45	7.01012
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
51		-6.53
53	Hilton et al. (1998)	Hilton et al., 1998

ICE126

Column	Version 1	Version 2
2	65.85	66.0
4	65.0	66.0
5	51.0	0.0
7	-22.6166666667	-21.3333333333
9	-22.0	-21.0
10	-37.0	-20.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Horgshlid	Gjogur Spr.
16	19900000.0	19880000.0
19	5.0	4.0
21		W/S
22	44.0	69.0
23	W
25	0.203	4.73e-07
32	16.6	14.8
33	19.2	15.3
34	2324.0	2.072e-05
36	2688.0	2.142e-05
37	5.32	5.94711
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
52	1.75
53	Hilton et al. (1998)	Hilton et al., 1998

ICE127

Column	Version 1	Version 2
2	65.8666666667	65.9833333333
5	52.0	59.0
7	-21.3666666667	-21.35
10	-22.0	-21.0
11	11.0	03
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Hveratunga	Gjogur Spr.
16	19900000.0	1982-1983
19	6.0
20	a
21		W/S
22	72.0
23	W
25	0.0281	6.2e-07
32	4.21	13.4
33	7.02	14.5
34	589.4	1.876e-05
36	982.8	2.03e-05
37	1.62	32.4344405594
52	6.45
53	Hilton et al. (1998)	Hilton et al., 1990

ICE128

Column	Version 1	Version 2
2	65.8666666667	65.8166666667
5	52.0	49.0
7	-21.3666666667	-21.5833333333
10	-22.0	-35.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Hveratunga	Goddalur Spr.
19	6.0	3.0
21		W/S
22	72.0	58.0
23	W
25	0.026	2.9e-08
32	4.31	2.81
33	7.56	6.28
34	603.4	3.934e-06
36	1058.4	8.792e-06
37	1.53	0.330395
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
53	Hilton et al. (1998)	Hilton et al., 1998

ICE129

Column	Version 1	Version 2
2	65.7	65.8166666667
5	42.0	49.0
7	-21.5666666667	-21.5833333333
10	-34.0	-35.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Hveravik	Goddalur Spr.
16	19880000.0	19900000.0
19	7.0	3.0
21		W/S
22	79.0	58.0
23	W
25	1.206
32	22.3	3.42
33	22.7	9.48
34	3122.0	4.788e-06
36	3178.0	1.3272e-05
37	44.2	0.304538
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
51	-13.17
53	Hilton et al. (1998)	Hilton et al., 1998

ICE130

Column	Version 1	Version 2
2	65.7	65.575
5	42.0	34.5
7	-21.5666666667	-23.1666666667
9	-21.0	-23.0
10	-34.0	-10.0
11	11.0	01
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Hveravik	Hella, Laug (Vatnsfjord, NW Peninsula), spring
16	19880000.0	19730000.0
19	7.0	7316.0
20	b
21		G/S
22	79.0	24.0
23	W
25	1.113
29		0.0142
32	23.0
33	23.4
34	3220.0	8.5e-06
36	3276.0	8.5e-06
37	40.5
43		[Ar]=[Ar+Kr+Xe]
44		6e-06
45		0.0931
46		0.8884
47		0.0042
53	Hilton et al. (1998)	GIN RAS collection

ICE131

Column	Version 1	Version 2
2	65.7	65.85
5	42.0	51.0
7	-21.5666666667	-22.6166666667
9	-21.0	-22.0
10	-34.0	-37.0
11	1.0	11.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Hveravik (Steingrimmsfjordur), gas bubbling in tidal band	Horgshlid Spr.
16	19760000.0	19900000.0
19	7656.0	5.0
20		b
21	G/sea	W/S
22		44.0
25		2.03e-07
29	20500.0
32		16.6
33		19.2
34	3450.0	2.324e-05
36	3450.0	2.688e-05
37		1.528436
43	[Ar]=[Ar+Kr+Xe]	He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
44	30.0
45	6600.0
46	911700.0
47	61200.0
48	500.0
49	100.0
53	GIN RAS collection	Hilton et al., 1998

ICE132

Column	Version 1	Version 2
2	65.7	65.85
5	42.0	51.0
7	-21.5666666667	-22.6166666667
9	-21.0	-22.0
10	-34.0	-37.0
11	1.0	11.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Hveravik (Steingrimmsfjordur), spring	Horgshlid Spr.
16	19720702	19900000.0
19	7202.0	5.0
20		a
21	G/S	W/S
22	77.0	44.0
25		1.19e-07
29	26100.0
32		16.9
33		21.3
34	3300.0	2.366e-05
36	3300.0	2.982e-05
37		0.991185
43	[Ar]=[Ar+Kr+Xe]	He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
44	12.6
45	100.0
46	969900.0
47	3500.0
48	300.0
53	GIN RAS collection	Hilton et al., 1998

ICE133

Column	Version 1	Version 2
2	65.7	65.8666666667
5	42.0	52.0
7	-21.5666666667	-21.3666666667
10	-34.0	-22.0
11	3.0	11.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Hveravik (Steingrimmsfjordur), spring	Hveratunga Spr.
16	1982-1983	19900000.0
19		6.0
20		a
22		72.0
25	0.58	2.81e-08
32	25.4	4.21
33	26.2	7.02
34	3556.0	5.894e-06
36	3668.0	9.828e-06
37	87.5466200466	0.465426
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
53	Hilton et al., 1990	Hilton et al., 1998

ICE134

Column	Version 1	Version 2
2	65.7	65.8666666667
5	42.0	52.0
7	-21.5666666667	-21.3666666667
10	-34.0	-22.0
11	7.0	11.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Hveravik (Steingrimmsfjordur),spring	Hveratunga Spr.
16	19850000.0	19900000.0
19	I-85/NW-2	6.0
20		b
21	G/S	W/S
22		72.0
24	154.0
25		2.6e-08
29	18920.0
32	25.8	4.31
33	26.2	7.56
34	3612.0	6.034e-06
36	3668.0	1.0584e-05
37	17.2375690608	0.439569
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
45	21500.0
46	959400.0
47	100.0
48	200.0
52	[CO2]=[CO2+H2S]
53	Poreda et al., 1992	Hilton et al., 1998

ICE135

Column	Version 1	Version 2
2	66.25	65.7
4	66.0	65.0
5	15.0	42.0
7	-22.1	-21.5666666667
9	-22.0	-21.0
10	-6.0	-34.0
11	11.0	07
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Kirkjubol	Hveravik Spr. (Steingrimmsfjordur)
16	19880000.0	19850000.0
19	8.0	I-85/NW-2
20	a
21		G/S
22	61.0
23	G
24		0.000154
29		0.01892
32	8.85	25.8
33	9.17	26.2
34	1239.0	3.612e-05
36	1283.8	3.668e-05
37	17.7	17.2375690608
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
45		0.0215
46		0.9594
47		0.0001
48		0.0002
51	-8.01
52		[CO2]=[CO2+H2S]
53	Hilton et al. (1998)	Poreda et al., 1992

ICE136

Column	Version 1	Version 2
2	66.25	65.7
4	66.0	65.0
5	15.0	42.0
7	-22.1	-21.5666666667
9	-22.0	-21.0
10	-6.0	-34.0
11	11.0	01
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Kirkjubol	Hveravik Spr. (Steingrimmsfjordur)
16	19880000.0	19720702
19	8.0	7202.0
20	b
21		G/S
22	52.0	77.0
23	W
25	0.655
29		0.0261
32	8.63
33	8.97
34	1208.2	3.3e-05
36	1255.8	3.3e-05
37	18.0
43		[Ar]=[Ar+Kr+Xe]
44		1.26e-05
45		0.0001
46		0.9699
47		0.0035
48		0.0003
53	Hilton et al. (1998)	GIN RAS collection

ICE137

Column	Version 1	Version 2
2	66.25	65.7
4	66.0	65.0
5	15.0	42.0
7	-22.1	-21.5666666667
9	-22.0	-21.0
10	-6.0	-34.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Kirkjubol	Hveravik Spr. (Steingrimmsfjordur)
19	8.0	7.0
20	c	a
21		W/S
22	64.0	79.0
23	W
25	0.48	1.206e-06
32	8.6	22.3
33	8.94	22.7
34	1204.0	3.122e-05
36	1251.6	3.178e-05
37	17.7	12.69866
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
51		-13.17
53	Hilton et al. (1998)	Hilton et al., 1998

ICE138

Column	Version 1	Version 2
2	65.4833333333	65.7
5	29.0	42.0
7	-23.2666666667	-21.5666666667
9	-23.0	-21.0
10	-16.0	-34.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Krossholt	Hveravik Spr. (Steingrimmsfjordur)
16	19900000.0	19880000.0
19	9.0	7.0
20		b
21		W/S
22	39.0	79.0
23	W
25	0.482	1.113e-06
32	9.22	23.0
33	10.8	23.4
34	1290.8	3.22e-05
36	1512.0	3.276e-05
37	4.62	11.63565
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
52	0.015
53	Hilton et al. (1998)	Hilton et al., 1998

ICE139

Column	Version 1	Version 2
2	65.5166666667	65.7
5	31.0	42.0
7	-23.4166666667	-21.5666666667
9	-23.0	-21.0
10	-25.0	-34.0
11	1.0	03
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Krosslaug (Hagavadall, NW Peninsula), spring	Hveravik Spr. (Steingrimmsfjordur)
16	19730000.0	1982-1983
19	7315.0
21	G/S	W/S
22	22.0
25		5.8e-07
29	14500.0
32		25.4
33		26.2
34	1050.0	3.556e-05
36	1050.0	3.668e-05
37		87.5466200466
43	[Ar]=[Ar+Kr+Xe]
44	60.0
45	9700.0
46	882000.0
47	6400.0
48	200.0
53	GIN RAS collection	Hilton et al., 1990

ICE140

Column	Version 1	Version 2
2	66.05	65.7
4	66.0	65.0
5	3.0	42.0
7	-21.5	-21.5666666667
10	-30.0	-34.0
11	11.0	01
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Krossnes	Hveravik Spr. (Steingrimmsfjordur), gas bubbling in tidal zone
16	19880000.0	19760000.0
19	10.0	7656.0
20	a
21		G/sea
22	64.0
23	G
29		0.0205
32	24.1
33	24.5
34	3374.0	3.45e-05
36	3430.0	3.45e-05
37	42.6
43		[Ar]=[Ar+Kr+Xe]
44		3e-05
45		0.0066
46		0.9117
47		0.0612
48		0.0005
49		0.0001
53	Hilton et al. (1998)	GIN RAS collection

ICE141

Column	Version 1	Version 2
2	66.05	66.25
5	3.0	15.0
7	-21.5	-22.1
9	-21.0	-22.0
10	-30.0	-6.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Krossnes	Kirkjubol Spr.
19	10.0	8.0
21		W/S
22	64.0	52.0
23	W
25	0.918	6.55e-07
32	23.9	8.63
33	30.4	8.97
34	3346.0	1.2082e-05
36	4256.0	1.2558e-05
37	3.43	5.1714
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
53	Hilton et al. (1998)	Hilton et al., 1998

ICE142

Column	Version 1	Version 2
2	66.05	66.25
5	3.0	15.0
7	-21.5	-22.1
9	-21.0	-22.0
10	-30.0	-6.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Krossnes	Kirkjubol Spr.
16	19900000.0	19880000.0
19	10.0	8.0
20	c	a
21		G/S
22	63.0	61.0
23	G
32	25.3	8.85
33	26.8	9.17
34	3542.0	1.239e-05
36	3752.0	1.2838e-05
37	13.1	5.08521
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
51		-8.01
53	Hilton et al. (1998)	Hilton et al., 1998

ICE143

Column	Version 1	Version 2
2	66.05	66.25
5	3.0	15.0
7	-21.5	-22.1
9	-21.0	-22.0
10	-30.0	-6.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Krossnes	Kirkjubol Spr.
16	19900000.0	19880000.0
19	10.0	8.0
20	d	c
21		W/S
22	63.0	64.0
23	W
25	0.504	4.8e-07
32	24.2	8.6
33	26.6	8.94
34	3388.0	1.204e-05
36	3724.0	1.2516e-05
37	7.98	5.08521
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
53	Hilton et al. (1998)	Hilton et al., 1998

ICE144

Column	Version 1	Version 2
2	66.05	65.4833333333
4	66.0	65.0
5	3.0	29.0
7	-21.5	-23.2666666667
9	-21.0	-23.0
10	-30.0	-16.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Krossnes	Krossholt Spr.
19	10.0	9.0
20	e
21		W/S
22	63.0	39.0
23	W
25	0.518	4.82e-07
32	25.2	9.22
33	27.8	10.8
34	3528.0	1.2908e-05
36	3892.0	1.512e-05
37	7.82	1.327326
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
52	0.39
53	Hilton et al. (1998)	Hilton et al., 1998

ICE145

Column	Version 1	Version 2
2	66.05	65.5166666667
4	66.0	65.0
5	3.0	31.0
7	-21.5	-23.4166666667
9	-21.0	-23.0
10	-30.0	-25.0
11	7.0	01
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Krossnes, Hverir (NW Peninsula), spring.	Krosslaug Spr. (Hagavadall)
16	19850000.0	19730000.0
19	I-85/NW-1	7315.0
22	80.0	22.0
24	7.4
29	14680.0	0.0145
32	27.3
33	28.8
34	3822.0	1.05e-05
36	4032.0	1.05e-05
37	4.53922651934
43		[Ar]=[Ar+Kr+Xe]
44		6e-05
45	31500.0	0.0097
46	953600.0	0.882
47	1000.0	0.0064
48	130.0	0.0002
52	[CO2]=[CO2+H2S]
53	Poreda et al., 1992	GIN RAS collection

ICE146

Column	Version 1	Version 2
2	66.0166666667	66.05
5	1.0	3.0
7	-22.3833333333	-21.5
9	-22.0	-21.0
10	-23.0	-30.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Laugaland	Krossnes Spr.
16	19900000.0	19880000.0
19	11.0	10.0
21		G/S
22	49.0	64.0
23	G
32	3.4	24.1
33	3.95	24.5
34	476.0	3.374e-05
36	553.0	3.43e-05
37	4.06	12.23898
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
51	-16.3
53	Hilton et al. (1998)	Hilton et al., 1998

ICE147

Column	Version 1	Version 2
2	66.0166666667	66.05
5	1.0	3.0
7	-22.3833333333	-21.5
9	-22.0	-21.0
10	-23.0	-30.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Laugaland	Krossnes Spr.
19	11.0	10.0
20	b	c
21		G/S
22	49.0	63.0
23	G
32	3.34	25.3
33	3.89	26.8
34	467.6	3.542e-05
36	544.6	3.752e-05
37	3.98	3.76363
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
53	Hilton et al. (1998)	Hilton et al., 1998

ICE148

Column	Version 1	Version 2
2	66.0166666667	66.05
5	1.0	3.0
7	-22.3833333333	-21.5
9	-22.0	-21.0
10	-23.0	-30.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Laugaland	Krossnes Spr.
19	11.0	10.0
20	c	d
21		W/S
22	49.0	63.0
23	W
25	0.181	5.04e-07
32	2.9	24.2
33	3.72	26.6
34	406.0	3.388e-05
36	520.8	3.724e-05
37	2.51	2.292654
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
52	2.2
53	Hilton et al. (1998)	Hilton et al., 1998

ICE149

Column	Version 1	Version 2
2	65.25	66.05
4	65.0	66.0
5	15.0	3.0
7	-21.8083333333	-21.5
10	-48.5	-30.0
11	7.0	11.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Laugar (Saelingsdalur), hole	Krossnes Spr.
16	19830000.0	19900000.0
19	I-83-107	10.0
20		e
21	G/S	W/S
22	61.0	63.0
25		5.18e-07
32	12.73	25.2
33	13.6	27.8
34	1782.2	3.528e-05
36	1904.0	3.892e-05
37	4.02209944751	2.246686
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
45	221000.0
46	778900.0
48	100.0
49	0.0
53	Poreda et al., 1992	Hilton et al., 1998

ICE150

Column	Version 1	Version 2
2	65.65	66.05
4	65.0	66.0
5	39.0	3.0
7	-23.9	-21.5
9	-23.0	-21.0
10	-54.0	-30.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Laugardalsa	Krossnes Spr.
16	19900000.0	19880000.0
19	13.0	10.0
20	a	b
21		W/S
22	48.0	64.0
23	W
25	0.0738	9.18e-07
32	12.5	23.9
33	21.6	30.4
34	1750.0	3.346e-05
36	3024.0	4.256e-05
37	1.71	0.985439
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
53	Hilton et al. (1998)	Hilton et al., 1998

ICE151

Column	Version 1	Version 2
2	65.65	66.05
4	65.0	66.0
5	39.0	3.0
7	-23.9	-21.5
9	-23.0	-21.0
10	-54.0	-30.0
11	11.0	07
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Laugardalsa	Krossnes Spr. (Hverir)
16	19900000.0	19850000.0
19	13.0	I-85/NW-1
20	b
21		G/S
22	48.0	80.0
23	W
24		7.4e-06
25	0.134
29		0.01468
32	15.2	27.3
33	21.8	28.8
34	2128.0	3.822e-05
36	3052.0	4.032e-05
37	2.39	4.53922651934
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
45		0.0315
46		0.9536
47		0.001
48		0.00013
52	3.46	[CO2]=[CO2+H2S]
53	Hilton et al. (1998)	Poreda et al., 1992

ICE152

Column	Version 1	Version 2
2	65.7833333333	66.0166666667
4	65.0	66.0
5	47.0	1.0
7	-21.5166666667	-22.3833333333
9	-21.0	-22.0
10	-31.0	-23.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Laugarholl	Laugaland Spr.
19	12.0	11.0
20		a
21		G/S
22	41.0	49.0
23	G
32	8.44	3.4
33	13.2	3.95
34	1181.6	4.76e-06
36	1848.0	5.53e-06
37	1.95	1.166438
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
51		-16.3
53	Hilton et al. (1998)	Hilton et al., 1998

ICE153

Column	Version 1	Version 2
2	65.7833333333	66.0166666667
4	65.0	66.0
5	47.0	1.0
7	-21.5166666667	-22.3833333333
9	-21.0	-22.0
10	-31.0	-23.0
11	3.0	11.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Laugarholl Spr., spring	Laugaland Spr.
16	1982-1983	19900000.0
19		11.0
20		b
21	W/S	G/S
22		49.0
25	0.32
32	4.1	3.34
33	6.1	3.89
34	574.0	4.676e-06
36	854.0	5.446e-06
37	6.59236596737	1.143454
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
53	Hilton et al., 1990	Hilton et al., 1998

ICE154

Column	Version 1	Version 2
2	65.45	66.0166666667
4	65.0	66.0
5	27.0	1.0
7	-22.2166666667	-22.3833333333
10	-13.0	-23.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Reykholar	Laugaland Spr.
19	14.0	11.0
20	a	c
21		W/S
22	100.0	49.0
23	Steam
25		1.81e-07
32	15.2	2.9
33	15.7	3.72
34	2128.0	4.06e-06
36	2198.0	5.208e-06
37	22.3	0.721123
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
51	-8.1
53	Hilton et al. (1998)	Hilton et al., 1998

ICE155

Column	Version 1	Version 2
2	65.45	65.25
5	27.0	15.0
7	-22.2166666667	-21.8083333333
9	-22.0	-21.0
10	-13.0	-48.5
11	11.0	07
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Reykholar	Laugar Spr. (Saelingsdalur), hole
16	19900000.0	19830000.0
19	14.0	I-83-107
20	b
21		G/S
22	100.0	61.0
23	Steam
32	16.9	12.73
33	17.4	13.6
34	2366.0	1.7822e-05
36	2436.0	1.904e-05
37	21.4	4.02209944751
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
45		0.221
46		0.7789
48		0.0001
52	0.004
53	Hilton et al. (1998)	Poreda et al., 1992

ICE156

Column	Version 1	Version 2
2	65.45	65.65
5	27.0	39.0
7	-22.2	-23.9
9	-22.0	-23.0
10	-12.0	-54.0
11	1.0	11.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Reykholar (Breidafjordur), spring	Laugardalsa Spr.
16	19760000.0	19900000.0
19	7660.0	13.0
20		b
21	G/S	W/S
22	97.0	48.0
25		1.34e-07
32		15.2
33		21.8
34	2340.0	2.128e-05
36	2340.0	3.052e-05
37		0.686647
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
53	GIN RAS collection	Hilton et al., 1998

ICE157

Column	Version 1	Version 2
2	65.45	65.65
5	27.0	39.0
7	-22.2	-23.9
9	-22.0	-23.0
10	-12.0	-54.0
11	1.0	11.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Reykholar (Breidafjordur), spring	Laugardalsa Spr.
16	19720000.0	19900000.0
19	7204.0	13.0
20		a
21	G/S	W/S
22	97.0	48.0
25		7.38e-08
29	21500.0
32		12.5
33		21.6
34	2400.0	1.75e-05
36	2400.0	3.024e-05
37		0.491283
43	[Ar]=[Ar+Kr+Xe]	He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
44	1000.0
45	2100.0
46	974000.0
47	900.0
48	1300.0
53	GIN RAS collection	Hilton et al., 1998

ICE158

Column	Version 1	Version 2
2	65.45	65.7833333333
5	27.0	47.0
7	-22.2	-21.5166666667
9	-22.0	-21.0
10	-12.0	-31.0
11	7.0	11.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Reykholar (Breidafjordur), spring	Laugarholl Spr.
16	19830000.0	19900000.0
19	I-83-106	12.0
22	100.0	41.0
24	101.0
29	18650.0
32	16.93	8.44
33	17.4	13.2
34	2370.2	1.1816e-05
36	2436.0	1.848e-05
37	9.7679558011	0.560235
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
46	980000.0
47	100.0
48	1250.0
50	-23.6
52	[CO2]=[CO2+H2S]
53	Poreda et al., 1992	Hilton et al., 1998

ICE159

Column	Version 1	Version 2
2	65.6166666667	65.7833333333
5	37.0	47.0
7	-23.4666666667	-21.5166666667
9	-23.0	-21.0
10	-28.0	-31.0
11	11.0	01
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Reykjafjordur	Laugarholl Spr. (Bakki Spr., NW Pen)
16	19900000.0	19760000.0
19	16.0	7657.0
20	a
21		G/S
22	51.0	39.5
23	W
29		0.0158
32	3.82
33	9.36
34	534.8	1.27e-05
36	1310.4	1.27e-05
37	1.14
43		[Ar]=[Ar+Kr+Xe]
44		3e-05
45		0.0098
46		0.9266
47		0.0478
48		0.0005
49		0.0001
53	Hilton et al. (1998)	GIN RAS collection

ICE160

Column	Version 1	Version 2
2	65.6166666667	65.7833333333
5	37.0	47.0
7	-23.4666666667	-21.5166666667
9	-23.0	-21.0
10	-28.0	-31.0
11	11.0	03
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Reykjafjordur	Laugarholl Spr., spring
16	19900000.0	1982-1983
19	16.0
20	b
21		W/S
22	51.0
23	W
25	0.0359	3.2e-07
32	4.29	4.1
33	7.66	6.1
34	600.6	5.74e-06
36	1072.4	8.54e-06
37	1.5	6.59236596737
53	Hilton et al. (1998)	Hilton et al., 1990

ICE161

Column	Version 1	Version 2
2	65.2416666667	65.45
5	14.5	27.0
7	-21.1	-22.2
9	-21.0	-22.0
10	-6.0	-12.0
11	1.0	07
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Reykjahver (Hrutafjordur), spring	Reykholar Spr. (Breidafjordur)
16	19730000.0	19830000.0
19	7317.0	I-83-106
22	95.0	100.0
24		0.000101
29		0.01865
32		16.93
33		17.4
34	2200.0	2.3702e-05
36	2200.0	2.436e-05
37		9.7679558011
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
46		0.98
47		0.0001
48		0.00125
50		-23.6
52		[CO2]=[CO2+H2S]
53	GIN RAS collection	Poreda et al., 1992

ICE162

Column	Version 1	Version 2
2	65.2416666667	65.45
5	14.5	27.0
7	-21.1	-22.2
9	-21.0	-22.0
10	-6.0	-12.0
11	1.0	01
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Reykjahver (Hrutafjordur), spring	Reykholar Spr. (Breidafjordur)
19	7201.0	7204.0
22	95.0	97.0
29	22400.0	0.0215
34	2450.0	2.4e-05
36	2450.0	2.4e-05
44	202.0	0.001
45	66300.0	0.0021
46	902200.0	0.974
47	3500.0	0.0009
48	4300.0	0.0013

ICE163

Column	Version 1	Version 2
2	65.2416666667	65.45
5	14.5	27.0
7	-21.1	-22.2166666667
9	-21.0	-22.0
10	-6.0	-13.0
11	1.0	11.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Reykjahver (Hrutafjordur), spring	Reykholar Spr. (Breidafjordur)
16	19760000.0	19900000.0
19	7625.0	14.0
20		a
21	G/S	Steam
22	95.0	100.0
32		15.2
33		15.7
34	2600.0	2.128e-05
36	2600.0	2.198e-05
37		6.40679
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
51		-8.1
53	GIN RAS collection	Hilton et al., 1998

ICE164

Column	Version 1	Version 2
2	65.9333333333	65.45
5	56.0	27.0
7	-22.4333333333	-22.2166666667
10	-26.0	-13.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Reykjanes	Reykholar Spr. (Breidafjordur)
19	15.0	14.0
20	a	b
21		Steam
22	86.0	100.0
23	W
25	0.0379
32	2.08	16.9
33	3.21	17.4
34	291.2	2.366e-05
36	449.4	2.436e-05
37	1.48	6.14822
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
53	Hilton et al. (1998)	Hilton et al., 1998

ICE165

Column	Version 1	Version 2
2	65.9333333333	65.45
5	56.0	27.0
7	-22.4333333333	-22.2
10	-26.0	-12.0
11	11.0	01
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Reykjanes	Reykholar Spr. (Breidafjordur)
16	19900000.0	19760000.0
19	15.0	7660.0
20	b
21		G/S
22	86.0	97.0
23	W
25	0.0363
32	2.36
33	3.14
34	330.4	2.34e-05
36	439.6	2.34e-05
37	2.09
53	Hilton et al. (1998)	GIN RAS collection

ICE166

Column	Version 1	Version 2
2	65.925	65.6166666667
5	55.5	37.0
7	-22.4333333333	-23.4666666667
9	-22.0	-23.0
10	-26.0	-28.0
11	1.0	11.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Reykjanes (Isafjordur, NW Peninsula), spring	Reykjafjordur Spr., water iss.
16	19720000.0	19900000.0
19	7207.0	16.0
20		b
21	G/S	W/iss
22	88.0	51.0
25		3.59e-08
29	26750.0
32		4.29
33		7.66
34	1200.0	6.006e-06
36	1200.0	1.0724e-05
37		0.43095
43	[Ar]=[Ar+Kr+Xe]	He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
44	93.4
45	2200.0
46	969400.0
47	1100.0
48	400.0
53	GIN RAS collection	Hilton et al., 1998

ICE167

Column	Version 1	Version 2
2	65.4833333333	65.6166666667
5	29.0	37.0
7	-20.9916666667	-23.4666666667
9	-20.0	-23.0
10	-59.5	-28.0
11	1.0	11.0
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Skardshver (Midfjordur), spring	Reykjafjordur Spr., water iss.
16	19730000.0	19900000.0
19	7318.0	16.0
20		a
21	G/S	W/iss
22	67.5	51.0
29	18000.0
32		3.82
33		9.36
34	2500.0	5.348e-06
36	2500.0	1.3104e-05
37		0.327522
43	[Ar]=[Ar+Kr+Xe]	He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
44	6.0
45	200.0
46	975700.0
47	3500.0
48	1900.0
53	GIN RAS collection	Hilton et al., 1998

ICE168

Column	Version 1	Version 2
2	65.7833333333	65.925
5	47.0	55.5
7	-21.55	-22.4333333333
9	-21.0	-22.0
10	-33.0	-26.0
11	7.0	01
13	North-Western Iceland	NW Peninsula (Vestfirdir)
14	Svannsholl, Laugar (NW Peninsula), spring	Reykjanes Spr. (Isafjordur)
16	19850000.0	19720000.0
19	I-85/NW-4	7207.0
22		88.0
24	10.1
29	14290.0	0.02675
32	11.2
33	14.2
34	1568.0	1.2e-05
36	1988.0	1.2e-05
37	1.23535911602
43		[Ar]=[Ar+Kr+Xe]
44		9.34e-05
45	79500.0	0.0022
46	905600.0	0.9694
47	600.0	0.0011
48	20.0	0.0004
52	[CO2]=[CO2+H2S]
53	Poreda et al., 1992	GIN RAS collection

ICE169

Column	Version 1	Version 2
2	63.817	65.9333333333
4	63.0	65.0
5	49.02	56.0
7	-22.533	-22.4333333333
10	-31.98	-26.0
11	10.0	11.0
13	Reykjanes Peninsula	NW Peninsula (Vestfirdir)
14	Stapafell, southern Reykjanes Peninsula	Reykjanes Spr. (Isafjordur), water iss.
16		19900000.0
19	I1	15.0
20	138413.0	b
21	W	W/iss
22		86.0
23	water;sub-glacial glass;basalt sample;hyaloclastite;
25		3.63e-08
32		2.36
33	23.9	3.14
34		3.304e-06
36	3346.0	4.396e-06
37	-	0.600457
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
53	University of Cambridge data	Hilton et al., 1998

ICE170

Column	Version 1	Version 2
2	63.967	65.9333333333
4	63.0	65.0
5	58.02	56.0
7	-22.5	-22.4333333333
10	-30.0	-26.0
11	10.0	11.0
13	Reykjanes Peninsula	NW Peninsula (Vestfirdir)
14	Stapafell, western Reykjanes Peninsula	Reykjanes Spr. (Isafjordur), water iss.
16		19900000.0
19	I2	15.0
20	115619.0	a
21	W	W/iss
22		86.0
23	water;sub-glacial glass;basalt sample;pillow;
25		3.79e-08
32		2.08
33	13.8	3.21
34		2.912e-06
36	1932.0	4.494e-06
37	-	0.425204
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [11]
53	University of Cambridge data	Hilton et al., 1998

ICE171

Column	Version 1	Version 2
2	64.8333333333	65.7833333333
4	64.0	65.0
5	50.0	47.0
7	-22.975	-21.55
9	-22.0	-21.0
10	-58.5	-33.0
11	1.0	07
13	Snaefellsness Peninsula	NW Peninsula (Vestfirdir)
14	Furubrekka (Snaefellsness, Budavik), spring	Svannsholl, Laugar (NW Peninsula), spring
16	19730000.0	19850000.0
19	7352.0	I-85/NW-4
22	6.0
24		1.01e-05
29	300.0	0.01429
32		11.2
33		14.2
34	1250.0	1.568e-05
36	1250.0	1.988e-05
37		1.23535911602
43	[Ar]=[Ar+Kr+Xe]	He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44	6.0
45	100.0	0.0795
46	9200.0	0.9056
47	990400.0	0.0006
48	200.0	2e-05
52		[CO2]=[CO2+H2S]
53	GIN RAS collection	Poreda et al., 1992

ICE172

Column	Version 1	Version 2
2	64.9166666667	64.0333333333
5	55.0	2.0
7	-23.55	-20.7
9	-23.0	-20.0
10	-33.0	-42.0
11	1.0	03
13	Snaefellsness Peninsula	Southern Iceland
14	Hrisar (Snaefellsness), spring	Eyvik Spr.
16	19730000.0	1982-1983
19	7351.0
21	G/S	W/S
22	6.0
25		3.08e-06
29	600.0
32		21.4
33		21.7
34	1400.0	2.996e-05
36	1400.0	3.038e-05
37		219.393939394
43	[Ar]=[Ar+Kr+Xe]
44	10.0
45	3800.0
46	65000.0
47	928900.0
48	1600.0
53	GIN RAS collection	Hilton et al., 1990

ICE173

Column	Version 1	Version 2
2	64.8416666667	64.1283333333
5	50.5	7.7
7	-23.225	-20.325
9	-23.0	-20.0
10	-13.5	-19.5
11	1.0	01
13	Snaefellsness Peninsula	Southern Iceland
14	Lisuhollslaug, hole	Fludir Spr. (Hrunamannahreppur), Gravarbakkahver
16	19760000.0	19720000.0
19	7661.0	7236.0
21	G/H	G/S
22	58.3	99.5
29	2100.0	0.0253
34	1240.0	2.2e-05
36	1240.0	2.2e-05
44	30.0	4.1e-05
45	1400.0	0.0185
46	53800.0	0.8966
47	942700.0	0.0541
48	500.0	0.0054
49	100.0

ICE174

Column	Version 1	Version 2
2	64.8416666667	64.1283333333
5	50.5	7.7
7	-23.225	-20.325
9	-23.0	-20.0
10	-13.5	-19.5
11	1.0	01
13	Snaefellsness Peninsula	Southern Iceland
14	Lisuhollslaug, hole	Fludir Spr. (Hrunamannahreppur), Gravarbakkahver
16	19710000.0	19760000.0
19	7132.0	7616.0
22	57.5	99.5
34	1300.0	2.72e-05
36	1300.0	2.72e-05
45	3000.0
46	52200.0
47	944000.0
48	408.0
52	[CO2]=[CO2+H2S], [N2]=[N2+Ar]

ICE175

Column	Version 1	Version 2
2	64.8416666667	64.1283333333
5	50.5	7.7
7	-23.225	-20.325
9	-23.0	-20.0
10	-13.5	-19.5
11	7.0	02
13	Snaefellsness Peninsula	Southern Iceland
14	Lisuhollslaug, hole	Fludir Spr. (Hrunamannahreppur), hole W5
16	19830000.0	19790115
19	I-83-102	3.0
21	G/H	W/H
22	168.0	30.0
23		T bottom 94 oC
24	251.0
25		1.72e-06
29	720.0
32	9.32	17.4
34	1304.8	2.436e-05
35		≥
36	1304.8	2.436e-05
45	1230.0
46	29280.0
47	968300.0
48	470.0
50	-17.8
51	-5.5
52	[CO2]=[CO2+H2S]
53	Poreda et al., 1992	Hauksson and Goddard, 1981

ICE176

Column	Version 1	Version 2
2	64.9	64.1283333333
5	54.0	7.7
7	-22.35	-20.325
9	-22.0	-20.0
10	-21.0	-19.5
11	1.0	02
13	Snaefellsness Peninsula	Southern Iceland
14	Raudamelsolkelda (Snaefellsness) Spr.	Fludir Spr. (Hrunamannahreppur), hole W5
16	19730000.0	19790115
19	7314.0	4.0
21	G/S	W/H
22		27.0
23		T bottom 94 oC
25		1.74e-06
32		17.6
34	1500.0	2.464e-05
35		≥
36	1500.0	2.464e-05
53	GIN RAS collection	Hauksson and Goddard, 1981

ICE177

Column	Version 1	Version 2
2	64.9	64.1283333333
5	54.0	7.7
7	-22.35	-20.325
9	-22.0	-20.0
10	-21.0	-19.5
11	1.0	07
13	Snaefellsness Peninsula	Southern Iceland
14	Raudamelsolkelda (Snaefellsness) Spr.	Fludir Spr. (Hrunamannahreppur), well
16	19760000.0	19810000.0
19	7662.0	I-81-8
21	G/S	G/H
22		100.0
24		4.31e-05
29		0.01198
32		18.72
33		19.23
34	1540.0	2.6208e-05
36	1540.0	2.6922e-05
37		8.33
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
45		0.00042
46		0.5479
47		0.437
48		0.0027
51		-6.2
52		[CO2]=[CO2+H2S]
53	GIN RAS collection	Poreda et al., 1992

ICE178

Column	Version 1	Version 2
2	64.9	64.1283333333
5	54.0	7.7
7	-22.35	-20.325
9	-22.0	-20.0
10	-21.0	-19.5
11	7.0	07
13	Snaefellsness Peninsula	Southern Iceland
14	Raudamelsolkelda Spr., spring	Fludir Spr. (Hrunamannahreppur), well
16	19830000.0	19790000
19	I-83-104	79-1
21	G/S	G/H
22	5.0	27.0
23		T bottom 94 oC
24	34.8	9.69e-05
29	390.0	0.0204
32	12.25	17.4
33	12.25	18.0
34	1715.0	2.436e-05
36	1715.0	2.52e-05
37	287.29281768	8.62
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
45	1940.0	0.00505
46	17230.0	0.9648
47	980200.0
48	200.0	0.00971
52	[CO2]=[CO2+H2S]

ICE179

Column	Version 1	Version 2
2	64.8333333333	63.9333333333
4	64.0	63.0
5	50.0	56.0
7	-22.3333333333	-20.55
9	-22.0	-20.0
10	-20.0	-33.0
11	1.0	03
13	Snaefellsness Peninsula	Southern Iceland
14	Skjalg (Landbrot), spring	Herridarholl Spr.
16	19720000.0	1982-1983
19	7209.0
21	G/S	W/S
25		7.5e-07
29	17820.0
32		14.6
33		15.7
34	1950.0	2.044e-05
36	1950.0	2.198e-05
37		36.6535547786
43	[Ar]=[Ar+Kr+Xe]
44	10.0
45	950.0
46	979500.0
48	1040.0
53	GIN RAS collection	Hilton et al., 1990

ICE180

Column	Version 1	Version 2
2	64.017	63.9666666667
4	64.0	63.0
5	1.02	58.0
7	-19.65	-20.4333333333
9	-19.0	-20.0
10	-39.0	-26.0
11	10.0	03
13	South-Eastern Rift Zone (SERZ)	Southern Iceland
14	Hekla, lava fissure	Hjallanes Spr.
16	19700000.0	1982-1983
19	I15
20	H'70-16
21	W	W/S
23	water;sub-aerial glass;silic volcanic centre;
25		4.1e-07
32		14.3
33	1.02	16.9
34		2.002e-05
36	142.8	2.366e-05
37	-	16.3490675991
53	University of Cambridge data	Hilton et al., 1990

ICE181

Column	Version 1	Version 2
2	63.9833333333	64.01
4	63.0	64.0
5	59.0	0.6
7	-19.0833333333	-20.5533333333
9	-19.0	-20.0
10	-5.0	-33.2
11	7.0	07
13	South-Eastern Rift Zone (SERZ)	Southern Iceland
14	Landmannalaugar , fumarole	Hlemmiskeld Spr., hole
16	19830000.0	19790000
19	I-83-120	79-2
21	M/F	G/H
22	260.0	66.0
24	2.22	7.67e-05
29	2020.0	0.0222
32	18.91	18.9
33	23.4	19.5
34	2647.4	2.646e-05
36	3276.0	2.73e-05
37	1.4364640884	7.47
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44	43700.0
45	830.0
46	150000.0	0.9784
47	752000.0
48	1190.0	0.001
49	50200.0

ICE182

Column	Version 1	Version 2
2	63.9833333333	64.01
4	63.0	64.0
5	59.0	0.6
7	-19.0833333333	-20.5533333333
9	-19.0	-20.0
10	-5.0	-33.2
11	7.0	02
13	South-Eastern Rift Zone (SERZ)	Southern Iceland
14	Landmannalaugar , fumarole	Hlemmiskeld Spr., hole
16	19830000.0	19790115
19	I-83-123	1.0
21	M/F	W/H
22	285.0	66.0
24	2.18
25		1.04e-06
29	30.0
32	23.14	18.9
33	23.74
34	3239.6	2.646e-05
35		≥
36	3323.6	2.646e-05
37	10.9171270718
44	170000.0
46	4900.0
47	743000.0
48	530.0
49	81200.0
50	-39.6
51	-4.7
53	Poreda et al., 1992	Hauksson and Goddard, 1981

ICE183

Column	Version 1	Version 2
2	64.1283333333	64.0
5	7.7	0.0
7	-20.325	-19.283
9	-20.0	-19.0
10	-19.5	-16.98
11	1.0	10.0
14	Fludir (Hrunamannahreppur), Gravarbakkahver spring	Hrauneyjarfoss, water iss.
16	19720000.0
19	7236.0	I8
20		138359.0
21	G/S	W
22	99.5
23		water;sub-glacial glass;basalt sample
29	25300.0
33		21.3
34	2200.0
36	2200.0	2.982e-05
43	[Ar]=[Ar+Kr+Xe]
44	41.0
45	18500.0
46	896600.0
47	54100.0
48	5400.0
53	GIN RAS collection	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE184

Column	Version 1	Version 2
2	64.1283333333	63.7666666667
4	64.0	63.0
5	7.7	46.0
7	-20.325	-18.5
9	-20.0	-18.0
10	-19.5	-30.0
11	1.0	01
14	Fludir (Hrunamannahreppur), Gravarbakkahver spring	Hvammur Spr. (Skaftartunga)
16	19760000.0	19720000.0
19	7616.0	7249.0
22	99.5	18.7
29		0.01173
34	2720.0	1.9e-05
36	2720.0	1.9e-05
44		2e-05
45		0.011
46		0.9757
47		0.0015

ICE185

Column	Version 1	Version 2
2	64.1283333333	64.0666666667
5	7.7	4.0
7	-20.325	-20.7666666667
10	-19.5	-46.0
11	7.0	07
14	Fludir (Hrunamannahreppur), hole	Klaustarholar, hole
16	19810000.0	19830000.0
19	I-81-8	I-83-124
21	W/H	G/H
22	100.0	160.0
24	43.1	6e-06
29	11980.0	0.00059
32	18.72	19.07
33	19.23	19.53
34	2620.8	2.6698e-05
36	2692.2	2.7342e-05
37	8.33149171271	9.48066298343
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
45	420.0
46	547900.0	0.0277
47	437000.0	0.971
48	2700.0	0.00015
51	-6.2

ICE186

Column	Version 1	Version 2
2	64.1283333333	63.9166666667
4	64.0	63.0
5	7.7	55.0
7	-20.325	-20.4
10	-19.5	-24.0
11	2.0	03
14	Fludir (Hrunamannahreppur), hole W5	Laugaland Spr.
16	19790115	1982-1983
19	79-1
21	W/H	W/S
22	27.0
23	T bottom 94 oC
24	96.9
25	1.73	6.3e-07
29	20400.0
32	17.4	19.7
33	18.0	20.0
34	2436.0	2.758e-05
36	2520.0	2.8e-05
37	8.61878453039	144.240967366
45	5050.0
46	964800.0
48	9710.0
53	Hauksson and Goddard, 1981; Poreda et al., 1992	Hilton et al., 1990

ICE187

Column	Version 1	Version 2
2	63.7666666667	64.0333333333
4	63.0	64.0
5	46.0	2.0
7	-18.5	-20.7
9	-18.0	-20.0
10	-30.0	-42.0
11	1.0	03
14	Hvammur (Skaftartunga), spring	Ormsstadir Spr.
16	19720000.0	1982-1983
19	7249.0
21	G/S	W/S
22	18.7
25		8.43e-06
29	11730.0
32		21.1
33		22.0
34	1900.0	2.954e-05
36	1900.0	3.08e-05
37		58.5402097902
43	[Ar]=[Ar+Kr+Xe]
44	20.0
45	11000.0
46	975700.0
47	1500.0
53	GIN RAS collection	Hilton et al., 1990

ICE188

Column	Version 1	Version 2
2	64.0666666667	64.05
5	4.0	3.0
7	-20.7666666667	-20.6
10	-46.0	-36.0
11	7.0	03
14	Klaustarholar, hole	Reykir-Skeid Spr.
16	19830000.0	1982-1983
19	I-83-124
21	W/H	W/S
22	160.0
24	6.0
25		9e-07
29	590.0
32	19.07	13.2
33	19.53	13.5
34	2669.8	1.848e-05
36	2734.2	1.89e-05
37	9.48066298343	90.1835664336
46	27700.0
47	971000.0
48	150.0
52	[CO2]=[CO2+H2S]
53	Poreda et al., 1992	Hilton et al., 1990

ICE189

Column	Version 1	Version 2
2	63.9833333333	63.5666666667
5	59.0	34.0
7	-19.0833333333	-19.6
10	-5.0	-36.0
11	7.0	07
14	Landmannalaugar, spring	Seljavallalaug Spr. (Eyafjoll)
16	19810000.0	19850000.0
19	I-81-33	85-3086
21	G/S	W/S
22		70.0
24	20.0
25		5.83e-06
29	7530.0	0.01407
32	22.57	17.98
33	22.93	19.2
34	3159.8	2.5172e-05
36	3210.2	2.688e-05
37	15.8011049724	3.21767955801
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
45	2470.0	0.03237
46	371500.0	0.4804
47	603000.0	0.4726
48	16090.0	0.0005

ICE190

Column	Version 1	Version 2
2	63.9833333333	63.5666666667
5	59.0	34.0
7	-19.0833333333	-19.6
10	-5.0	-36.0
11	1.0	01
14	Landmannlaugar, Hver sector, spring	Seljavallalaug Spr. (Eyafjoll)
19	7247.0	7251.0
22	boiling	61.0
29	840.0	0.02137
34	2500.0	2.5e-05
36	2500.0	2.5e-05
44	97973.0	9e-06
45	2700.0	0.0014
46	29900.0	0.9711
47	865100.0	0.0051
48	3500.0	0.0008

ICE191

Column	Version 1	Version 2
2	63.9833333333	64.0
4	63.0	64.0
5	59.0	0.0
7	-19.0833333333	-20.1
9	-19.0	-20.0
10	-5.0	-6.0
11	1.0	03
14	Landmannlaugar, Kaffihola sector, spring	Skard Spr.
16	19720000.0	1982-1983
19	7248.0
21	G/S	W/S
22	75.0
25		6.1e-07
29	7580.0
32		16.6
33		20.8
34	2750.0	2.324e-05
36	2750.0	2.912e-05
37		12.3936480186
43	[Ar]=[Ar+Kr+Xe]
44	100.0
45	5700.0
46	308900.0
47	670000.0
48	7600.0
53	GIN RAS collection	Hilton et al., 1990

ICE192

Column	Version 1	Version 2
2	63.5666666667	64.0666666667
4	63.0	64.0
5	34.0	4.0
7	-19.6	-20.65
9	-19.0	-20.0
10	-36.0	-39.0
11	1.0	03
14	Seljavallalaug (Eyafjoll), spring	Solheimar Spr.
16	19720000.0	1982-1983
19	7251.0
21	G/S	W/S
22	61.0
25		7e-07
29	21370.0
32		18.8
33		19.5
34	2500.0	2.632e-05
36	2500.0	2.73e-05
37		73.3071095571
43	[Ar]=[Ar+Kr+Xe]
44	9.0
45	1400.0
46	971100.0
47	5100.0
48	800.0
53	GIN RAS collection	Hilton et al., 1990

ICE193

Column	Version 1	Version 2
2	63.5666666667	64.1333333333
4	63.0	64.0
5	34.0	8.0
7	-19.6	-20.65
9	-19.0	-20.0
10	-36.0	-39.0
11	7.0	03
14	Seljavallalaug (Eyafjoll), spring	Spoastadir Spr.
16	19850000.0	1982-1983
19	85-3086
22	70.0
24	5.83
25		2.13e-06
29	14070.0
32	17.98	17.8
33	19.2	18.5
34	2517.2	2.492e-05
36	2688.0	2.59e-05
37	3.21767955801	69.3516899767
45	32370.0
46	480400.0
47	472600.0
48	500.0
52	[CO2]=[CO2+H2S]
53	Poreda et al., 1992	Hilton et al., 1990

ICE194

Column	Version 1	Version 2
2	63.8833333333	64.2166666667
3	»
4	63.0	64.0
5	53.0	13.0
7	-19.1666666667	-19.5833333333
8	»
10	-10.0	-35.0
11	3.0	01
14	Torfajokull high-temperature area, fumarole	Stong Spr.
16	1982-1983	19730000.0
19	3110.0	7330.0
21	G/F	G/S
22		10.0
29		0.0119
32	9.8
33	12.8
34	1372.0	3e-06
35		≥
36	1792.0	3e-06
37	10.5477855478
43		[Ar]=[Ar+Kr+Xe]
44		6e-06
45		0.1319
46		0.8478
47		0.0083
48		0.0002
53	Hilton et al., 1990	GIN RAS collection

ICE195

Column	Version 1	Version 2
2	64.0166666667	63.9583333333
4	64.0	63.0
5	1.0	57.5
7	-20.65	-20.0583333333
10	-39.0	-3.5
11	3.0	01
14	Vatnsnes Spr., spring	Svinhagi (Land) Spr.
16	1982-1983	19720000.0
19		7241.0
21	W/S	G/S
22		23.5
25	0.18
29		0.014565
32	20.1
33	21.8
34	2814.0	3e-05
36	3052.0	3e-05
37	32.6981351981
43		[Ar]=[Ar+Kr+Xe]
44		1e-05
45		0.0019
46		0.9704
47		0.00336
48		0.0096
53	Hilton et al., 1990	GIN RAS collection

ICE196

Column	Version 1	Version 2
2	64.0333333333	64.0833333333
5	2.0	5.0
7	-20.7	-19.45
9	-20.0	-19.0
10	-42.0	-27.0
11	3.0	07
13	Southern Lowlands	Southern Iceland
14	Eyvik, spring	Sydra (Langholt), hole
16	1982-1983	19790000.0
19		79-3
21	W/S	G/H
22		62.0
24		7.38e-05
25	3.08
29		0.0236
32	21.4	18.2
33	21.7	18.8
34	2996.0	2.548e-05
36	3038.0	2.632e-05
37	219.393939394	7.38342541436
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
46		0.973
48		0.00356
53	Hilton et al., 1990	Poreda et al., 1992

ICE197

Column	Version 1	Version 2
2	63.9333333333	64.1583333333
4	63.0	64.0
5	56.0	9.5
7	-20.55	-19.8333333333
9	-20.0	-19.0
10	-33.0	-50.0
11	3.0	01
13	Southern Lowlands	Southern Iceland
14	Herridarholl, spring	Thjorsalaug Spr. (Hreppar, Thjorsardalur)
16	1982-1983	19720000.0
19		7234.0
21	W/S	G/S
22		71.0
25	0.75
29		0.01668
32	14.6
33	15.7
34	2044.0	3.2e-05
36	2198.0	3.2e-05
37	36.6535547786
43		[Ar]=[Ar+Kr+Xe]
44		4e-06
45		0.0041
46		0.9734
47		0.0021
48		0.0035
53	Hilton et al., 1990	GIN RAS collection

ICE198

Column	Version 1	Version 2
2	63.9666666667	64.1583333333
4	63.0	64.0
5	58.0	9.5
7	-20.4333333333	-19.8333333333
9	-20.0	-19.0
10	-26.0	-50.0
11	3.0	01
13	Southern Lowlands	Southern Iceland
14	Hjallanes, spring	Thjorsalaug Spr. (Hreppar, Thjorsardalur)
16	1982-1983	19730000.0
19		7331.0
21	W/S	G/S
22		71.0
25	0.41
32	14.3
33	16.9
34	2002.0	3.1e-05
36	2366.0	3.1e-05
37	16.3490675991
53	Hilton et al., 1990	GIN RAS collection

ICE199

Column	Version 1	Version 2
2	64.01	64.1583333333
5	0.6	9.5
7	-20.5533333333	-19.8333333333
9	-20.0	-19.0
10	-33.2	-50.0
11	3.0	01
13	Southern Lowlands	Southern Iceland
14	Hlemmiskeid, spring	Thjorsalaug Spr. (Hreppar, Thjorsardalur)
16	1982-1983	19760000.0
19		7615.0
21	W/S	G/S
22		71.0
25	1.31
32	17.9
33	18.2
34	2506.0	3.23e-05
36	2548.0	3.23e-05
37	144.768356643
53	Hilton et al., 1990	GIN RAS collection

ICE200

Column	Version 1	Version 2
1		~
2	64.01	64.1583333333
3		~
5	0.6	9.5
6		~
7	-20.5533333333	-19.8333333333
8		~
9	-20.0	-19.0
10	-33.2	-50.0
11	2.0	07
13	Southern Lowlands	Southern Iceland
14	Hlemmiskeld, hole	Thjorsardalur Spr.
16	19790115	19810000.0
19	79-2	I-81-9
21	W/H	G/S
22	66.0	93.0
24	76.7	0.000315
25	1.04
29	22200.0	0.0145
32	18.9	22.87
33	19.5	23.27
34	2646.0	3.2018e-05
36	2730.0	3.2578e-05
37	7.46961325967	14.364640884
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
46	978400.0	0.9821
48	1000.0	0.00334
53	Hauksson and Goddard, 1981; Poreda et al., 1992	Poreda et al., 1992

ICE201

Column	Version 1	Version 2
2	63.9166666667	64.1
4	63.0	64.0
5	55.0	6.0
7	-20.4	-19.9
9	-20.0	-19.0
10	-24.0	-54.0
11	3.0	03
13	Southern Lowlands	Southern Iceland
14	Laugaland Spr., spring	Thjorsardalur Spr.
25	0.63	1.52e-06
32	19.7	20.7
33	20.0	21.1
34	2758.0	2.898e-05
36	2800.0	2.954e-05
37	144.240967366	146.877913753

ICE202

Column	Version 1	Version 2
2	64.0333333333	64.0166666667
5	2.0	1.0
7	-20.7	-20.2666666667
10	-42.0	-16.0
11	3.0	03
13	Southern Lowlands	Southern Iceland
14	Ormsstadir Spr., spring	Thjorsarholt Spr.
25	8.43	3.35e-06
32	21.1	17.8
33	22.0	18.9
34	2954.0	2.492e-05
36	3080.0	2.646e-05
37	58.5402097902	42.4548368298

ICE203

Column	Version 1	Version 2
2	64.05	64.1
5	3.0	6.0
11	3.0	03
13	Southern Lowlands	Southern Iceland
14	Reykir Skeid Spr., spring	Thorlakshver Spr., spring
25	0.9	3.2e-07
32	13.2	13.3
33	13.5	14.2
34	1848.0	1.862e-05
36	1890.0	1.988e-05
37	90.1835664336	37.4446386946

ICE204

Column	Version 1	Version 2
2	64.0	63.95
4	64.0	63.0
5	0.0	57.0
7	-20.1	-20.6
10	-6.0	-36.0
11	3.0	03
13	Southern Lowlands	Southern Iceland
14	Skard Spr., spring	Thorleifskot Spr., spring
25	0.61	9.2e-07
32	16.6	17.8
33	20.8	18.4
34	2324.0	2.492e-05
36	2912.0	2.576e-05
37	12.3936480186	81.4816433566

ICE205

Column	Version 1	Version 2
2	64.0666666667	63.9666666667
4	64.0	63.0
5	4.0	58.0
7	-20.65	-21.3
9	-20.0	-21.0
10	-39.0	-18.0
11	3.0	03
13	Southern Lowlands	Southern Iceland
14	Solheimar Spr., spring	Thoroddsstadir Spr., spring
25	0.7	2.66e-06
32	18.8	17.0
33	19.5	17.4
34	2632.0	2.38e-05
36	2730.0	2.436e-05
37	73.3071095571	134.484265734

ICE206

Column	Version 1	Version 2
2	64.1333333333	64.0166666667
5	8.0	1.0
11	3.0	03
13	Southern Lowlands	Southern Iceland
14	Spoastadir Spr., spring	Vatnsnes Spr.
25	2.13	1.8e-07
32	17.8	20.1
33	18.5	21.8
34	2492.0	2.814e-05
36	2590.0	3.052e-05
37	69.3516899767	32.6981351981

ICE207

Column	Version 1	Version 2
2	64.2166666667	64.0083333333
5	13.0	0.5
7	-19.5833333333	-20.2833333333
9	-19.0	-20.0
10	-35.0	-17.0
11	1.0	01
13	Southern Lowlands	Southern Iceland
14	Stong, spring	Vindaslaugar (Land), spring
16	19730000.0	19760000.0
19	7330.0	7614/7240
22	10.0	53.0
29	11900.0	0.01047
34	300.0	1.5e-06
35	>=
36	300.0	1.5e-06
44	6.0	3.3e-05
45	131900.0	0.0077
46	847800.0	0.9728
47	8300.0	0.00847
48	200.0	0.0005
52		from sample of 1972 y. (ind. 7240)

ICE208

Column	Version 1	Version 2
2	63.9583333333	64.017
4	63.0	64.0
5	57.5	1.02
7	-20.0583333333	-19.65
9	-20.0	-19.0
10	-3.5	-39.0
11	1.0	10.0
13	Southern Lowlands	Southern Iceland (SE Rift Zone, SERZ)
14	Svinhagi (Land), spring	Hekla, lava fissure
16	19720000.0	19700000.0
19	7241.0	I15
20		H'70-16
21	G/S	W/iss
22	23.5
23		water;sub-aerial glass;silic volcanic centre
29	14565.0
33		1.02
34	3000.0
36	3000.0	1.428e-06
43	[Ar]=[Ar+Kr+Xe]
44	10.0
45	1900.0
46	970400.0
47	3360.0
48	9600.0
53	GIN RAS collection	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE209

Column	Version 1	Version 2
2	64.0833333333	63.9833333333
4	64.0	63.0
5	5.0	59.0
7	-19.45	-19.0833333333
10	-27.0	-5.0
11	7.0	07
13	Southern Lowlands	Southern Iceland (SE Rift Zone, SERZ)
14	Sydra Langholt, hole	Landmannalaugar thermal area, fumarole
16	19790000.0	19830000.0
19	79-3	I-83-123
21	W/H	M/F
22	62.0	285.0
24	73.8	2.18e-06
29	23600.0	3e-05
32	18.2	23.14
33	18.8	23.74
34	2548.0	3.2396e-05
36	2632.0	3.3236e-05
37	7.38342541436	10.9171270718
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44		0.17
46	973000.0	0.0049
47		0.743
48	3560.0	0.00053
49		0.0812
50		-39.6
51		-4.7

ICE210

Column	Version 1	Version 2
2	64.1583333333	63.9833333333
4	64.0	63.0
5	9.5	59.0
7	-19.8333333333	-19.0833333333
10	-50.0	-5.0
11	1.0	07
13	Southern Lowlands	Southern Iceland (SE Rift Zone, SERZ)
14	Thjorsalaug (Hreppar, Thjorsardalur), spring	Landmannalaugar thermal area, fumarole
15		Landmannalaugar thermal area, fumarole
16	19730000.0	Landmannalaugar thermal area, fumarole
19	7331.0	I-83-120
21	G/S	M/F
22	71.0	260.0
24		2.22e-06
29		0.00202
32		18.91
33		23.4
34	3100.0	2.6474e-05
36	3100.0	3.276e-05
37		1.4364640884
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44		0.0437
45		0.00083
46		0.15
47		0.752
48		0.00119
49		0.0502
53	GIN RAS collection	Poreda et al., 1992

ICE211

Column	Version 1	Version 2
2	64.1583333333	63.9833333333
4	64.0	63.0
5	9.5	59.0
7	-19.8333333333	-19.0833333333
10	-50.0	-5.0
11	1.0	07
13	Southern Lowlands	Southern Iceland (SE Rift Zone, SERZ)
14	Thjorsalaug (Hreppar, Thjorsardalur), spring	Landmannalaugar thermal area, spring
16	19720000.0	19810000.0
19	7234.0	I-81-33
22	71.0
24		2e-05
29	16680.0	0.00753
32		22.57
33		22.93
34	3200.0	3.1598e-05
36	3200.0	3.2102e-05
37		15.8011049724
43	[Ar]=[Ar+Kr+Xe]	He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44	4.0
45	4100.0	0.00247
46	973400.0	0.3715
47	2100.0	0.603
48	3500.0	0.01609
52		[CO2]=[CO2+H2S]
53	GIN RAS collection	Poreda et al., 1992

ICE212

Column	Version 1	Version 2
2	64.1583333333	63.9833333333
4	64.0	63.0
5	9.5	59.0
7	-19.8333333333	-19.0833333333
10	-50.0	-5.0
11	1.0	01
13	Southern Lowlands	Southern Iceland (SE Rift Zone, SERZ)
14	Thjorsalaug (Hreppar, Thjorsardalur), spring	Landmannlaugar thermal area, Hver sector, spring
16	19760000.0	19720000.0
19	7615.0	7247.0
22	71.0	boiling
29		0.00084
34	3230.0	2.5e-05
36	3230.0	2.5e-05
43		[Ar]=[Ar+Kr+Xe]
44		0.097973
45		0.0027
46		0.0299
47		0.8651
48		0.0035

ICE213

Column	Version 1	Version 2
2	64.1583333333	63.9833333333
3	»
4	64.0	63.0
5	9.5	59.0
7	-19.8333333333	-19.0833333333
8	»
10	-50.0	-5.0
11	7.0	01
13	Southern Lowlands	Southern Iceland (SE Rift Zone, SERZ)
14	Thjorsardalur Spr.	Landmannlaugar thermal area, Kaffihola sector, spring
16	19810000.0	19720000.0
19	I-81-9	7248.0
22	93.0	75.0
24	315.0
29	14500.0	0.00758
32	22.87
33	23.27
34	3201.8	2.75e-05
36	3257.8	2.75e-05
37	14.364640884
43		[Ar]=[Ar+Kr+Xe]
44		0.0001
45		0.0057
46	982100.0	0.3089
47		0.67
48	3340.0	0.0076
49	0.0
53	Poreda et al., 1992	GIN RAS collection

ICE214

Column	Version 1	Version 2
1		~
2	64.1	63.8833333333
3		~
4	64.0	63.0
5	6.0	53.0
6		~
7	-19.9	-19.1666666667
8		~
10	-54.0	-10.0
11	3.0	03
13	Southern Lowlands	Southern Iceland (SE Rift Zone, SERZ)
14	Thjorsardalur Spr., spring	Torfajokull thermal area, fumarole
19		3110.0
21	W/S	G/F
25	1.52
32	20.7	9.8
33	21.1	12.8
34	2898.0	1.372e-05
36	2954.0	1.792e-05
37	146.877913753	10.5477855478

ICE215

Column	Version 1	Version 2
2	64.0166666667	64.525
5	1.0	31.5
7	-20.2666666667	-21.3333333333
9	-20.0	-21.0
10	-16.0	-20.0
11	3.0	01
13	Southern Lowlands	SW Iceland
14	Thjorsarholt Spr., spring	Brautartungahver Spr. (Lundareykjardalur)
16	1982-1983	19730000.0
19		7309.0
21	W/S	G/S
22		87.0
25	3.35
29		0.0234
32	17.8
33	18.9
34	2492.0	2.2e-05
36	2646.0	2.2e-05
37	42.4548368298
43		[Ar]=[Ar+Kr+Xe]
44		1.9e-05
45		0.0103
46		0.9616
47		0.0012
48		0.0033
53	Hilton et al., 1990	GIN RAS collection

ICE216

Column	Version 1	Version 2
2	64.1	64.4916666667
5	6.0	29.5
7	-20.6	-21.1833333333
9	-20.0	-21.0
10	-36.0	-11.0
11	3.0	01
13	Southern Lowlands	SW Iceland
14	Thorlakshver Spr., spring	Englandshverir Spr. (Skorradalur)
16	1982-1983	19760000.0
19		7663.0
21	W/S	G/S
22		90.0
25	0.32
29		0.02361
32	13.3
33	14.2
34	1862.0	2.66e-05
36	1988.0	2.66e-05
37	37.4446386946
43		[Ar]=[Ar+Kr+Xe]
52		from sample of 1972 y. (ind. 7233)
53	Hilton et al., 1990	GIN RAS collection

ICE217

Column	Version 1	Version 2
2	63.95	64.4916666667
4	63.0	64.0
5	57.0	29.5
7	-20.6	-21.1833333333
9	-20.0	-21.0
10	-36.0	-11.0
11	3.0	01
13	Southern Lowlands	SW Iceland
14	Thorleifskot Spr., spring	Englandshverir Spr. (Skorradalur)
16	1982-1983	19730000.0
19		7310.0
21	W/S	G/S
22		90.0
25	0.92
32	17.8
33	18.4
34	2492.0	2.6e-05
36	2576.0	2.6e-05
37	81.4816433566
43		[Ar]=[Ar+Kr+Xe]
44		0.0001
45		0.0037
46		0.9676
47		0.0021
48		0.0027
53	Hilton et al., 1990	GIN RAS collection

ICE218

Column	Version 1	Version 2
2	63.9666666667	64.425
4	63.0	64.0
5	58.0	25.5
7	-21.3	-21.8666666667
10	-18.0	-52.0
11	3.0	01
13	Southern Lowlands	SW Iceland
14	Thoroddsstadir Spr., spring	Leira Spr. (Leirasveit)
16	1982-1983	19730000.0
19		7307.0
21	W/S	G/S
22		70.0
25	2.66
29		0.0158
32	17.0
33	17.4
34	2380.0	2.3e-05
36	2436.0	2.3e-05
37	134.484265734
43		[Ar]=[Ar+Kr+Xe]
44		6e-06
45		0.0007
46		0.8708
47		0.0831
48		0.0292
53	Hilton et al., 1990	GIN RAS collection

ICE219

Column	Version 1	Version 2
2	64.0083333333	64.5916666667
5	0.5	35.5
7	-20.2833333333	-20.7
10	-17.0	-42.0
11	1.0	01
13	Southern Lowlands	SW Iceland
14	Vindaslaugar (Land), spring	Presthnukur Spr. (Kaldidalur)
16	19760000.0	19720000.0
19	7614/7240	7232.0
22	53.0	23.5
29	10470.0	0.00695
34	150.0	1.65e-05
36	150.0	1.65e-05
44	33.0	4e-06
45	7700.0	0.0621
46	972800.0	0.5094
47	8470.0	0.4215
48	500.0
52	from sample of 1972 y. (ind. 7240)

ICE220

Column	Version 1	Version 2
1		~
2	64.6583333333	64.1666666667
3		~
5	39.5	10.0
6		~
7	-21.3666666667	-21.6333333333
8		~
10	-22.0	-38.0
11	7.0	07
13	South-Western Iceland	SW Iceland
14	Arhver (Reykholtsdalur), spring	Reykir thermal area, hole HG-17
16	19830000.0	19810000.0
19	I-83-101	I-81-17
21	G/S	G/H
22	120.0	76.0
24	72.6	2.36e-05
29	10970.0	0.01596
32	15.61	14.23
33	15.85	14.54
34	2185.4	1.9922e-05
36	2219.0	2.0356e-05
37	15.8011049724	11.2044198895
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
45	65110.0	0.00143
46	509000.0	0.6412
47	413600.0	0.3407
48	1400.0	0.00067
51	-11.2	-12.8

ICE221

Column	Version 1	Version 2
1		~
2	64.6583333333	64.1666666667
3		~
5	39.5	10.0
6		~
7	-21.3666666667	-21.6333333333
8		~
10	-22.0	-38.0
11	1.0	07
13	South-Western Iceland	SW Iceland
14	Arhver (Reykholtsdalur), spring	Reykir thermal area, hole HG-39
16	19760000.0	19810000.0
19	7665.0	I-81-18
21	G/S	G/H
22		86.0
24		7.25e-05
29		0.01555
32		14.62
33		15.23
34	2260.0	2.0468e-05
36	2260.0	2.1322e-05
37		5.51602209945
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
45		0.00069
46		0.6689
47		0.3134
48		0.00146
51		-6.7
52		[CO2]=[CO2+H2S]
53	GIN RAS collection	Poreda et al., 1992

ICE222

Column	Version 1	Version 2
2	64.6583333333	64.55
5	39.5	33.0
7	-21.3666666667	-20.733
9	-21.0	-20.0
10	-22.0	-43.98
11	1.0	10.0
13	South-Western Iceland	SW Iceland
14	Arhver (Reykholtsdalur), spring	Thorisjokull, water iss.
16	19720000.0
19	7230.0	I6
20		TOR103
21	G/S	W/iss
23		water;sub-glacial glass;basalt sample
29	23000.0
33		12.3
34	2350.0
36	2350.0	1.722e-05
43	[Ar]=[Ar+Kr+Xe]
44	20.0
45	100.0
46	951400.0
47	22300.0
48	3000.0
53	GIN RAS collection	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE223

Column	Version 1	Version 2
2	64.525	64.55
5	31.5	33.0
7	-21.3333333333	-20.733
9	-21.0	-20.0
10	-20.0	-43.98
11	1.0	10.0
13	South-Western Iceland	SW Iceland
14	Brautartungahver (Lundareykjardalur), spring	Thorisjokull, water iss.
16	19730000.0
19	7309.0	I7
20		TOR108
21	G/S	W/iss
22	87.0
23		water;sub-glacial glass;basalt sample
29	23400.0
33		12.7
34	2200.0
36	2200.0	1.778e-05
43	[Ar]=[Ar+Kr+Xe]
44	19.0
45	10300.0
46	961600.0
47	1200.0
48	3300.0
53	GIN RAS collection	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE224

Column	Version 1	Version 2
1		~
2	64.6583333333	64.8333333333
3		~
5	39.5	50.0
6		~
7	-21.4166666667	-21.5
8		~
10	-25.0	-30.0
11	1.0	08
13	South-Western Iceland	SW Iceland
14	Deildartunga (Reykholtsdalur), spring	Vidigerdi Spr.
16	19710000.0	19820804.0
19	7121.0
21	G/S	W/S
22	100.0	101.0
34	2000.0	1.16e-05
36	2000.0	1.16e-05
38		3.8
43	[Ar]=[Ar+Kr+Xe]
44	30.0
45	7000.0
46	960000.0
47	11000.0
48	3000.0
52	[CO2]=[CO2+H2S]
53	GIN RAS collection	Sano et al., 1985

ICE225

Column	Version 1	Version 2
7	-21.4166666667	-21.3666666667
10	-25.0	-22.0
11	1.0	07
13	South-Western Iceland	SW Iceland (Reykholtsdalur)
14	Deildartunga (Reykholtsdalur), spring	Arhver Spr. (Reykholtsdalur)
16	19720000.0	19830000.0
19	7229.0	I-83-101
22	100.0	120.0
24		7.26e-05
29	23200.0	0.01097
32		15.61
33		15.85
34	2100.0	2.1854e-05
36	2100.0	2.219e-05
37		15.8011049724
43	[Ar]=[Ar+Kr+Xe]	He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44	20.0
45	4000.0	0.06511
46	966600.0	0.509
47	2200.0	0.4136
48	3800.0	0.0014
51		-11.2
52		[CO2]=[CO2+H2S]
53	GIN RAS collection	Poreda et al., 1992

ICE226

Column	Version 1	Version 2
7	-21.4166666667	-21.3666666667
10	-25.0	-22.0
11	1.0	01
13	South-Western Iceland	SW Iceland (Reykholtsdalur)
14	Deildartunga (Reykholtsdalur), spring	Arhver Spr. (Reykholtsdalur)
16	19760000.0	19720000.0
19	7664.0	7230.0
22	100.0
29	27400.0	0.023
34	2100.0	2.35e-05
36	2100.0	2.35e-05
44	30.0	2e-05
45	2200.0	0.0001
46	919100.0	0.9514
47	45800.0	0.0223
48	5500.0	0.003
49	100.0

ICE227

Column	Version 1	Version 2
2	64.4916666667	64.6583333333
5	29.5	39.5
7	-21.1833333333	-21.3666666667
10	-11.0	-22.0
11	1.0	01
13	South-Western Iceland	SW Iceland (Reykholtsdalur)
14	Englandshverir (Skorradalur), spring	Arhver Spr. (Reykholtsdalur)
16	19730000.0	19760000.0
19	7310.0	7665.0
22	90.0
34	2600.0	2.26e-05
36	2600.0	2.26e-05
43	[Ar]=[Ar+Kr+Xe]
44	100.0
45	3700.0
46	967600.0
47	2100.0
48	2700.0

ICE228

Column	Version 1	Version 2
2	64.4916666667	64.6583333333
5	29.5	39.5
7	-21.1833333333	-21.4166666667
10	-11.0	-25.0
11	1.0	01
13	South-Western Iceland	SW Iceland (Reykholtsdalur)
14	Englandshverir (Skorradalur), spring	Deildartunga Spr. (Reykholtsdalur)
16	19760000.0	19710000.0
19	7663.0	7121.0
22	90.0	100.0
29	23610.0
34	2660.0	2e-05
36	2660.0	2e-05
44		3e-05
45		0.007
46		0.96
47		0.011
48		0.003
52	from sample of 1972 y. (ind. 7233)	[CO2]=[CO2+H2S]

ICE229

Column	Version 1	Version 2
2	64.6916666667	64.6583333333
5	41.5	39.5
7	-21.4083333333	-21.4166666667
10	-24.5	-25.0
11	1.0	01
13	South-Western Iceland	SW Iceland (Reykholtsdalur)
14	Hurdabak (Reykholtsdalur), spring	Deildartunga Spr. (Reykholtsdalur)
19	7228.0	7229.0
29	23700.0	0.0232
34	1950.0	2.1e-05
36	1950.0	2.1e-05
44	42.0	2e-05
45	3900.0	0.004
46	965900.0	0.9666
47	1700.0	0.0022
48	4600.0	0.0038

ICE230

Column	Version 1	Version 2
2	64.6916666667	64.6583333333
5	41.5	39.5
7	-21.4083333333	-21.4166666667
10	-24.5	-25.0
11	1.0	01
13	South-Western Iceland	SW Iceland (Reykholtsdalur)
14	Hurdabak (Reykholtsdalur), spring	Deildartunga Spr. (Reykholtsdalur)
16	19710000.0	19760000.0
19	7123.0	7664.0
29		0.0274
34	2000.0	2.1e-05
36	2000.0	2.1e-05
43		[Ar]=[Ar+Kr+Xe]
44		3e-05
45		0.0022
46		0.9191
47		0.0458
48		0.0055
49		0.0001

ICE231

Column	Version 1	Version 2
2	64.425	64.6916666667
5	25.5	41.5
7	-21.8666666667	-21.4083333333
10	-52.0	-24.5
11	1.0	01
13	South-Western Iceland	SW Iceland (Reykholtsdalur)
14	Leira (Leirasveit), spring	Hurdabak Spr. (Reykholtsdalur)
16	19730000.0	19720000.0
19	7307.0	7228.0
22	70.0	100.0
29	15800.0	0.0237
34	2300.0	1.95e-05
36	2300.0	1.95e-05
44	6.0	4.2e-05
45	700.0	0.0039
46	870800.0	0.9659
47	83100.0	0.0017
48	29200.0	0.0046

ICE232

Column	Version 1	Version 2
2	64.1666666667	64.6916666667
3	»
5	10.0	41.5
7	-21.7	-21.4083333333
8	»
10	-42.0	-24.5
11	3.0	01
13	South-Western Iceland	SW Iceland (Reykholtsdalur)
14	Mosfellssveit thermal area, hole MG-16	Hurdabak Spr. (Reykholtsdalur)
16	1982-1983	19710000.0
19		7123.0
21	W/H	G/S
22		100.0
25	1.18
32	13.7
33	14.4
34	1918.0	2e-05
36	2016.0	2e-05
37	50.8930652681
53	Hilton et al., 1990	GIN RAS collection

ICE233

Column	Version 1	Version 2
2	64.1666666667	64.6583333333
3	»
5	10.0	39.5
7	-21.7	-20.2833333333
8	»
9	-21.0	-20.0
10	-42.0	-17.0
11	3.0	07
13	South-Western Iceland	SW Iceland (Reykholtsdalur)
14	Mosfellssveit thermal area, hole MG-17	Reykholt, hole
16	1982-1983	19810000.0
19		I-81-7
21	W/H	G/H
22		133.0
24		0.000175
25	0.37
32	12.6	17.82
33	14.1
34	1764.0	2.4948e-05
36	1974.0	2.4948e-05
37	23.2051282051
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44		0.00389
46		0.7873
47		0.2014
48		0.00292
49		0.0045
50		-23.4
53	Hilton et al., 1990	Poreda et al., 1992

ICE234

Column	Version 1	Version 2
2	64.1666666667	64.6583333333
3	»
5	10.0	39.5
7	-21.7	-20.2833333333
8	»
9	-21.0	-20.0
10	-42.0	-17.0
11	3.0	01
13	South-Western Iceland	SW Iceland (Reykholtsdalur)
14	Mosfellssveit thermal area, hole MG-18	Reykholtshver Spr. (Biskupstunga)
16	1982-1983	19720000.0
19		7237.0
21	W/H	G/S
22		100.0
25	0.33
29		0.0157
32	12.0
33	14.1
34	1680.0	1.3e-05
36	1974.0	1.3e-05
37	16.6127622378
43		[Ar]=[Ar+Kr+Xe]
53	Hilton et al., 1990	GIN RAS collection

ICE235

Column	Version 1	Version 2
2	64.1666666667	64.6916666667
3	»
5	10.0	41.5
7	-21.7	-21.025
8	»
10	-42.0	-1.5
11	3.0	01
13	South-Western Iceland	SW Iceland (Reykholtsdalur)
14	Mosfellssveit thermal area, hole MG-35	Stori As Spr.
16	1982-1983	19720000.0
19		7231.0
21	W/H	G/S
22		76.0
25	1.02
29		0.02066
32	13.5
33	14.0
34	1890.0	2.26e-05
36	1960.0	2.26e-05
37	63.2867132867
43		[Ar]=[Ar+Kr+Xe]
44		1.2e-05
45		0.003
46		0.9753
47		0.001
53	Hilton et al., 1990	GIN RAS collection

ICE236

Column	Version 1	Version 2
2	64.1666666667	64.6916666667
3	»
5	10.0	41.5
7	-21.7	-21.025
8	»
10	-42.0	-1.5
11	3.0	01
13	South-Western Iceland	SW Iceland (Reykholtsdalur)
14	Mosfellssveit thermal area, hole MG-37	Stori As Spr.
16	1982-1983	19710000.0
19		7127.0
21	W/H	G/S
22		76.0
25	0.09
32	13.9
33	14.4
34	1946.0	1.95e-05
36	2016.0	1.95e-05
37	72.7797202797
53	Hilton et al., 1990	GIN RAS collection

ICE237

Column	Version 1	Version 2
2	64.1666666667	64.3166666667
3	»
5	10.0	19.0
7	-21.7	-20.3
8	»
9	-21.0	-20.0
10	-42.0	-18.0
11	3.0	03
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Mosfellssveit thermal area, hole MG-5	Geysir high-temperature area, Great Geysir
16	1982-1983	19880000.0
21	W/H	W/S
25	0.49	3.1e-07
32	12.8	15.7
33	14.0	17.7
34	1792.0	2.198e-05
36	1960.0	2.478e-05
37	28.479020979	21.8866550117

ICE238

Column	Version 1	Version 2
2	64.1666666667	64.3166666667
3	»
5	10.0	19.0
7	-21.7	-20.3
8	»
9	-21.0	-20.0
10	-42.0	-18.0
11	3.0	07
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Mosfellssveit thermal area, hole MG-5	Geysir thermal area, fumarole
16	1982-1983	19830000.0
19		I-83-1I8
21	W/H	G/F
22		260.0
23		Reservoir temperature
24		4.92e-05
25	0.52
29		0.00345
32	13.1	18.56
33	14.1	18.73
34	1834.0	2.5984e-05
36	1974.0	2.6222e-05
37	32.4344405594	27.2928176796
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
45		0.00408
46		0.1854
47		0.8025
48		0.0046
50		-22.4
52		[CO2]=[CO2+H2S]
53	Hilton et al., 1990	Poreda et al., 1992

ICE239

Column	Version 1	Version 2
2	64.5916666667	64.3166666667
5	35.5	19.0
7	-20.7	-20.3
10	-42.0	-18.0
11	1.0	08
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Presthnukur (Kaldidalur), spring	Geysir thermal area, fumarole
16	19720000.0	19820814
19	7232.0
20		2.0
21	G/S	M/F
22	23.5 ?	101.0
24		0.000121
26		2.36e-05
29	6950.0	0.0184
34	1650.0	2.35e-05
36	1650.0	2.35e-05
38		5.9
39		10.05
40		0.02927
41		0.1905
42		298.2
43	[Ar]=[Ar+Kr+Xe]	Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	4.0	0.00173
45	62100.0	8e-05
46	509400.0	0.91
47	421500.0	0.0577
48		0.012
49		0.0001
50		-22.0
51		18.7
53	GIN RAS collection	Sano et al., 1985

ICE240

Column	Version 1	Version 2
2	64.6583333333	64.3166666667
5	39.5	19.0
7	-20.2833333333	-20.3
10	-17.0	-18.0
11	7.0	03
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Reykholt, hole	Geysir thermal area, Geysir
16	19810000.0	19880000.0
19	I-81-7
21	G/H	W/S
22	133.0
24	175.0
25		1.4e-07
32	17.82	14.7
33		16.5
34	2494.8	2.058e-05
36	2494.8	2.31e-05
37		22.414044289
44	3890.0
46	787300.0
47	201400.0
48	2920.0
49	4500.0
50	-23.4
53	Poreda et al., 1992	Hilton et al., 1990

ICE241

Column	Version 1	Version 2
2	64.6583333333	64.3166666667
5	39.5	19.0
7	-20.2833333333	-20.3
10	-17.0	-18.0
11	1.0	01
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Reykholtshver (Biskupstunga), spring	Geysir thermal area, spring
19	7237.0	7242.0
22	100.0
29	15700.0	0.0126
34	1300.0	2.65e-05
36	1300.0	2.65e-05
44		0.00282
45		0.0856
46		0.62186
47		0.2662
48		0.0108

ICE242

Column	Version 1	Version 2
2	64.1666666667	64.3166666667
3	»
5	10.0	19.0
7	-21.6333333333	-20.3
8	»
9	-21.0	-20.0
10	-38.0	-18.0
11	7.0	07
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Reykir, hole HG-17	Geysir thermal area, spring
19	I-81-17	I-81-6
21	W/H	G/S
22	76.0	92.0
24	23.6	1.32e-05
29	15960.0	0.00116
32	14.23	11.41
33	14.54	13.6
34	1992.2	1.5974e-05
36	2035.6	1.904e-05
37	11.2044198895	1.5226519337
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44		0.00019
45	1430.0	0.01412
46	641200.0	0.0812
47	340700.0	0.7439
48	670.0	0.00016
49		0.1593
51	-12.8	-6.4
52	[CO2]=[CO2+H2S]

ICE243

Column	Version 1	Version 2
2	64.1666666667	64.3166666667
3	»
5	10.0	19.0
7	-21.6333333333	-20.3
8	»
9	-21.0	-20.0
10	-38.0	-18.0
11	7.0	01
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Reykir, hole HG-39	Geysir thermal area, spring
16	19810000.0	19720000.0
19	I-81-18	7242a
21	W/H	G/S
22	86.0
24	72.5
29	15550.0
32	14.62
33	15.23
34	2046.8	2.5e-05
36	2132.2	2.5e-05
37	5.51602209945
45	690.0
46	668900.0
47	313400.0
48	1460.0
51	-6.7
52	[CO2]=[CO2+H2S]
53	Poreda et al., 1992	GIN RAS collection

ICE244

Column	Version 1	Version 2
2	64.1666666667	64.3166666667
3	»
5	10.0	19.0
7	-21.7	-20.3
8	»
9	-21.0	-20.0
10	-42.0	-18.0
11	3.0	08
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Reykjavik thermal area, hole G-35	Geysir thermal area, spring
16	1982-1983	19820814
20		1.0
21	W/H	W/S
22		100.0
25	0.48
32	11.2
33	13.0
34	1568.0	1.66e-05
36	1820.0	1.66e-05
37	18.1949300699
38		4.0
53	Hilton et al., 1990	Sano et al., 1985

ICE245

Column	Version 1	Version 2
2	64.1666666667	64.1
3	»
5	10.0	6.0
7	-21.7	-21.275
8	»
10	-42.0	-16.5
11	3.0	03
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Reykjavik thermal area, hole G-37	Hengill thermal area (Nesjavellir?), hole 11
21	W/H	G/H
25	0.26
32	9.7	15.2
33	12.3	17.9
34	1358.0	2.128e-05
36	1722.0	2.506e-05
37	11.6025641026	16.3490675991

ICE246

Column	Version 1	Version 2
2	64.1666666667	63.983
3	»
4	64.0	63.0
5	10.0	58.98
7	-21.7	-22.5
8	»
9	-21.0	-22.0
10	-42.0	-30.0
11	3.0	10.0
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Reykjavik thermal area, hole G-5	Hengill thermal area, water iss.
16	1982-1983
19		I5
20		HEN1
21	W/H	W/iss.
23		water;sub-glacial glass;basalt sample;
25	0.34
32	11.0
33	12.7	12.4
34	1540.0
36	1778.0	1.736e-05
37	17.6675407925
53	Hilton et al., 1990	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE247

Column	Version 1	Version 2
2	64.1666666667	64.1
3	»
5	10.0	6.0
7	-21.7	-21.275
8	»
10	-42.0	-16.5
11	3.0	07
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Reykjavik thermal area, hole RG-30	Hengill-North thermal area (Nesjavellir), fumarole
16	1982-1983	19830000.0
19		I-83-119
21	W/H	M/F
22		281.0
24		1.32e-05
25	0.33
29		0.00051
32	11.0	15.8
33	13.3	15.86
34	1540.0	2.212e-05
36	1862.0	2.2204e-05
37	13.9758158508	61.7679558011
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44		0.1012
46		0.0186
47		0.762
48		0.00286
49		0.1147
50		-37.3
51		-4.0
53	Hilton et al., 1990	Poreda et al., 1992

ICE248

Column	Version 1	Version 2
2	64.1666666667	64.1
3	»
5	10.0	6.0
7	-21.7	-21.275
8	»
10	-42.0	-16.5
11	3.0	05
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Reykjavik thermal area, hole RG-31	Hengill-North thermal area (Nesjavellir), fumarole NES1
16	1982-1983	19870700.0
21	W/H	F
25	0.9
32	9.8	14.7
33	12.8
34	1372.0	2.06e-05
36	1792.0	2.06e-05
37	10.2840909091
51		-4.6
53	Hilton et al., 1990	Marty et al., 1991

ICE249

Column	Version 1	Version 2
2	64.1666666667	64.1
3	»
5	10.0	6.0
7	-21.7	-21.275
8	»
10	-42.0	-16.5
11	9.0	05
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Reykjavik, thermal area, hole E-5	Hengill-North thermal area (Nesjavellir), fumarole NES2
16	19770600.0	19870700.0
19	G-31
20	2.0
21	W/H	F
25	0.201
32	10.7	14.1
34	1480.0	1.97e-05
36	1480.0	1.97e-05
51		-4.2
53	Torgersen & Jenkins, 1982	Marty et al., 1991

ICE250

Column	Version 1	Version 2
2	64.1666666667	64.1
3	»
5	10.0	6.0
7	-21.7	-21.275
8	»
10	-42.0	-16.5
11	9.0	05
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Reykjavik, thermal area, hole E-5	Hengill-North thermal area (Nesjavellir), fumarole NES3
16	19770600.0	19880700.0
19	G-31
20	1.0
21	W/H	F
25	0.201
32	11.6	14.7
34	1600.0	2.06e-05
36	1600.0	2.06e-05
51		-4.4
53	Torgersen & Jenkins, 1982	Marty et al., 1991

ICE251

Column	Version 1	Version 2
2	64.1666666667	64.1
3	»
5	10.0	6.0
7	-21.7	-21.275
8	»
10	-42.0	-16.5
11	9.0	05
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Reykjavik, thermal area, hole U-5	Hengill-North thermal area (Nesjavellir), fumarole NES4
16	19770600.0	19870700.0
19	G-10
21	W/H	F
25	0.172
32	12.7	12.4
34	1760.0	1.64e-05
36	1760.0	1.64e-05
51		-4.2
53	Torgersen & Jenkins, 1982	Marty et al., 1991

ICE252

Column	Version 1	Version 2
2	63.9466666667	64.1
4	63.0	64.0
5	56.8	6.0
7	-20.9583333333	-21.275
9	-20.0	-21.0
10	-57.5	-16.5
11	2.0	05
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Selfoss, hole W9	Hengill-North thermal area (Nesjavellir), fumarole NES5
16	19790115	19870700.0
19	79-4
21	W/H	F
22	62.0
23	T bottom 74 oC
25	1.38
32	18.3	14.6
33	18.7
34	2562.0	2.04e-05
36	2618.0	2.04e-05
37	11.4917127072
51		-3.7
53	Hauksson and Goddard, 1981; Poreda et al., 1992	Marty et al., 1991

ICE253

Column	Version 1	Version 2
2	64.1333333333	64.1
3	»
5	8.0	6.0
7	-21.95	-21.275
8	»
10	-57.0	-16.5
11	3.0	05
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Seltjarnarnes low-temperature area, hole SN-4	Hengill-North thermal area (Nesjavellir), fumarole NES6
16	1982-1983	19870700.0
21	W/H	F
25	0.53
32	12.0	11.9
33	13.1
34	1680.0	1.67e-05
36	1834.0	1.67e-05
37	29.2701048951
51		-4.2
53	Hilton et al., 1990	Marty et al., 1991

ICE254

Column	Version 1	Version 2
2	64.1333333333	64.1
3	»
5	8.0	6.0
7	-21.95	-21.275
8	»
10	-57.0	-16.5
11	3.0	05
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Seltjarnarnes low-temperature area, hole SN-4	Hengill-North thermal area (Nesjavellir), hole NG09
16	1982-1983	19870700.0
21	W/H	H
25	1.06
32	12.7	14.8
33	14.0
34	1778.0	2.07e-05
36	1960.0	2.07e-05
37	27.4242424242
51		-6.3
53	Hilton et al., 1990	Marty et al., 1991

ICE255

Column	Version 1	Version 2
2	64.1333333333	64.1
3	»
5	8.0	6.0
7	-21.95	-21.275
8	»
10	-57.0	-16.5
11	3.0	05
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Seltjarnarnes low-temperature area, hole SN-5	Hengill-North thermal area (Nesjavellir), hole NJ11
16	1982-1983	19870700.0
21	W/H	H
25	0.58
32	12.2	14.5
33	13.7
34	1708.0	2.03e-05
36	1918.0	2.03e-05
37	22.1503496503
51		-9.0
53	Hilton et al., 1990	Marty et al., 1991

ICE256

Column	Version 1	Version 2
2	64.1333333333	64.1
3	»
5	8.0	6.0
7	-21.95	-21.275
8	»
10	-57.0	-16.5
11	7.0	05
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Seltjarnes, hole	Hengill-North thermal area (Nesjavellir), hole NJ13
16	19810000.0	19880700.0
19	I-81-10
21	W/H	H
22	114.0
24	27.0
29	16850.0
32	15.4	14.6
33	15.76
34	2156.0	2.04e-05
36	2206.4	2.04e-05
37	9.7679558011
45	2380.0
46	906800.0
47	72600.0
48	1360.0
51	-22.6	-7.3
52	[CO2]=[CO2+H2S]
53	Poreda et al., 1992	Marty et al., 1991

ICE257

Column	Version 1	Version 2
2	64.6916666667	64.1
5	41.5	6.0
7	-21.025	-21.275
10	-1.5	-16.5
11	1.0	01
13	South-Western Iceland	SW Iceland (SW Rift Zone, SWRZ)
14	Stori As (Reykholtsdalur), spring	Hengill-North thermal area (Nesjavellir), spring
19	7127.0	7133.0
22	76.0	75.0
34	1950.0	1.8e-05
36	1950.0	1.8e-05
43		[Ar]=[Ar+Kr+Xe]
44		0.00029
45		0.0006
46		0.3051
47		0.58
48		0.1076
52		[CO2]=[CO2+H2S], [N2]=[N2+Ar]

ICE258

Column	Version 1	Version 2
1		~
2	64.3166666667	64.05
3		~
5	19.0	3.0
6		~
7	-20.3	-21.3666666667
8		~
9	-20.0	-21.0
10	-18.0	-22.0
11	3.0	05
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Geysir high-temperature area, Great Geysir	Hengill-South thermal area, fumarole HEL1
16	19880000.0	19870700.0
21	W/S
23		Fumarole along the major fissure swarm
25	0.31	0.00011439
32	15.7	13.1
33	17.7
34	2198.0	1.83e-05
36	2478.0	1.83e-05
37	21.8866550117
51		-1.6
53	Hilton et al., 1990	Marty et al., 1991

ICE259

Column	Version 1	Version 2
1		~
2	64.3166666667	64.0583333333
3		~
5	19.0	3.5
6		~
7	-20.3	-21.2916666667
8		~
9	-20.0	-21.0
10	-18.0	-17.5
11	8.0	05
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Geysir thermal area, fumarole	Hengill-South thermal area, fumarole HEL2
16	19820814	19870700.0
20	2.0
21	M/F
22	101.0
23		Fumarole away from the major fissure swarm
24	121.0
25		3.075e-05
26	23.6
29	18400.0
32		14.6
34	2350.0	2.04e-05
36	2350.0	2.04e-05
38	5.9
39	10.05
40	2.927
41	0.1905
42	298.2
43	Isotopic composition of Kr, Xe, N2, and H2 see in source cited in refeference column
44	1730.0
45	80.0
46	910000.0
47	57700.0
48	12000.0
49	100.0
50	-22.0
51	18.7	-4.1
53	Sano et al., 1985	Marty et al., 1991

ICE260

Column	Version 1	Version 2
1		~
2	64.3166666667	64.0583333333
3		~
5	19.0	3.5
6		~
7	-20.3	-21.2916666667
8		~
9	-20.0	-21.0
10	-18.0	-17.5
11	7.0	05
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Geysir thermal area, fumarole	Hengill-South thermal area, fumarole HEL3
16	19830000.0	19870700.0
19	I-83-1I8
21	G/F
22	260.0
23	Treservoir	Fumarole away from the major fissure swarm
24	49.2
25		8.61e-06
29	3450.0
32	18.56	14.7
33	18.73
34	2598.4	2.06e-05
36	2622.2	2.06e-05
37	27.2928176796
45	4080.0
46	185400.0
47	802500.0
48	4600.0
50	-22.4
51		-6.2
52	[CO2]=[CO2+H2S]
53	Poreda et al., 1992	Marty et al., 1991

ICE261

Column	Version 1	Version 2
1		~
2	64.3166666667	64.025
3		~
5	19.0	1.5
6		~
7	-20.3	-21.4
8		~
9	-20.0	-21.0
10	-18.0	-24.0
11	3.0	05
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Geysir thermal area, Geysir	Hengill-South thermal area, fumarole HEL4
16	19880000.0	19870700.0
21	W/S
23		Fumarole along the major fissure swarm
25	0.14	2.9766e-05
32	14.7	13.6
33	16.5
34	2058.0	1.91e-05
36	2310.0	1.91e-05
37	22.414044289
51		-3.3
53	Hilton et al., 1990	Marty et al., 1991

ICE262

Column	Version 1	Version 2
1		~
2	64.3166666667	64.0666666667
3		~
5	19.0	4.0
6		~
7	-20.3	-20.25
8		~
10	-18.0	-15.0
11	8.0	05
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Geysir thermal area, spring	Hengill-South thermal area, fumarole HEL5
16	19820814	19870700.0
20	1.0
21	W/S
22	100.0
23		Fumarole away from the major fissure swarm
25		9.594e-06
32		14.1
34	1660.0	1.97e-05
36	1660.0	1.97e-05
38	4.0
53	Sano et al., 1985	Marty et al., 1991

ICE263

Column	Version 1	Version 2
1		~
2	64.3166666667	64.0666666667
3		~
5	19.0	4.0
6		~
7	-20.3	-20.25
8		~
10	-18.0	-15.0
11	7.0	05
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Geysir thermal area, spring	Hengill-South thermal area, fumarole HEL6
16	19810000.0	19870700.0
19	I-81-6
21	G/S
22	92.0
23		Fumarole away from the major fissure swarm
24	13.2
25		3.0996e-05
29	1160.0
32	11.41	13.6
33	13.6
34	1597.4	1.9e-05
36	1904.0	1.9e-05
37	1.5226519337
44	190.0
45	14120.0
46	81200.0
47	743900.0
48	160.0
49	159300.0
51	-6.4	-4.5
53	Poreda et al., 1992	Marty et al., 1991

ICE264

Column	Version 1	Version 2
1		~
2	64.3166666667	64.025
3		~
5	19.0	1.5
6		~
7	-20.3	-21.4
8		~
9	-20.0	-21.0
10	-18.0	-24.0
11	1.0	05
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Geysir thermal area, spring	Hengill-South thermal area, fumarole HEL7
16	19720000.0	19880700.0
19	7242a
21	G/S
23		Fumarole along the major fissure swarm
25		6.273e-05
32		14.3
34	2500.0	2e-05
36	2500.0	2e-05
51		-3.7
53	GIN RAS collection	Marty et al., 1991

ICE265

Column	Version 1	Version 2
2	64.3166666667	64.0166666667
5	19.0	1.0
7	-20.3	-21.4
9	-20.0	-21.0
10	-18.0	-24.0
11	1.0	01
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Geysir thermal area, spring	Hveradalir (Hellisheidi), spring
19	7242.0	7243.0
22		boiling
29	12600.0	0.00073
34	2650.0	2.15e-05
36	2650.0	2.15e-05
44	2820.0	4.1e-05
45	85600.0	0.0268
46	621860.0	0.142
47	266200.0	0.788
48	10800.0	0.0422

ICE266

Column	Version 1	Version 2
2	63.983	64.0
4	63.0	64.0
5	58.98	0.0
7	-22.5	-21.2
9	-22.0	-21.0
10	-30.0	-12.0
11	10.0	08
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Hengill	Hveragerdi thermal area (Olfus), fumarole
16		19820806
19	I5
20	HEN1
21	W	M/F
22		100.0
23	water;sub-glacial glass;basalt sample;
24		3.6e-05
26		1e-07
29		0.0001
33	12.4
34		1.12e-05
36	1736.0	1.12e-05
37	-
38		110.0
39		9.94
40		0.02945
41		0.19
42		301.4
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		0.01
45		0.0001
46		0.0034
47		0.979
48		0.00013
49		0.007
51		-3.6
53	University of Cambridge data	Sano et al., 1985

ICE267

Column	Version 1	Version 2
2	64.1	64.0
5	6.0	0.0
7	-21.275	-21.2
10	-16.5	-12.0
11	3.0	05
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Hengill (Nesjavellir?), hole 11	Hveragerdi thermal area (Olfus), fumarole HVG1
16	1982-1983	19870700.0
21	G/H	F
32	15.2	14.9
33	17.9
34	2128.0	2.09e-05
36	2506.0	2.09e-05
37	16.3490675991
51		-4.1
53	Hilton et al., 1990	Marty et al., 1991

ICE268

Column	Version 1	Version 2
2	64.05	64.0
3	»
5	3.0	0.0
7	-21.3666666667	-21.2
8	»
10	-22.0	-12.0
11	5.0	05
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Hengill-South, fumarole HEL1	Hveragerdi thermal area (Olfus), fumarole HVG2
21	G/F	F
23	Fumarole along the major fissure swarm
25	114.39
32	13.1	14.8
34	1830.0	2.07e-05
36	1830.0	2.07e-05
51	-1.6	-4.6

ICE269

Column	Version 1	Version 2
2	64.0583333333	64.0
3	»
5	3.5	0.0
7	-21.2916666667	-21.2
8	»
10	-17.5	-12.0
11	5.0	07
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Hengill-South, fumarole HEL2	Hveragerdi thermal area (Olfus), hole 2
16	19870700.0	19810000.0
19		I-81-22
21	G/F	M/H
22		182.0
23	Fumarole away from the major fissure swarm
24		7.8e-06
25	30.75
32	14.6	17.69
33		18.09
34	2040.0	2.4766e-05
36	2040.0	2.5326e-05
37		11.2044198895
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44		0.029
46		0.087
47		0.841
48		0.0003
49		0.04
50		-32.4
51	-4.1
53	Marty et al., 1991	Poreda et al., 1992

ICE270

Column	Version 1	Version 2
2	64.0583333333	64.0
3	»
5	3.5	0.0
7	-21.2916666667	-21.2
8	»
10	-17.5	-12.0
11	5.0	01
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Hengill-South, fumarole HEL3	Hveragerdi thermal area (Olfus), spring
16	19870700.0	19720000.0
19		7246.0
21	G/F	G/S
22		boiling
23	Fumarole away from the major fissure swarm
25	8.61
29		0.0093
32	14.7
34	2060.0	2e-05
36	2060.0	2e-05
43		[Ar]=[Ar+Kr+Xe]
44		0.023198
45		0.0346
46		0.3952
47		0.5346
48		0.0031
51	-6.2
53	Marty et al., 1991	GIN RAS collection

ICE271

Column	Version 1	Version 2
2	64.025	64.0
3	»
5	1.5	0.0
7	-21.4	-21.2
8	»
10	-24.0	-12.0
11	5.0	01
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Hengill-South, fumarole HEL4	Hveragerdi thermal area (Olfus), spring
16	19870700.0	19730000.0
19		7360.0
21	G/F	G/S
23	Fumarole along the major fissure swarm
25	29.766
32	13.6
34	1910.0	2.5e-05
36	1910.0	2.5e-05
51	-3.3
53	Marty et al., 1991	GIN RAS collection

ICE272

Column	Version 1	Version 2
2	64.0666666667	63.883
3	»
4	64.0	63.0
5	4.0	52.98
7	-20.25	-22.083
8	»
9	-20.0	-22.0
10	-15.0	-4.98
11	5.0	07
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Hengill-South, fumarole HEL5	Krisuvik thermal area, fumarole
16	19870700.0	19840000.0
19		84-3105
21	G/F	M/F
22		267.0
23	Fumarole away from the major fissure swarm
24		8.38e-06
25	9.594
29		0.0005
32	14.1	14.46
33		14.53
34	1970.0	2.0244e-05
36	1970.0	2.0342e-05
37		50.2762430939
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44		0.0542
46		0.0112
47		0.811
48		0.00055
49		0.1221
53	Marty et al., 1991	Poreda et al., 1992

ICE273

Column	Version 1	Version 2
2	64.0666666667	63.883
3	»
4	64.0	63.0
5	4.0	52.98
7	-20.25	-22.083
8	»
9	-20.0	-22.0
10	-15.0	-4.98
11	5.0	01
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Hengill-South, fumarole HEL6	Krisuvik thermal area, Nyihver, spring
16	19870700.0	19720000.0
19		7244a
21	G/F	G/S
22		30.0
23	Fumarole away from the major fissure swarm
25	30.996
29		0.00111
32	13.6
34	1900.0	1.75e-05
36	1900.0	1.75e-05
43		[Ar]=[Ar+Kr+Xe]
44		0.060818
45		0.0043
46		0.0399
47		0.8908
48		0.003
51	-4.5
53	Marty et al., 1991	GIN RAS collection

ICE274

Column	Version 1	Version 2
2	64.025	63.883
3	»
4	64.0	63.0
5	1.5	52.98
7	-21.4	-22.083
8	»
9	-21.0	-22.0
10	-24.0	-4.98
11	5.0	01
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Hengill-South, fumarole HEL7	Krisuvik thermal area, Seltun, spring
16	19880700.0	19720000.0
19		7244.0
21	G/F	G/S
22		90.0
23	Fumarole along the major fissure swarm
25	62.73
29		0.00115
32	14.3
34	2000.0	2.15e-05
36	2000.0	2.15e-05
43		[Ar]=[Ar+Kr+Xe]
44		0.065034
45		0.0009
46		0.0486
47		0.8835
48		0.0008
51	-3.7
53	Marty et al., 1991	GIN RAS collection

ICE275

Column	Version 1	Version 2
2	64.0166666667	63.883
4	64.0	63.0
5	1.0	52.98
7	-21.4	-22.083
9	-21.0	-22.0
10	-24.0	-4.98
11	1.0	08
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Hveradalir (Hellisheidi), spring	Krisuvik thermal area, spring
16	19720000.0	19820802.0
19	7243.0
22	boiling	88.0
24		1.1e-05
26		2e-07
29	730.0	0.00038
34	2150.0	1.89e-05
36	2150.0	1.89e-05
38		30.0
39		9.919
40		0.0291
41		0.1862
42		289.1
43	[Ar]=[Ar+Kr+Xe]	Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	41.0	0.0447
45	26800.0	0.0001
46	142000.0	0.0168
47	788000.0	0.877
48	42200.0	0.00049
49		0.06
50		-33.5
51		-3.6
53	GIN RAS collection	Sano et al., 1985

ICE276

Column	Version 1	Version 2
2	64.0	63.883
4	64.0	63.0
5	0.0	52.98
7	-21.2	-22.083
9	-21.0	-22.0
10	-12.0	-4.98
11	8.0	10.0
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Hveragerdi thermal area (Olfus), fumarole	Krisuvik thermal area, water iss.
16	19820806
19		I4
21	M/F	W/iss.
22	100.0
23		water;sub-glacial glass;basalt sample;
24	36.0
26	0.1
29	100.0
33		13.4
34	1120.0
36	1120.0	1.876e-05
38	110.0
39	9.94
40	2.945
41	0.19
42	301.4
43	Isotopic composition of Kr, Xe, N2, and H2 see in source cited in refeference column
44	10000.0
45	100.0
46	3400.0
47	979000.0
48	130.0
49	7000.0
51	-3.6
53	Sano et al., 1985	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE277

Column	Version 1	Version 2
2	64.0	64.2166666667
5	0.0	13.0
7	-21.2	-20.7333333333
9	-21.0	-20.0
10	-12.0	-44.0
11	5.0	01
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Hveragerdi thermal area (Olfus), fumarole HVG1	Laugarvatn thermal area (Laugardalur), spring
16	19870700.0	19720000.0
19		7239.0
21	/F	G/S
22		100.0
25	16.728
29		0.03963
32	14.9
34	2090.0	2.7e-05
36	2090.0	2.7e-05
43		[Ar]=[Ar+Kr+Xe]
44		9.5e-05
45		0.0199
46		0.8928
47		0.0375
48		0.01
51	-4.1
53	Marty et al., 1991	GIN RAS collection

ICE278

Column	Version 1	Version 2
2	64.0	64.2166666667
5	0.0	13.0
7	-21.2	-20.7333333333
9	-21.0	-20.0
10	-12.0	-44.0
11	5.0	08
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Hveragerdi thermal area (Olfus), fumarole HVG2	Laugarvatn thermal area (Laugardalur), spring
16	19870700.0	19820814
21	/F	W/S
22		100.0
25	16.728
32	14.8
34	2070.0	2.94e-06
36	2070.0	3.883e-06
38		0.79
51	-4.6
53	Marty et al., 1991	Sano et al., 1985

ICE279

Column	Version 1	Version 2
2	64.0	63.817
4	64.0	63.0
5	0.0	49.02
7	-21.2	-22.733
9	-21.0	-22.0
10	-12.0	-43.98
11	7.0	10.0
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Hveragerdi thermal area (Olfus), hole 2	Reykjanes Peninsula's tip
16	19810000.0
19	I-81-22	I3
20		RP
21	M/H	W
22	182.0
23		water;sub-glacial glass;basalt sample;
24	7.8
32	17.69
33	18.09	13.7
34	2476.6
36	2532.6	1.918e-05
37	11.2044198895
44	29000.0
46	87000.0
47	841000.0
48	300.0
49	40000.0
50	-32.4
53	Poreda et al., 1992	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE280

Column	Version 1	Version 2
2	64.0	63.817
4	64.0	63.0
5	0.0	49.02
7	-21.2	-22.733
9	-21.0	-22.0
10	-12.0	-43.98
11	1.0	01
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Hveragerdi thermal area (Olfus), spring	Reykjanes thermal area, fumarole
19	7246.0	7226.0
21	G/S	G/F
29	9300.0	0.00559
34	2000.0	1.75e-05
36	2000.0	1.75e-05
44	232000.0	0.01468
45	346000.0	0.026
46	395200.0	0.204
47	534600.0	0.7493
48	3100.0	0.0004

ICE281

Column	Version 1	Version 2
2	64.0	63.817
4	64.0	63.0
5	0.0	49.02
7	-21.2	-22.733
9	-21.0	-22.0
10	-12.0	-43.98
11	1.0	07
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Hveragerdi thermal area (Olfus), spring	Reykjanes thermal area, fumarole
16	19730000.0	19810000.0
19	7360.0	I-81-20
21	G/S	M/F
22		285.0
24		5.87e-06
29		0.00688
32		14.38
33		14.42
34	2500.0	2.0132e-05
36	2500.0	2.0188e-05
37		82.1657458564
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44		0.00626
45		0.00383
46		0.0225
47		0.9483
48		0.00023
49		0.012
50		-24.7
51		-3.3
53	GIN RAS collection	Poreda et al., 1992

ICE282

Column	Version 1	Version 2
2	63.883	63.817
5	52.98	49.02
7	-22.083	-22.733
10	-4.98	-43.98
11	10.0	07
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Krisuvik thermal area	Reykjanes thermal area, hole 7
16		19810000.0
19	I4	I-81-19
20	-
21	W	M/H
22		248.0
23	water;sub-glacial glass;basalt sample;
24		7.89e-06
29		0.00011
32		14.3
33	13.4	14.62
34		2.002e-05
36	1876.0	2.0468e-05
37	-	11.2044198895
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44		9e-05
46		0.0076
47		0.9631
48		1e-05
49		0.029
50		-21.7
53	University of Cambridge data	Poreda et al., 1992

ICE283

Column	Version 1	Version 2
2	63.883	63.817
5	52.98	49.02
7	-22.083	-22.733
10	-4.98	-43.98
11	7.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Krisuvik thermal area, fumarole	Reykjanes thermal area, hole 8
16	19840000.0	1982-1983
19	84-3105
21	M/F	W/H
22	267.0
24	8.38
29	500.0
32	14.46	12.2
33	14.53	12.2
34	2024.4	1.708e-05
36	2034.2	1.708e-05
37	50.2762430939	727.26981352
44	54200.0
46	11200.0
47	811000.0
48	550.0
49	122100.0
53	Poreda et al., 1992	Hilton et al., 1990

ICE284

Column	Version 1	Version 2
2	63.883	63.817
5	52.98	49.02
7	-22.083	-22.733
10	-4.98	-43.98
11	1.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Krisuvik thermal area, Nyihver, spring	Reykjanes thermal area, hole R-Nes-M
16	19720000.0	1982-1983
19	7244a
21	G/S	G/H
22	30.0
29	1110.0
32		9.9
33		10.3
34	1750.0	1.386e-05
36	1750.0	1.442e-05
37		55.1121794872
43	[Ar]=[Ar+Kr+Xe]
44	60818.0
45	4300.0
46	39900.0
47	890800.0
48	3000.0
53	GIN RAS collection	Hilton et al., 1990

ICE285

Column	Version 1	Version 2
2	63.883	63.817
5	52.98	49.02
7	-22.083	-22.733
10	-4.98	-43.98
11	1.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Krisuvik thermal area, Seltun, spring	Reykjanes thermal area, hole R-Nes-N
16	19720000.0	1982-1983
19	7244.0
21	G/S	G/H
22	90.0
29	1150.0
32		11.0
33		12.0
34	2150.0	1.54e-05
36	2150.0	1.68e-05
37		27.9516317016
43	[Ar]=[Ar+Kr+Xe]
44	65034.0
45	900.0
46	48600.0
47	883500.0
48	800.0
53	GIN RAS collection	Hilton et al., 1990

ICE286

Column	Version 1	Version 2
2	63.883	63.817
5	52.98	49.02
7	-22.083	-22.733
10	-4.98	-43.98
11	8.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Krisuvik thermal area, spring	Reykjanes thermal area, hole R-Nes-S
16	19820802.0	1982-1983
21	G/S	G/H
22	88.0
24	11.0
26	0.2
29	380.0
32		13.9
33		14.4
34	1890.0	1.946e-05
36	1890.0	2.016e-05
37		83.8548951049
38	30.0
39	9.919
40	2.91
41	0.1862
42	289.1
43	Isotopic composition of Kr, Xe, N2, and H2 see in source cited in refeference column
44	44700.0
45	100.0
46	16800.0
47	877000.0
48	490.0
49	60000.0
50	-33.5
51	-3.6
53	Sano et al., 1985	Hilton et al., 1990

ICE287

Column	Version 1	Version 2
2	64.2166666667	63.817
4	64.0	63.0
5	13.0	49.02
7	-20.7333333333	-22.733
9	-20.0	-22.0
10	-44.0	-43.98
11	1.0	08
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Laugarvatn, Laugardalur, spring	Reykjanes thermal area, sping
16	19720000.0	19820802.0
19	7239.0
20		2.0
21	G/S	W/S
22	100.0	97.0
29	39630.0
34	2700.0	5.13e-06
36	2700.0	7.9275e-06
38		0.7
43	[Ar]=[Ar+Kr+Xe]
44	95.0
45	19900.0
46	892800.0
47	37500.0
48	10000.0
53	GIN RAS collection	Sano et al., 1985

ICE288

Column	Version 1	Version 2
2	64.2166666667	63.817
4	64.0	63.0
5	13.0	49.02
7	-20.7333333333	-22.733
9	-20.0	-22.0
10	-44.0	-43.98
11	8.0	08
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Laugarvatn, spring	Reykjanes thermal area, spring
16	19820814	19820802.0
20		1.0
21	W/S	G/S
22	100.0	103.0
24		9e-06
26		1.28e-05
29		0.00756
34	294.0	4.8e-06
35	?
36	388.3	1.0168e-05
38	0.79	0.49
39		9.762
40		0.02925
41		0.1889
42		302.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		0.00047
45		0.17
46		0.701
47		0.119
48		1e-06
49		0.0001
51		-4.3

ICE289

Column	Version 1	Version 2
1		~
2	64.1	63.8666666667
3		~
4	64.0	63.0
5	6.0	52.0
6		~
7	-21.275	-22.5333333333
8		~
9	-21.0	-22.0
10	-16.5	-32.0
11	7.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Nesjavellir (Hengill-North), fumarole	Svartsengi thermal area, hole 10
16	19830000.0	1982-1983
19	I-83-119
21	M/F	G/H
22	281.0
24	13.2
29	510.0
32	15.8	13.0
33	15.86	13.9
34	2212.0	1.82e-05
36	2220.4	1.946e-05
37	61.7679558011	39.5541958042
44	101200.0
46	18600.0
47	762000.0
48	2860.0
49	114700.0
50	-37.3
51	-4.0
53	Poreda et al., 1992	Hilton et al., 1990

ICE290

Column	Version 1	Version 2
1		~
2	64.1	63.8666666667
3		~
4	64.0	63.0
5	6.0	52.0
6		~
7	-21.275	-22.5333333333
8		~
9	-21.0	-22.0
10	-16.5	-32.0
11	5.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Nesjavellir (Hengill-North), fumarole NES1	Svartsengi thermal area, hole 11
16	19870700.0	1982-1983
21	/F	G/H
25	75.03
32	14.7	11.6
33		11.9
34	2060.0	1.624e-05
36	2060.0	1.666e-05
37		89.6561771562
51	-4.6
53	Marty et al., 1991	Hilton et al., 1990

ICE291

Column	Version 1	Version 2
1		~
2	64.1	63.8666666667
3		~
4	64.0	63.0
5	6.0	52.0
6		~
7	-21.275	-22.5333333333
8		~
9	-21.0	-22.0
10	-16.5	-32.0
11	5.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Nesjavellir (Hengill-North), fumarole NES2	Svartsengi thermal area, hole 6
16	19870700.0	1982-1983
21	/F	G/H
25	359.652
32	14.1	13.4
33		13.5
34	1970.0	1.876e-05
36	1970.0	1.89e-05
37		220.976107226
51	-4.2
53	Marty et al., 1991	Hilton et al., 1990

ICE292

Column	Version 1	Version 2
1		~
2	64.1	63.8666666667
3		~
4	64.0	63.0
5	6.0	52.0
6		~
7	-21.275	-22.5333333333
8		~
9	-21.0	-22.0
10	-16.5	-32.0
11	5.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Nesjavellir (Hengill-North), fumarole NES3	Svartsengi thermal area, hole 6
16	19880700.0	1982-1983
21	/F	W/H
25	83.394	3.6e-07
32	14.7	13.6
33		14.0
34	2060.0	1.904e-05
36	2060.0	1.96e-05
37		79.3720862471
51	-4.4
53	Marty et al., 1991	Hilton et al., 1990

ICE293

Column	Version 1	Version 2
1		~
2	64.1	63.8666666667
3		~
4	64.0	63.0
5	6.0	52.0
6		~
7	-21.275	-22.5333333333
8		~
9	-21.0	-22.0
10	-16.5	-32.0
11	5.0	07
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Nesjavellir (Hengill-North), fumarole NES4	Svartsengi thermal area, hole 8
16	19870700.0	19810000.0
19		I-81-21
21	/F	M/H
22		240.0
24		1.2e-05
25	95.94
29		0.00013
32	12.4	13.68
33		15.0
34	1640.0	1.9152e-05
36	1640.0	2.1e-05
37		3.01657458564
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
44		1e-05
45		0.0024
46		0.0105
47		0.9789
48		1e-05
49		0.008
51	-4.2	-2.5
53	Marty et al., 1991	Poreda et al., 1992

ICE294

Column	Version 1	Version 2
1		~
2	64.1	63.8666666667
3		~
4	64.0	63.0
5	6.0	52.0
6		~
7	-21.275	-22.5333333333
8		~
9	-21.0	-22.0
10	-16.5	-32.0
11	5.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Nesjavellir (Hengill-North), fumarole NES5	Svartsengi thermal area, hole 8
16	19870700.0	1982-1983
21	/F	G/H
25	42.066
32	14.6	13.1
33		13.3
34	2040.0	1.834e-05
36	2040.0	1.862e-05
37		173.511072261
51	-3.7
53	Marty et al., 1991	Hilton et al., 1990

ICE295

Column	Version 1	Version 2
1		~
2	64.1	63.8666666667
3		~
4	64.0	63.0
5	6.0	52.0
6		~
7	-21.275	-22.5333333333
8		~
9	-21.0	-22.0
10	-16.5	-32.0
11	5.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Nesjavellir (Hengill-North), fumarole NES6	Svartsengi thermal area, hole 9
16	19870700.0	1982-1983
21	/F	G/H
25	49.2
32	11.9	12.4
33		12.5
34	1670.0	1.736e-05
36	1670.0	1.75e-05
37		370.754662005
51	-4.2
53	Marty et al., 1991	Hilton et al., 1990

ICE296

Column	Version 1	Version 2
1		~
2	64.1	63.8666666667
3		~
4	64.0	63.0
5	6.0	52.0
6		~
7	-21.275	-22.5333333333
8		~
9	-21.0	-22.0
10	-16.5	-32.0
11	5.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Nesjavellir (Hengill-North), hole NG09	Svartsengi thermal area, hole 9
16	19870700.0	1982-1983
21	/H	W/H
25	113.652	2.8e-07
32	14.8	14.2
33		14.3
34	2070.0	1.988e-05
36	2070.0	2.002e-05
37		362.843822844
51	-6.3
53	Marty et al., 1991	Hilton et al., 1990

ICE297

Column	Version 1	Version 2
2	64.1	63.9333333333
4	64.0	63.0
5	6.0	56.0
7	-21.275	-22.1
9	-21.0	-22.0
10	-16.5	-6.0
11	5.0	01
13	South-Western Rift Zone (SWRZ)	SW Iceland (SW Rift Zone, SWRZ)
14	Nesjavellir (Hengill-North), hole NJ11	Trolladingja thermal area, fumarole
16	19870700.0	19730000.0
19		7306.0
21	/H	G
25	19.434
29		0.0029
32	14.5
34	2030.0	1.65e-05
36	2030.0	1.65e-05
43		[Ar]=[Ar+Kr+Xe]
44		0.00672
45		0.0012
46		0.1103
47		0.874
48		0.0048
51	-9.0
53	Marty et al., 1991	GIN RAS collection

ICE298

Column	Version 1	Version 2
2	64.1	63.817
4	64.0	63.0
5	6.0	49.02
7	-21.275	-22.533
9	-21.0	-22.0
10	-16.5	-31.98
11	5.0	10.0
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjanes Pen.
14	Nesjavellir (Hengill-North), hole NJ13	Stapafell water iss., southern Reykjanes Pen.
16	19880700.0
19		I1
20		138413.0
21	/H	W/iss
23		water;sub-glacial glass;basalt sample;hyaloclastite
25	39.114
32	14.6
33		23.9
34	2040.0
36	2040.0	3.346e-05
51	-7.3
53	Marty et al., 1991	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE299

Column	Version 1	Version 2
2	64.1	63.967
4	64.0	63.0
5	6.0	58.02
7	-21.275	-22.5
9	-21.0	-22.0
10	-16.5	-30.0
11	1.0	10.0
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjanes Pen.
14	Nesjavellir (Hengill-North), spring	Stapafell water iss., western Reykjanes Pen.
16	19710000.0
19	7133.0	I2
20		115619.0
21	G/S	W/iss
22	75.0
23		water;sub-glacial glass;basalt sample;hyaloclastite
33		13.8
34	1800.0
36	1800.0	1.932e-05
43	[Ar]=[Ar+Kr+Xe]
44	290.0
45	600.0
46	305100.0
47	580000.0
48	107600.0
52	[CO2]=[CO2+H2S], [N2]=[N2+Ar]
53	GIN RAS collection	DB of Cambridge Un-ty, 1994, coll. H.Kristmansdottir etc.

ICE300

Column	Version 1	Version 2
1		~
2	63.817	64.1666666667
3		~
4	63.0	64.0
5	49.02	10.0
6		~
7	-22.733	-21.7
8		~
9	-22.0	-21.0
10	-43.98	-42.0
11	10.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjavik region
14	Reykjanes Peninsula's tip	Mosfellssveit thermal area, hole MG-16
16		1982-1983
19	I3
20	RP
21	W	W/H
23	water;sub-glacial glass;basalt sample;
25		1.18e-06
32		13.7
33	13.7	14.4
34		1.918e-05
36	1918.0	2.016e-05
37	-	50.8930652681
53	University of Cambridge data	Hilton et al., 1990

ICE301

Column	Version 1	Version 2
1		~
2	63.817	64.1666666667
3		~
4	63.0	64.0
5	49.02	10.0
6		~
7	-22.733	-21.7
8		~
9	-22.0	-21.0
10	-43.98	-42.0
11	1.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjavik region
14	Reykjanes thermal area, fumarole	Mosfellssveit thermal area, hole MG-17
16	19720000.0	1982-1983
19	7226.0
21	G/F	W/H
22	boiling
25		3.7e-07
29	5590.0
32		12.6
33		14.1
34	1750.0	1.764e-05
36	1750.0	1.974e-05
37		23.2051282051
43	[Ar]=[Ar+Kr+Xe]
44	14680.0
45	26000.0
46	204000.0
47	749300.0
48	400.0
53	GIN RAS collection	Hilton et al., 1990

ICE302

Column	Version 1	Version 2
1		~
2	63.817	64.1666666667
3		~
4	63.0	64.0
5	49.02	10.0
6		~
7	-22.733	-21.7
8		~
9	-22.0	-21.0
10	-43.98	-42.0
11	7.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjavik region
14	Reykjanes thermal area, fumarole	Mosfellssveit thermal area, hole MG-18
16	19810000.0	1982-1983
19	I-81-20
21	M/F	W/H
22	285.0
24	5.87
25		3.3e-07
29	6880.0
32	14.38	12.0
33	14.42	14.1
34	2013.2	1.68e-05
36	2018.8	1.974e-05
37	82.1657458564	16.6127622378
44	6260.0
45	3830.0
46	22500.0
47	948300.0
48	230.0
49	12000.0
50	-24.7
51	-3.3
53	Poreda et al., 1992	Hilton et al., 1990

ICE303

Column	Version 1	Version 2
1		~
2	63.817	64.1666666667
3		~
4	63.0	64.0
5	49.02	10.0
6		~
7	-22.733	-21.7
8		~
9	-22.0	-21.0
10	-43.98	-42.0
11	7.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjavik region
14	Reykjanes thermal area, hole 7	Mosfellssveit thermal area, hole MG-35
16	19810000.0	1982-1983
19	I-81-19
21	M/H	W/H
22	248.0
24	7.89
25		1.02e-06
29	110.0
32	14.3	13.5
33	14.62	14.0
34	2002.0	1.89e-05
36	2046.8	1.96e-05
37	11.2044198895	63.2867132867
44	90.0
46	7600.0
47	963100.0
48	10.0
49	29000.0
50	-21.7
53	Poreda et al., 1992	Hilton et al., 1990

ICE304

Column	Version 1	Version 2
1		~
2	63.817	64.1666666667
3		~
4	63.0	64.0
5	49.02	10.0
6		~
7	-22.733	-21.7
8		~
9	-22.0	-21.0
10	-43.98	-42.0
11	3.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjavik region
14	Reykjanes thermal area, hole 8	Mosfellssveit thermal area, hole MG-37
25		9e-08
32	12.2	13.9
33	12.2	14.4
34	1708.0	1.946e-05
36	1708.0	2.016e-05
37	727.26981352	72.7797202797

ICE305

Column	Version 1	Version 2
1		~
2	63.817	64.1666666667
3		~
4	63.0	64.0
5	49.02	10.0
6		~
7	-22.733	-21.7
8		~
9	-22.0	-21.0
10	-43.98	-42.0
11	3.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjavik region
14	Reykjanes thermal area, hole R-Nes-M	Mosfellssveit thermal area, hole MG-5
21	G/H	W/H
25		5.2e-07
32	9.9	13.1
33	10.3	14.1
34	1386.0	1.834e-05
36	1442.0	1.974e-05
37	55.1121794872	32.4344405594

ICE306

Column	Version 1	Version 2
1		~
2	63.817	64.1666666667
3		~
4	63.0	64.0
5	49.02	10.0
6		~
7	-22.733	-21.7
8		~
9	-22.0	-21.0
10	-43.98	-42.0
11	3.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjavik region
14	Reykjanes thermal area, hole R-Nes-N	Mosfellssveit thermal area, hole MG-5
21	G/H	W/H
25		4.9e-07
32	11.0	12.8
33	12.0	14.0
34	1540.0	1.792e-05
36	1680.0	1.96e-05
37	27.9516317016	28.479020979

ICE307

Column	Version 1	Version 2
1		~
2	63.817	64.1666666667
3		~
4	63.0	64.0
5	49.02	10.0
6		~
7	-22.733	-21.7
8		~
9	-22.0	-21.0
10	-43.98	-42.0
11	3.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjavik region
14	Reykjanes thermal area, hole R-Nes-S	Reykjavik thermal area, hole G-35
21	G/H	W/H
25		4.8e-07
32	13.9	11.2
33	14.4	13.0
34	1946.0	1.568e-05
36	2016.0	1.82e-05
37	83.8548951049	18.1949300699

ICE308

Column	Version 1	Version 2
1		~
2	63.817	64.1666666667
3		~
4	63.0	64.0
5	49.02	10.0
6		~
7	-22.733	-21.7
8		~
9	-22.0	-21.0
10	-43.98	-42.0
11	8.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjavik region
14	Reykjanes thermal area, sping	Reykjavik thermal area, hole G-37
16	19820802.0	1982-1983
20	2.0
21	W/S	W/H
22	97.0
25		2.6e-07
32		9.7
33		12.3
34	513.0	1.358e-05
36	792.75	1.722e-05
37		11.6025641026
38	0.7
53	Sano et al., 1985	Hilton et al., 1990

ICE309

Column	Version 1	Version 2
1		~
2	63.817	64.1666666667
3		~
4	63.0	64.0
5	49.02	10.0
6		~
7	-22.733	-21.7
8		~
9	-22.0	-21.0
10	-43.98	-42.0
11	8.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjavik region
14	Reykjanes thermal area, spring	Reykjavik thermal area, hole G-5
16	19820802.0	1982-1983
20	1.0
21	G/S	W/H
22	103.0
24	9.0
25		3.4e-07
26	12.8
29	7560.0
32		11.0
33		12.7
34	480.0	1.54e-05
36	1016.8	1.778e-05
37		17.6675407925
38	0.49
39	9.762
40	2.925
41	0.1889
42	302.0
43	Isotopic composition of N2 and H2 see in source cited in refeference column
44	470.0
45	170000.0
46	701000.0
47	119000.0
48	1.0
49	100.0
51	-4.3
53	Sano et al., 1985	Hilton et al., 1990

ICE310

Column	Version 1	Version 2
1		~
2	63.8666666667	64.1666666667
3	»	~
4	63.0	64.0
5	52.0	10.0
6		~
7	-22.5333333333	-21.7
8	»	~
9	-22.0	-21.0
10	-32.0	-42.0
11	3.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjavik region
14	Svartsengi thermal area, hole 10	Reykjavik thermal area, hole RG-30
21	G/H	W/H
25		3.3e-07
32	13.0	11.0
33	13.9	13.3
34	1820.0	1.54e-05
36	1946.0	1.862e-05
37	39.5541958042	13.9758158508

ICE311

Column	Version 1	Version 2
1		~
2	63.8666666667	64.1666666667
3	»	~
4	63.0	64.0
5	52.0	10.0
6		~
7	-22.5333333333	-21.7
8	»	~
9	-22.0	-21.0
10	-32.0	-42.0
11	3.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjavik region
14	Svartsengi thermal area, hole 11	Reykjavik thermal area, hole RG-31
21	G/H	W/H
25		9e-07
32	11.6	9.8
33	11.9	12.8
34	1624.0	1.372e-05
36	1666.0	1.792e-05
37	89.6561771562	10.2840909091

ICE312

Column	Version 1	Version 2
1		~
2	63.8666666667	64.1666666667
3	»	~
4	63.0	64.0
5	52.0	10.0
6		~
7	-22.5333333333	-21.7
8	»	~
9	-22.0	-21.0
10	-32.0	-42.0
11	3.0	09
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjavik region
14	Svartsengi thermal area, hole 6	Reykjavik, thermal area, hole E-5
16	1982-1983	19770600.0
19		G-31
20		2.0
21	G/H	W/H
25		2.01e-07
32	13.4	10.7
33	13.5
34	1876.0	1.48e-05
36	1890.0	1.48e-05
37	220.976107226
53	Hilton et al., 1990	Torgersen & Jenkins, 1982

ICE313

Column	Version 1	Version 2
1		~
2	63.8666666667	64.1666666667
3	»	~
4	63.0	64.0
5	52.0	10.0
6		~
7	-22.5333333333	-21.7
8	»	~
9	-22.0	-21.0
10	-32.0	-42.0
11	3.0	09
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjavik region
14	Svartsengi thermal area, hole 6	Reykjavik, thermal area, hole E-5
16	1982-1983	19770600.0
19		G-31
20		1.0
25	0.36	2.01e-07
32	13.6	11.6
33	14.0
34	1904.0	1.6e-05
36	1960.0	1.6e-05
37	79.3720862471
53	Hilton et al., 1990	Torgersen & Jenkins, 1982

ICE314

Column	Version 1	Version 2
1		~
2	63.8666666667	64.1666666667
3	»	~
4	63.0	64.0
5	52.0	10.0
6		~
7	-22.5333333333	-21.7
8	»	~
9	-22.0	-21.0
10	-32.0	-42.0
11	3.0	09
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjavik region
14	Svartsengi thermal area, hole 8	Reykjavik, thermal area, hole U-5
16	1982-1983	19770600.0
19		G-10
21	G/H	W/H
25		1.72e-07
32	13.1	12.7
33	13.3
34	1834.0	1.76e-05
36	1862.0	1.76e-05
37	173.511072261
53	Hilton et al., 1990	Torgersen & Jenkins, 1982

ICE315

Column	Version 1	Version 2
2	63.8666666667	63.9466666667
3	»
5	52.0	56.8
7	-22.5333333333	-20.9583333333
8	»
9	-22.0	-20.0
10	-32.0	-57.5
11	7.0	02
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjavik region
14	Svartsengi thermal area, hole 8	Selfoss, hole W9
16	19810000.0	19790115
19	I-81-21	2.0
21	M/H	W/H
22	240.0	62.0
23		T bottom 74 oC
24	12.0
25		1.38e-06
29	130.0
32	13.68	18.9
33	15.0
34	1915.2	2.646e-05
35		≥
36	2100.0	2.646e-05
37	3.01657458564
44	10.0
45	2400.0
46	10500.0
47	978900.0
48	10.0
49	8000.0
51	-2.5
53	Poreda et al., 1992	Hauksson and Goddard, 1981

ICE316

Column	Version 1	Version 2
2	63.8666666667	63.9466666667
3	»
5	52.0	56.8
7	-22.5333333333	-20.9583333333
8	»
9	-22.0	-20.0
10	-32.0	-57.5
11	3.0	07
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjavik region
14	Svartsengi thermal area, hole 9	Selfoss, well
16	1982-1983
19		79-4
22		62.0
23		T bottom 74 oC
32	12.4	18.3
33	12.5	18.7
34	1736.0	2.562e-05
36	1750.0	2.618e-05
37	370.754662005	11.49
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
53	Hilton et al., 1990	Poreda et al., 1992

ICE317

Column	Version 1	Version 2
1		~
2	63.8666666667	64.1333333333
3	»	~
4	63.0	64.0
5	52.0	8.0
6		~
7	-22.5333333333	-21.95
8	»	~
9	-22.0	-21.0
10	-32.0	-57.0
11	3.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjavik region
14	Svartsengi thermal area, hole 9	Seltjarnarnes low-temperature area, hole SN-4
25	0.28	5.3e-07
32	14.2	12.0
33	14.3	13.1
34	1988.0	1.68e-05
36	2002.0	1.834e-05
37	362.843822844	29.2701048951

ICE318

Column	Version 1	Version 2
1		~
2	63.9333333333	64.1333333333
3		~
4	63.0	64.0
5	56.0	8.0
6		~
7	-22.1	-21.95
8		~
9	-22.0	-21.0
10	-6.0	-57.0
11	1.0	03
13	South-Western Rift Zone (SWRZ)	SW Iceland, Reykjavik region
14	Trolladingja, fumarole	Seltjarnarnes low-temperature area, hole SN-4
16	19730000.0	1982-1983
19	7306.0
21	G	W/H
25		1.06e-06
29	2900.0
32		12.7
33		14.0
34	1650.0	1.778e-05
36	1650.0	1.96e-05
37		27.4242424242
43	[Ar]=[Ar+Kr+Xe]
44	6720.0
45	1200.0
46	110300.0
47	874000.0
48	4800.0
53	GIN RAS collection	Hilton et al., 1990

ICE319

Column	Version 1	Version 2
1		~
2	63.4166666667	64.1333333333
3		~
4	63.0	64.0
5	25.0	8.0
6		~
7	-20.2833333333	-21.95
8		~
9	-20.0	-21.0
10	-17.0	-57.0
11	1.0	03
13	Vestmannaeyar Isls.	SW Iceland, Reykjavik region
14	Heimaey Isl., Eldfell volcano, fumarole	Seltjarnarnes low-temperature area, hole SN-5
16	19730510	1982-1983
19	7300.0
21	G/F	W/H
22	1050.0
23	coll. B.Arnason
25		5.8e-07
32		12.2
33		13.7
34	1800.0	1.708e-05
36	1800.0	1.918e-05
37		22.1503496503
44	502000.0
45	8000.0
46	22000.0
47	460000.0
48	4000.0
52	in %mol*103; [CO2]=[CO2+SO2]
53	GIN RAS collection	Hilton et al., 1990

ICE320

Column	Version 1	Version 2
1		~
2	63.4166666667	64.1333333333
3		~
4	63.0	64.0
5	25.0	8.0
6		~
7	-20.2833333333	-21.95
8		~
9	-20.0	-21.0
10	-17.0	-57.0
11	1.0	07
13	Vestmannaeyar Isls.	SW Iceland, Reykjavik region
14	Heimaey Isl., hole	Seltjarnes, hole
16	19750000.0	19810000.0
19	E-6	I-81-10
22		114.0
23	coll. E.Vakin
24		2.7e-05
29		0.01685
32		15.4
33		15.76
34	1310.0	2.156e-05
36	1310.0	2.2064e-05
37		9.7679558011
43		He/Ne ratio calculated according (He/Ne)/(He/Ne)air indicated in the data source [7]
45		0.00238
46		0.9068
47		0.0726
48		0.00136
51		-22.6
52		[CO2]=[CO2+H2S]
53	GIN RAS collection	Poreda et al., 1992

ICE321

Column	Version 1	Version 2
11	1.0	01
14	Heimaey Isl., hole	Heimaey Isl., Eldfell volcano, fumarole
16	19730000.0	19730510
19	7301.0	7300.0
21	G/H	G/F
22	37.0	1050.0
23		collected by B.Arnason
29	12900.0
34	2000.0	1.8e-05
36	2000.0	1.8e-05
43	[Ar]=[Ar+Kr+Xe]
44	6.0	0.502
45	900.0	0.008
46	815400.0	0.022
47	160000.0	0.46
48	7300.0	0.004

ICE322

Column	Version 1	Version 2
2	63.3	63.4166666667
5	18.0	25.0
7	-20.6166666667	-20.2833333333
10	-37.0	-17.0
11	1.0	01
14	Surtsey volcano	Heimaey Isl., hole
16	19640000.0	19730000.0
19		7301.0
21	G/F	G/H
22		37.0
23	coll. B.Arnason
29		0.0129
34	140.0	2e-05
35	?
36	140.0	2e-05
43		[Ar]=[Ar+Kr+Xe]
44		6e-06
45		0.0009
46		0.8154
47		0.16
48		0.0073

ICE323

Column	Version 1	Version 2
2	63.3	63.4166666667
5	18.0	25.0
7	-20.6166666667	-20.2833333333
10	-37.0	-17.0
11	1.0	01
14	Surtsey volcano	Heimaey Isl., hole
16	19660000.0	19750000.0
19		E-6
21	G/F	G/H
23	coll. B.Arnason	collected by E.A. Vakin
34	550.0	1.31e-05
35	>=
36	550.0	1.31e-05

ICE324

Column	Version 1	Version 2
2	64.0583333333	63.3
4	64.0	63.0
5	3.5	18.0
7	-17.05	-20.6166666667
9	-17.0	-20.0
10	-3.0	-37.0
11	7.0	01
13		Vestmannaeyar Isls.
14	Baejarstadaskogur, hole	Surtsey volcano, fumarole
16	19850000.0
19	85-3089
21	W/H	G/F
22	70.0
23		collected by B.Arnason
24	66.5
29	5050.0
32	13.57
33	13.76
34	1899.8	1.4e-06
36	1926.4
37	16.3756906077
45	17060.0
46	192100.0
47	785700.0
48	36.0
52	[CO2]=[CO2+H2S]
53	Poreda et al., 1992	GIN RAS collection

ITA001

Column	Version 1	Version 2
2	41.633	43.5983333333
4	41.0	43.0
5	37.98	35.9
7	16.233	10.7133333333
9	16.0	10.0
10	13.98	42.8
11	44.0	21.0
13	Apennines Chain	Apennines Northern
14	Contursi Spr.	Baccanella Spr.
16	19980524.0
19		108.0
21	G	G/S
22		16.0
24	5.0	0.000246
26		2.56e-07
29		0.000855
32	1.35	0.05
33	1.35	0.04
34	189.0	7e-08
36	189.0	5.6e-08
37		39.0
38	28.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		1e-07
45		7e-05
46	5000.0	0.0225
47	995000.0	0.9644
48	1000.0	0.01359
49		5e-05
51	-1.5	-7.0
53	Caracausi et al., 2013, in press	Minissale et al, 2000

ITA002

Column	Version 1	Version 2
2	40.9	43.2983333333
4	40.0	43.0
5	54.0	17.9
7	15.85	11.6033333333
9	15.0	11.0
10	51.0	36.2
11	44.0	21.0
13	Apennines Chain	Apennines Northern
14	Maschito Spr.	Bagni Freddi Spr.
16	20050728.0
19		69.0
21	G	G/S
22		27.0
24	50.0	1e-06
26		1.31e-06
29		0.000133
32	4.61	0.43
33	4.61	0.13
34	645.4	6.02e-07
36	645.4	1.82e-07
37		0.8
38	943.0
44		1e-06
45	1000.0	0.00056
46	19100.0	0.0065
47	970100.0	0.9927
48	4200.0	2e-05
49		0.000139
51	-1.4	-7.54
53	Caracausi et al., 2013, in press	Minissale et al, 2000

ITA003

Column	Version 1	Version 2
2	40.4466666667	43.8166666667
4	40.0	43.0
5	26.8	49.0
7	15.05	11.96
9	15.0	11.0
10	3.0	57.6
11	44.0	21.0
13	Apennines Chain	Apennines Northern
14	Paestum	Bagno Romagna Spr.
16	20060308.0
19		215.0
21	G	G/S
22		43.0
24	174.0	6.5e-05
26		1.391e-06
29		0.001468
32	0.77	0.03
33	0.75	0.02
34	107.8	4.2e-08
36	105.0	2.8e-08
37		48.6
38	6.1
44		2e-06
45	12700.0	0.00095
46	863400.0	0.0955
47	114000.0	0.0023
48		0.899045
50		-56.2
51	-9.3
53	Caracausi et al., 2013, in press	Minissale et al, 2000

ITA004

Column	Version 1	Version 2
2	41.0491666667	44.3083333333
4	41.0	44.0
5	2.95	18.5
7	15.9083333333	11.7366666667
9	15.0	11.0
10	54.5	44.2
11	44.0	21.0
13	Apennines Chain	Apennines Northern
14	Pozzo Fore Spr.	Bergullo mud cone
16	20050921.0
19		145.0
21	W	G/mv
22		29.0
24		4e-06
26		8.37e-07
29		0.0001
32	2.99	0.45
33		0.42
34		6.3e-07
36		5.88e-07
37		4.9
38	68.26
42		328.0
44		2e-06
45		0.00019
46		0.0042
47		0.0012
48		0.99383
50		-69.7
53	Caracausi et al., 2013, in press	Minissale et al, 2000

ITA005

Column	Version 1	Version 2
2	40.7541666667	43.4416666667
4	40.0	43.0
5	45.25	26.5
7	15.653	10.7166666667
9	15.0	10.0
10	39.18	43.0
11	44.0	21.0
13	Apennines Chain	Apennines Northern
14	S. Cataldo Spr.	Borboi Spr.
16	20060612.0
19		100.0
21	G	G/S
22		12.0
24	262.0	1.8e-05
26		5.4e-08
29		4.6e-05
32	0.1	0.07
33	0.08	0.07
34	14.0	9.8e-08
36	11.2	9.8e-08
37		232.0
38	14.9
42		370.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		1.9e-05
45	2000.0	0.00068
46	731000.0	0.0194
47	10300.0	0.9599
48	248000.0	0.019832
50		-29.6
51	-12.5	-9.31
53	Caracausi et al., 2013, in press	Minissale et al, 2000

ITA006

Column	Version 1	Version 2
1		~
2	40.7541666667	43.6333333333
3		~
4	40.0	43.0
5	45.25	38.0
6		~
7	15.653	11.9833333333
8		~
9	15.0	11.0
10	39.18	59.0
11	44.0	21.0
13	Apennines Chain	Apennines Northern
14	S. Cataldo Spr.	Caprese 1 Spr.
16	20061219.0
19		104.0
21	G	G/S
24	187.0	2.9e-05
26		1.1e-08
29		1.9e-05
32	0.11	0.03
33	0.09	0.03
34	15.4	4.2e-08
36	12.6	4.2e-08
37		2812.0
38	18.2
42		378.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		8.6e-05
45	700.0	4e-05
46	729000.0	0.0499
47	11800.0	0.9479
48	261000.0	0.00195
49		5.3e-05
50		-38.5
51	n.m.	-4.21
53	Caracausi et al., 2013, in press	Minissale et al, 2000

ITA007

Column	Version 1	Version 2
2	40.7541666667	43.1833333333
4	40.0	43.0
5	45.25	11.0
7	15.653	11.11
9	15.0	11.0
10	39.18	6.6
11	44.0	21.0
13	Apennines Chain	Apennines Northern
14	S. Cataldo Spr.	Castelletto Spr.
16	20070828.0
19		26.0
21	G	G/S
22		10.0
24	208.0	2.4e-05
26		5.19e-07
29		7.8e-05
32	0.1	1.31
33	0.08	1.31
34	14.0	1.834e-06
36	11.2	1.834e-06
37		72.9
38	19.5
42		295.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		2e-06
45	1400.0	0.0001
46	729000.0	0.0205
47	11000.0	0.9378
48	248000.0	0.041434
50		-23.6
51	n.m.	-4.31
53	Caracausi et al., 2013, in press	Minissale et al, 2000

ITA008

Column	Version 1	Version 2
1		~
2	40.7083333333	44.2083333333
3		~
4	40.0	44.0
5	42.5	12.5
6		~
7	15.2222166667	10.7916666667
8		~
9	15.0	10.0
10	13.333	47.5
11	44.0	21.0
13	Apennines Chain	Apennines Northern
14	San Sisto Spr.	Fanano mud cone
16	20060613.0
19		214.0
21	G	G/mv
24	21.5	3e-05
26		1.495e-06
29		0.000127
32	1.27	0.09
33	1.27	0.07
34	177.8	1.26e-07
36	177.8	9.8e-08
37		20.9
38	263.0
44		2e-06
45	1200.0	0.00072
46	31800.0	0.0084
47	965000.0	0.0057
48	3100.0	0.981765
50		-30.5
51	0.8
53	Caracausi et al., 2013, in press	Minissale et al, 2000

ITA009

Column	Version 1	Version 2
2	40.7083333333	43.1416666667
4	40.0	43.0
5	42.5	8.5
7	15.2222166667	10.815
9	15.0	10.0
10	13.333	48.9
11	44.0	21.0
13	Apennines Chain	Apennines Northern
14	San Sisto Spr.	Lago steam iss. (Larderello)
16	20070118.0
19		37.0
21	G	G/F
22		98.0
24	19.3	1e-06
26		9.291e-06
29		0.001484
32	1.28	1.87
33	1.28	2.83
34	179.2	2.618e-06
36	179.2	3.962e-06
37		0.6
38	1447.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		0.042883
45		0.0004
46	24900.0	0.0748
47	982000.0	0.8714
48	3000.0	0.007353
49		0.001621
51	n.m.	-0.26
53	Caracausi et al., 2013, in press	Minissale et al, 2000

ITA010

Column	Version 1	Version 2
2	40.7083333333	43.1866666667
4	40.0	43.0
5	42.5	11.2
7	15.2222166667	10.8416666667
9	15.0	10.0
10	13.333	50.5
11	44.0	02
13	Apennines Chain	Apennines Northern
14	San Sisto Spr.	Le Prata 1 steam iss. (Larderello)
16	20070423.0
20		ITL15
21	G	W
22		66.9
24	17.8
25		9e-08
32	1.33	1.73
33	1.33	2.53
34	186.2	2.422e-06
36	186.2	3.542e-06
37		0.55
38	1395.0
44		0.018024
46	25500.0
47	975000.0
48	3100.0
51	n.m.
53	Caracausi et al., 2013, in press	Hooker et al., 1985a

ITA011

Column	Version 1	Version 2
2	40.5666666667	43.275
4	40.0	43.0
5	34.0	16.5
7	15.6883333333	11.8716666667
9	15.0	11.0
10	41.3	52.3
11	44.0	21.0
13	Apennines Chain	Apennines Northern
14	Tito Spr.	Micciano Spr.
16	20060709.0
19		130.0
21	W	G/S
22		15.0
24		1.6e-05
26		1.355e-06
29		7.3e-05
32	0.14	1.23
33		1.23
34		1.722e-06
36		1.722e-06
37		15.2
38	13.98
42		295.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		1.3e-05
45		0.00026
46		0.0109
47		0.962
48		0.013124
49		0.013641
50		-26.5
51		-6.06
53	Caracausi et al., 2013, in press	Minissale et al, 2000

ITA012

Column	Version 1	Version 2
2	40.5666666667	43.3883333333
4	40.0	43.0
5	34.0	23.3
7	15.6883333333	11.01
9	15.0	11.0
10	41.3	0.6
11	44.0	21.0
13	Apennines Chain	Apennines Northern
14	Tito Spr.	Montemiccioli Spr.
16	20061219.0
19		99.0
21	W	G/S
22		18.0
24		3.3e-05
26		7.6e-08
29		3.1e-05
32	0.14	1.29
33		1.29
34		1.806e-06
36		1.806e-06
37		136.0
38	9.67
42		323.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		2e-06
45		0.00027
46		0.0445
47		0.9168
48		0.036781
49		0.001557
50		-27.8
51		-7.26
53	Caracausi et al., 2013, in press	Minissale et al, 2000

ITA013

Column	Version 1	Version 2
2	40.5666666667	43.665
4	40.0	43.0
5	34.0	39.9
7	15.6883333333	11.0766666667
9	15.0	11.0
10	41.3	4.6
11	44.0	21.0
13	Apennines Chain	Apennines Northern
14	Tito Spr.	Montespertoli Spr.
16	20070929.0
19		102.0
21	W	G/S
22		14.0
24		0.000134
26		1.946e-06
29		6.9e-05
32	0.15	0.03
33		0.02
34		4.2e-08
36		2.8e-08
37		64.1
38	9.42
42		295.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		2e-06
45		0.00097
46		0.0434
47		0.9485
48		0.006944
51		-6.58
53	Caracausi et al., 2013, in press	Minissale et al, 2000

ITA014

Column	Version 1	Version 2
2	40.8721666667	44.5116666667
4	40.0	44.0
5	52.33	30.7
7	15.65	10.8233333333
9	15.0	10.0
10	39.0	49.4
11	44.0	21.0
13	Apennines Chain	Apennines Northern
14	Vulture Mt. A	Nirano mud cone
16	20030526.0
19		142.0
21	G	G/mv
22		26.0
24	1.3	2.9e-05
26		6e-07
29		0.0002
32	4.32	0.04
33	4.38	0.03
34	604.8	5.6e-08
36	613.2	4.2e-08
37		35.5
38	16.9
42		326.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		8e-06
45		5e-05
46	9800.0	0.0132
47	990000.0	0.0066
48	5.7	0.979552
50		-46.0
51	-6.2
53	Caracausi et al., 2013, in press	Minissale et al, 2000

ITA015

Column	Version 1	Version 2
2	40.8721666667	43.5
4	40.0	43.0
5	52.33	30.0
7	15.65	10.8716666667
9	15.0	10.0
10	39.0	52.3
11	44.0	21.0
13	Apennines Chain	Apennines Northern
14	Vulture Mt. A	Palagio Spr.
16	20040316.0
19		57.0
21	G	G/S
22		22.0
24	1.2	1e-06
26		2.95e-07
29		0.000195
32	4.53	2.33
33	4.64	2.79
34	634.2	3.262e-06
36	649.6	3.906e-06
37		1.1
38	10.9
42		295.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		3e-06
45		0.00318
46	10400.0	0.0083
47	990000.0	0.9884
48	6.0	6e-06
51	-5.8	-10.3
53	Caracausi et al., 2013, in press	Minissale et al, 2000

ITA016

Column	Version 1	Version 2
2	40.9466666667	43.27
4	40.0	43.0
5	56.8	16.2
7	15.5716666667	11.1483333333
9	15.0	11.0
10	34.3	8.9
11	44.0	21.0
13	Apennines Chain	Apennines Northern
14	Vulture Mt. D	Palazzo Piano Spr.
16	20040316.0
19		58.0
21	G	G/S
22		11.0
24	0.5	4.6e-05
26		1.42e-06
29		0.000313
32	6.13	1.44
33	6.28	1.44
34	858.2	2.016e-06
36	879.2	2.016e-06
37		50.1
38	11.2
42		295.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		0.000457
45	2000.0	2e-05
46	3700.0	0.0679
47	994000.0	0.8633
48	4.0	0.066167
49		0.001811
50		-22.6
51	-3.2	-4.66
53	Caracausi et al., 2013, in press	Minissale et al, 2000

ITA017

Column	Version 1	Version 2
2	40.915	43.4816666667
4	40.0	43.0
5	54.9	28.9
7	15.5721666667	11.6883333333
9	15.0	11.0
10	34.33	41.3
11	44.0	21.0
13	Apennines Chain	Apennines Northern
14	Vulture Mt. В	Pergine Spr.
16	20020328.0
19		127.0
21	G	G/S
22		11.0
24	1.4	3.4e-05
26		6.9e-08
29		1.3e-05
32	5.64	0.04
33	5.87	0.04
34	789.6	5.6e-08
36	821.8	5.6e-08
37		333.0
38	6.8
42		328.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		2e-06
45	4600.0	0.00038
46	11700.0	0.0371
47	984000.0	0.9596
48		0.002854
51	-4.8	-6.93
53	Caracausi et al., 2013, in press	Minissale et al, 2000

ITA018

Column	Version 1	Version 2
2	40.915	43.5666666667
4	40.0	43.0
5	54.9	34.0
7	15.5721666667	10.42
9	15.0	10.0
10	34.33	25.2
11	44.0	21.0
13	Apennines Chain	Apennines Northern
14	Vulture Mt. В	Piersanti Spr.
16	20030526.0
19		110.0
21	G	G/S
22		16.0
24	2.8	6e-06
26		9.65e-07
29		7.5e-05
32	5.73	0.16
33	5.77	0.14
34	802.2	2.24e-07
36	807.8	1.96e-07
37		13.3
38	37.2
42		295.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		4e-06
45		0.00048
46	11700.0	0.0047
47	988000.0	0.9913
48	3.5	0.003404
51	-5.0	-6.71
53	Caracausi et al., 2013, in press	Minissale et al, 2000

ITA019

Column	Version 1	Version 2
1		~
2	40.8903333333	44.165
3		~
4	40.0	44.0
5	53.42	9.9
6		~
7	15.6683333333	11.3366666667
8		~
9	15.0	11.0
10	40.1	20.2
11	44.0	21.0
13	Apennines Chain	Apennines Northern
14	Vulture Mt. С	Pietramala mud cone
16	20011026.0
19		213.0
21	G	G/mv
24	2.8	2e-05
26		4e-08
29		2.1e-05
32	6.13	0.02
33	6.35	0.02
34	858.2	2.8e-08
36	889.0	2.8e-08
37		800.0
38	7.6
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		1e-06
45	6700.0	0.00024
46	28400.0	0.0022
47	965000.0	0.0087
48		0.934871
50		-36.6
51	-4.1
53	Caracausi et al., 2013, in press	Minissale et al, 2000

ITA020

Column	Version 1	Version 2
1		~
2	40.8166666667	44.0
3		~
4	40.0	44.0
5	49.0	0.0
6		~
7	14.0833333333	11.8333333333
8		~
9	14.0	11.0
10	5.0	50.0
11	4,36	21.0
13	CAMPANIAN Volcanic Province	Apennines Northern
14	Campi Flegrei Caldera, Le Fumosa (submarine iss.)	Portico mud cone
16	19860529.0
19		146.0
21	G	G/mv
22	100.0	28.0
24	4.0	0.002745
26		4.57e-07
29		0.000603
32	2.09	0.3
33	2.41	0.3
34	392.0	4.2e-07
36	337.4	4.2e-07
37		2623.0
38	4.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	12.0	2e-06
45	230.0	0.00039
46	12000.0	0.3623
47	984000.0	0.0047
48	200.0	0.605426
49	400.0
50		-38.1
52	[O2]=[O2+Ar]
53	Tedesco et al., 1990; NobleGasDate	Minissale et al, 2000

ITA021

Column	Version 1	Version 2
2	40.8166666667	44.5566666667
4	40.0	44.0
5	49.0	33.4
7	14.0833333333	10.5766666667
9	14.0	10.0
10	5.0	34.6
11	4,36	21.0
13	CAMPANIAN Volcanic Province	Apennines Northern
14	Campi Flegrei Caldera, Le Fumosa (submarine iss.)	Regnano mud cone
16	19860506.0
19		141.0
21	G	G/mv
22	100.0	29.0
24	6.0	6.3e-05
26		1.482e-06
29		7.4e-05
32	2.4	0.23
33	2.46	0.21
34	336.0	3.22e-07
36	344.4	2.94e-07
37		13.7
38	25.0
42		295.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		1e-06
45	120.0	0.00015
46	12000.0	0.0049
47	983000.0	0.0114
48	2100.0	0.974137
49	400.0
50		-44.9
52	[O2]=[O2+Ar]
53	Tedesco et al., 1990; NobleGasDate	Minissale et al, 2000

ITA022

Column	Version 1	Version 2
2	40.8166666667	44.62
4	40.0	44.0
5	49.0	37.2
7	14.0833333333	10.3383333333
9	14.0	10.0
10	5.0	20.3
11	4,36	21.0
13	CAMPANIAN Volcanic Province	Apennines Northern
14	Campi Flegrei Caldera, Le Fumosa (submarine iss.)	Torre mud cone
16	19860529.0
19		139.0
21	G	G/mv
22	100.0	25.0
24	3.0	1.3e-05
26		1.82e-07
29		7.4e-05
32	2.55	1.1
33	2.62	1.1
34	357.0	1.54e-06
36	366.8	1.54e-06
37		80.1
38	24.0
42		370.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	19.0	2e-06
45	2800.0	0.00044
46	3000.0	0.004
47	995000.0	0.0273
48	1200.0	0.96789
49	400.0
50		-39.1
52	[O2]=[O2+Ar]
53	Tedesco et al., 1990; NobleGasDate	Minissale et al, 2000

ITA023

Column	Version 1	Version 2
2	40.8166666667	43.1833333333
4	40.0	43.0
5	49.0	11.0
7	14.0833333333	11.7166666667
9	14.0	11.0
10	5.0	43.0
11	4,36	21.0
13	CAMPANIAN Volcanic Province	Apennines Northern
14	Campi Flegrei Caldera, Le Fumosa (submarine iss.)	Torrite di Siena Spr.
16	19860624.0
19		131.0
21	G	G/S
22	100.0	12.0
24	3.0	2.5e-05
26		2.95e-07
29		7.9e-05
32	3.15	0.11
33	3.15	0.11
34	440.0	1.54e-07
36	441.0	1.54e-07
37		64.7
38	1000.0
42		295.0
43	4He/20Ne>1000	Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	24.0	2e-06
45	1500.0	0.00013
46	3000.0	0.052
47	985000.0	0.931
48	1200.0	0.016856
49	400.0
50		-30.8
51		-3.87
52	[O2]=[O2+Ar]
53	Tedesco et al., 1990; NobleGasDate	Minissale et al, 2000

ITA024

Column	Version 1	Version 2
1		~
2	40.7833333333	43.3
3		~
4	40.0	43.0
5	47.0	18.0
6		~
7	14.0833333333	12.3333333333
8		~
9	14.0	12.0
10	5.0	20.0
11	4,36	21.0
13	CAMPANIAN Volcanic Province	Apennines Northern
14	Campi Flegrei Caldera, Mare Morto (submarine iss. Cao Miseno)	Umbertide Spr.
16	19860524.0
19		216.0
21		G/S
24	6.0	4e-05
26		2.4e-08
29		4.1e-05
32	1.93	0.02
33	1.97	0.02
34	271.0	2.8e-08
36	275.8	2.8e-08
37		2485.0
38	26.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		7e-06
45	330.0	8e-05
46	35000.0	0.0688
47	900000.0	0.9286
48	60400.0	0.002366
49	1000.0
50		-26.7
51		-3.57
52	[O2]=[O2+Ar]
53	Tedesco et al., 1990; NobleGasDate	Minissale et al, 2000

ITA025

Column	Version 1	Version 2
2	40.7833333333	43.425
4	40.0	43.0
5	47.0	25.5
7	14.0833333333	11.3583333333
9	14.0	11.0
10	5.0	21.5
11	4,36	21.0
13	CAMPANIAN Volcanic Province	Apennines Northern
14	Campi Flegrei Caldera, Mare Morto (submarine iss. Cao Miseno)	Vagliagli Spr.
16	19860529.0
19		94.0
21		G/S
22		17.0
24	2.0	4e-05
26		1.02e-06
29		0.000103
32	2.22	0.13
33	2.37	0.08
34	311.0	1.82e-07
36	331.8	1.12e-07
37		5.5
38	9.0
42		330.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		2e-06
45	240.0	0.00082
46	17000.0	0.0489
47	937000.0	0.944
48	42800.0	0.005756
49	1000.0	0.000375
51		-5.18
52	[O2]=[O2+Ar]
53	Tedesco et al., 1990; NobleGasDate	Minissale et al, 2000

ITA026

Column	Version 1	Version 2
1		~
2	40.833	41.3666666667
3		~
4	40.0	41.0
5	49.98	22.0
7	14.0833333333	14.3
10	5.0	18.0
11	2,4,7	20.0
13	CAMPANIAN Volcanic Province	Apennines Southern
14	Campi Flegrei Caldera, Mofette Field, Mofette 2 hole	Agrippa (Terme di) Spr.
16	19820411.0	19981028.0
19	IT90
21	W/H
23	PRODUCTION TEST; QUATERNARY AND TERTIARY IGNEOUS ROCKS
24		2.2e-05
32	0.95
33	0.95	0.69
34	133.0
36	132.4	9.66e-07
37	3.3
38		12.0
46		0.019
47		0.981
48		0.0002
53	Hooker et al., 1985a; Tedesco et al., 1990; University of Cambridge database, unpubl.	Italiano et al, 2000

ITA027

Column	Version 1	Version 2
1		~
2	40.833	41.5
3		~
4	40.0	41.0
5	49.98	30.0
7	14.0833333333	14.4166666667
10	5.0	25.0
11	2,7	20.0
13	CAMPANIAN Volcanic Province	Apennines Southern
14	Campi Flegrei Caldera, Mofette Field, Mofette 2 hole	Bagni de Masi Spr.
16	19820410.0	19980626.0
19	IT88
21	W/H
23	PRODUCTION TEST; QUATERNARY AND TERTIARY IGNEOUS ROCKS
24		0.000254
32	1.12
33	1.24	0.86
34	156.8
36	173.6	1.204e-06
37	0.56
38		270.0
46		0.243
47		0.738
48		0.019
51		0.3
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Italiano et al, 2000

ITA028

Column	Version 1	Version 2
2	40.833	40.9
5	49.98	54.0
6	~
7	14.0833333333	15.85
8	~
9	14.0	15.0
10	5.0	51.0
11	2,7	46
13	CAMPANIAN Volcanic Province	Apennines Southern
14	Campi Flegrei Caldera, Mofette Field, Mofette 2 hole	Maschito Spr.
16	19820408.0	20100530.0
19	IT83
21	W/H
23	PRODUCTION TEST; QUATERNARY AND TERTIARY IGNEOUS ROCKS
24		5.879e-05
32	1.35	4.64
33	1.5
34	189.0	6.4496e-06
36	210.0	6.4496e-06
37	0.97
38		1391.7
44		9e-06
45		0.0002
46		0.0137
47		0.9716
48		0.0044
50		-38.9
51		-1.5
52		[HHCs]=118 ppm
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Nuccio et al., 2014

ITA029

Column	Version 1	Version 2
2	40.833	40.9
5	49.98	54.0
6	~
7	14.0833333333	15.85
8	~
9	14.0	15.0
10	5.0	51.0
11	2,7	46
13	CAMPANIAN Volcanic Province	Apennines Southern
14	Campi Flegrei Caldera, Mofette Field, Mofette 2 hole	Maschito Spr.
16	19820409.0	20060308.0
19	IT86
21	W/H
23	PRODUCTION TEST; QUATERNARY AND TERTIARY IGNEOUS ROCKS
24		6.616e-05
32	1.53	4.72
33	1.54
34	214.2	6.5608e-06
36	215.4	6.5608e-06
37	16.0
38		115.8
43		Ra=1.38E-06
46		0.015
47		0.968
48		0.0043
51		-1.4
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Nuccio et al., 2014

ITA030

Column	Version 1	Version 2
2	40.833	40.9
5	49.98	54.0
6	~
7	14.0833333333	15.85
8	~
9	14.0	15.0
10	5.0	51.0
11	2,7	44,46
13	CAMPANIAN Volcanic Province	Apennines Southern
14	Campi Flegrei Caldera, Mofette Field, Mofette 2 hole	Maschito Spr.
16	19820410.0	20050728.0
19	IT87
21	W/H	G/S
23	PRODUCTION TEST; QUATERNARY AND TERTIARY IGNEOUS ROCKS
24		5e-05
32	1.61	4.61
33	1.62	4.61
34	225.4	6.454e-06
36	226.5	6.454e-06
37	19.8
38		943.0
44		0.00032
45		0.001
46		0.0191
47		0.9701
48		0.0042
51		-1.4
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Caracausi et al., 2013, in press; Nuccio et al., 2014

ITA031

Column	Version 1	Version 2
2	40.833	40.9
5	49.98	54.0
6	~
7	14.0833333333	15.85
8	~
9	14.0	15.0
10	5.0	51.0
11	2,4,7	46
13	CAMPANIAN Volcanic Province	Apennines Southern
14	Campi Flegrei Caldera, Mofette Field, Mofette 2 hole	Maschito Spr.
16	19820408.0	20110505.0
19	IT84
21	W/H
23	PRODUCTION TEST; QUATERNARY AND TERTIARY IGNEOUS ROCKS
24		5.04e-05
29		0.00023788
32	1.69	4.67
33	1.71
34	236.6	6.4913e-06
36	238.4	6.4913e-06
37	14.0
38		415.9
41		0.188
42		318.3
44		2.7e-06
45		0.0001
46		0.0133
47		0.9524
48		0.0043
53	Hooker et al., 1985a; Tedesco et al., 1990; University of Cambridge database, unpubl.	Nuccio et al., 2014

ITA032

Column	Version 1	Version 2
1		~
2	40.833	41.0
3		~
4	40.0	41.0
5	49.98	0.0
7	14.0833333333	15.0
9	14.0	15.0
10	5.0	0.0
11	2,7	20.0
13	CAMPANIAN Volcanic Province	Apennines Southern
14	Campi Flegrei Caldera, Mofette Field, Mofette 2 hole	Mefitinielle Spr.
16	19820411.0	19960701.0
19	IT89
21	W/H
23	PRODUCTION TEST; QUATERNARY AND TERTIARY IGNEOUS ROCKS
24		9e-06
32	1.77
33	1.8	2.35
34	247.8
36	251.0	3.29e-06
37	8.6
38		46.0
46		0.024
47		0.972
48		0.004
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Italiano et al, 2000

ITA033

Column	Version 1	Version 2
2	40.783	40.4466666667
5	46.98	26.8
7	15.3	15.05
10	18.0	3.0
11	7.0	44.0
13	CAMPANIAN Volcanic Province	Apennines Southern
14	Campi Flegrei Caldera, Monte Nuovo (Nuova Mefite)	Paestum Spr.
16		20060308.0
19	IT107
21	W	G/S
23	PRE-TERTIARY
24		0.000174
32	1.2	0.77
33		0.75
34	168.0	1.078e-06
36	169.5	1.05e-06
37	5.0
38		6.1
45		0.0127
46		0.8634
47		0.114
51		-9.3
53	University of Cambridge database, unpubl.	Caracausi et al., 2013, in press

ITA034

Column	Version 1	Version 2
2	40.8166666667	41.0491666667
4	40.0	41.0
5	49.0	2.95
7	14.1	15.9083333333
9	14.0	15.0
10	6.0	54.5
11	4,36	44.0
13	CAMPANIAN Volcanic Province	Apennines Southern
14	Campi Flegrei Caldera, Pozzuoli Porte (submarine iss.)	Pozzo Fore Spr.
16	19860529.0	20050921.0
21	G	W/S
22	72.0
24	93.0
32	2.67	2.99
33	2.73
34	374.0
36	382.2
38	29.0	68.26
45	2000.0
46	41000.0
47	955000.0
48	1270.0
52	[O2]=[O2+Ar]
53	Tedesco et al., 1990; NobleGasDate	Caracausi et al., 2013, in press

ITA035

Column	Version 1	Version 2
2	40.8166666667	40.5666666667
5	49.0	34.0
7	14.1	15.6883333333
9	14.0	15.0
10	6.0	41.3
11	4,36	44.0
13	CAMPANIAN Volcanic Province	Apennines Southern
14	Campi Flegrei Caldera, Pozzuoli Porte (submarine iss.)	Tito Spr.
16	19860624.0	20060709.0
21	G	W/S
22	72.0
24	100.0
32	2.91	0.14
33	2.94
34	4.07
36	411.6
38	68.0	13.98
45	1400.0
46	25000.0
47	971000.0
48	2250.0
52	[O2]=[O2+Ar]
53	Tedesco et al., 1990; NobleGasDate	Caracausi et al., 2013, in press

ITA036

Column	Version 1	Version 2
2	40.7666666667	40.5666666667
5	46.0	34.0
7	14.1	15.6883333333
9	14.0	15.0
10	6.0	41.3
11	3.0	44.0
13	CAMPANIAN Volcanic Province	Apennines Southern
14	Campi Flegrei Caldera, Pozzuoli Porto (submarine iss.)	Tito Spr.
16	19830513.0	20061219.0
21		W/S
32	2.49	0.14
33	2.5
34	348.0
36	348.0
38	330.0	9.67
53	Sano et al, 1989	Caracausi et al., 2013, in press

ITA037

Column	Version 1	Version 2
2	40.8166666667	40.5666666667
5	49.0	34.0
7	14.1	15.6883333333
9	14.0	15.0
10	6.0	41.3
11	4,36	44.0
13	CAMPANIAN Volcanic Province	Apennines Southern
14	Campi Flegrei Caldera, Pozzuoli Porto (submarine iss.)	Tito Spr.
16	19840112.0	20070929.0
21	G	W/S
22	72.0
24	138.0
32	2.53	0.15
33	2.53
34	354.0
36	354.2
38	1000.0	9.42
43	4He/20Ne>1000
45	4000.0
46	62300.0
47	932000.0
48	960.0
52	[O2]=[O2+Ar]
53	Tedesco et al., 1990; NobleGasDate	Caracausi et al., 2013, in press

ITA038

Column	Version 1	Version 2
2	40.8166666667	40.8721666667
5	49.0	52.33
7	14.1	15.65
9	14.0	15.0
10	6.0	39.0
11	12,36	44.0
13	CAMPANIAN Volcanic Province	BASILICATA (Apennines Southern)
14	Campi Flegrei Caldera, Pozzuoli Porto, bubbles in the sea	Vulture Mt. A gas iss.
16	19890400.0	20040316.0
17	0.0
21	G/sea	G/S
24		1.2e-06
32	2.62	4.53
33	2.66	4.64
34	364.18	6.342e-06
36	369.74	6.496e-06
37	11.1672131148
38		10.9
46		0.0104
47		0.99
48		6e-06
51		-5.8
52	CO2/3He(*10^9)=3
53	Marty et al., 1994; NogaDate	Caracausi et al., 2013, in press

ITA039

Column	Version 1	Version 2
2	40.8166666667	40.8721666667
5	49.0	52.33
7	14.0833333333	15.65
9	14.0	15.0
10	5.0	39.0
11	4,36	44.0
13	CAMPANIAN Volcanic Province	BASILICATA (Apennines Southern)
14	Campi Flegrei Caldera, Secca Caruso (submarine iss.)	Vulture Mt. A gas iss.
16	19860506.0	20030526.0
21	G	G/S
22	79.0
24	7.0	1.3e-06
32	2.33	4.32
33	2.39	4.38
34	326.0	6.048e-06
36	334.6	6.132e-06
38	25.0	16.9
44	12500.0
45	200.0
46	7600.0	0.0098
47	976000.0	0.99
48	3900.0	5.7e-06
51		-6.2
52	[O2]=[O2+Ar]
53	Tedesco et al., 1990; NobleGasDate	Caracausi et al., 2013, in press

ITA040

Column	Version 1	Version 2
2	40.8166666667	40.9466666667
5	49.0	56.8
7	14.0833333333	15.5716666667
9	14.0	15.0
10	5.0	34.3
11	4,36	44.0
13	CAMPANIAN Volcanic Province	BASILICATA (Apennines Southern)
14	Campi Flegrei Caldera, Secca Caruso (submarine iss.)	Vulture Mt. D gas iss.
16	19860529.0	20040316.0
21	G	G/S
22	79.0
24	6.0	5e-07
32	2.49	6.13
33	2.5	6.28
34	349.0	8.582e-06
36	350.0	8.792e-06
38	22.0	11.2
44	25400.0
45	6700.0	0.002
46	7800.0	0.0037
47	949000.0	0.994
48	11000.0	4e-06
51		-3.2
52	[O2]=[O2+Ar]
53	Tedesco et al., 1990; NobleGasDate	Caracausi et al., 2013, in press

ITA041

Column	Version 1	Version 2
7	14.0833333333	14.7833333333
10	5.0	47.0
11	4,36	18,20,34
13	CAMPANIAN Volcanic Province	BASILICATA (Apennines Southern)
14	Campi Flegrei Caldera, Secca Caruso (submarine iss.)	Vulture Mt. gas iss.
16	19860624.0
21	G
22	79.0
24	7.0
32	2.59
33	2.62	5.82
34	363.0	8.148e-06
36	366.8	8.148e-06
38	63.0
44	13600.0
45	470.0
46	7800.0
47	975000.0
48	3900.0
52	[O2]=[O2+Ar]
53	Tedesco et al., 1990; NobleGasDate	Italiano et al, 1998, 2000; Doglioni et al., 1996

ITA042

Column	Version 1	Version 2
2	40.8166666667	40.915
5	49.0	54.9
7	14.0833333333	15.5721666667
9	14.0	15.0
10	5.0	34.33
11	12,36	44.0
13	CAMPANIAN Volcanic Province	BASILICATA (Apennines Southern)
14	Campi Flegrei Caldera, Secca Caruso, bubbles in the sea	Vulture Mt. В gas iss.
16	19890400.0	20020328.0
17	0.0
21	G/sea	G/S
24	13.0	1.4e-06
32	2.39	5.64
33	2.44	5.87
34	332.21	7.896e-06
36	341.6	8.218e-06
37	7.73114754098
38		6.8
45		0.0046
46		0.0117
47		0.984
51		-4.8
52	CO2/3He(*10^9)=20,5
53	Marty et al., 1994; NogaDate	Caracausi et al., 2013, in press

ITA043

Column	Version 1	Version 2
2	40.8333333333	40.915
5	50.0	54.9
7	14.1333333333	15.5721666667
9	14.0	15.0
10	8.0	34.33
11	42	44.0
13	CAMPANIAN Volcanic Province	BASILICATA (Apennines Southern)
14	Campi Flegrei Caldera, Solfatara Crater	Vulture Mt. В gas iss.
16	19900901.0	20030526.0
19	1.0
21		G/S
24		2.8e-06
32	3.09	5.73
33		5.77
34		8.022e-06
36	433.0	8.078e-06
38	92.0	37.2
42	296.0
46		0.0117
47		0.988
48		3.5e-06
51		-5.0
53	Tedesco, Scarcsi.,1999	Caracausi et al., 2013, in press

ITA044

Column	Version 1	Version 2
2	40.8333333333	40.8903333333
5	50.0	53.42
7	14.1333333333	15.6683333333
9	14.0	15.0
10	8.0	40.1
11	42	44.0
13	CAMPANIAN Volcanic Province	BASILICATA (Apennines Southern)
14	Campi Flegrei Caldera, Solfatara Crater	Vulture Mt. С gas iss.
16	19910111.0	20011026.0
19	2.0
21		G/S
24		2.8e-06
32	2.96	6.13
33		6.35
34		8.582e-06
36	414.0	8.89e-06
38	102.0	7.6
39	9.85
40	2.943
42	298.0
45		0.0067
46		0.0284
47		0.965
51		-4.1
53	Tedesco, Scarcsi.,1999	Caracausi et al., 2013, in press

ITA045

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	42	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater	Tramutola gas iss.
16	19910530.0	19960407.0
19	3.0
22		27.9
24		6.9e-05
32	3.01
33		1.13
34		1.582e-06
36	421.0	1.582e-06
38	112.0	3.0
39	9.74
40	2.915
42	296.0
46		0.59
47		0.031
48		0.379
53	Tedesco, Scarcsi.,1999	Italiano et al., 2001

ITA046

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	42	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater	Tramutola gas iss.
16	19910912.0	19980919.0
19	4.0
22		27.9
24		0.000149
32	2.96
33		1.12
34		1.568e-06
36	414.0	1.568e-06
38	95.0	184.0
39	9.81
40	2.969
42	297.0
46		0.126
47		0.013
48		0.861
53	Tedesco, Scarcsi.,1999	Italiano et al., 2001

ITA047

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	42	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater	Tramutola gas iss.
16	19920202.0	19980929.0
19	5.0
22		27.9
24		0.000158
32	2.91
33		1.08
34		1.512e-06
36	407.0	1.512e-06
38	84.0	106.0
39	9.87
40	2.902
42	297.0
46		0.129
47		0.014
48		0.857
53	Tedesco, Scarcsi.,1999	Italiano et al., 2001

ITA048

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	42	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater	Tramutola gas iss.
16	19920703.0	19990413.0
19	6.0
22		27.9
24		0.000183
32	2.93
33		1.08
34		1.512e-06
36	410.0	1.512e-06
38	96.0	438.0
39	9.79
40	2.909
42	301.0
46		0.154
47		0.015
48		0.831
53	Tedesco, Scarcsi.,1999	Italiano et al., 2001

ITA049

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	42	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater	Tramutola gas iss.
16	19921014.0	19980910.0
19	7.0
22		27.9
24		0.000186
32	2.94
33		1.12
34		1.568e-06
36	412.0	1.568e-06
38	109.0	90.0
39	9.75
40	2.942
42	299.0
46		0.152
47		0.014
48		0.834
51		-3.5
53	Tedesco, Scarcsi.,1999	Italiano et al., 2001

ITA050

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	42	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater	Tramutola gas iss.
16	19930114.0	19980925.0
19	8.0
22		27.9
24		0.000193
32	2.91
33		1.12
34		1.568e-06
36	407.0	1.568e-06
38	96.0	127.0
39	9.81
40	2.948
42	305.0
46		0.128
47		0.014
48		0.858
53	Tedesco, Scarcsi.,1999	Italiano et al., 2001

ITA051

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	42	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater	Tramutola gas iss.
16	19930715.0	19980916.0
19	9.0
22		27.9
24		0.000195
32	3.04
33		1.12
34		1.568e-06
36	426.0	1.568e-06
38	165.0	269.0
46		0.148
47		0.014
48		0.838
53	Tedesco, Scarcsi.,1999	Italiano et al., 2001

ITA052

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	42	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater	Tramutola gas iss.
16	19930922.0	19980217.0
19	10.0
22		27.9
24		0.000197
32	3.01
33		1.2
34		1.68e-06
36	421.0	1.68e-06
38	154.0	388.0
39	9.79
40	2.995
42	299.0
46		0.115
47		0.014
48		0.871
53	Tedesco, Scarcsi.,1999	Italiano et al., 2001

ITA053

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	42	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater	Tramutola gas iss.
16	19940321.0	19981108.0
19	11.0
22		27.9
24		0.000208
32	3.06
33		1.11
34		1.554e-06
36	428.0	1.554e-06
38	9195.0	196.0
39	9.35
40	3.98
42	594.0
46		0.133
47		0.013
48		0.854
53	Tedesco, Scarcsi.,1999	Italiano et al., 2001

ITA054

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	42	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater	Tramutola gas iss.
16	19940410.0	19990505.0
19	12.0
22		27.9
24		0.00021
32	2.91
33		1.03
34		1.442e-06
36	407.0	1.442e-06
38	2530.0	274.0
39	9.43
40	3.22
42	639.0
46		0.148
47		0.016
48		0.836
53	Tedesco, Scarcsi.,1999	Italiano et al., 2001

ITA055

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	42	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater	Tramutola gas iss.
16	19940501.0	19990116.0
19	13.0
22		27.9
24		0.000226
32	3.43
33		1.07
34		1.498e-06
36	480.0	1.498e-06
38	1154.0	355.0
39	10.52
40	3.071
42	468.0
46		0.137
47		0.015
48		0.848
53	Tedesco, Scarcsi.,1999	Italiano et al., 2001

ITA056

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	42	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater	Tramutola gas iss.
16	19940601.0	19981219.0
19	14.0
22		27.9
24		0.000229
32	3.5
33		1.02
34		1.428e-06
36	490.0	1.428e-06
38	1652.0	393.0
39	10.19
40	3.198
42	498.0
46		0.132
47		0.015
48		0.852
53	Tedesco, Scarcsi.,1999	Italiano et al., 2001

ITA057

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	42	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater	Tramutola gas iss.
16	19940701.0	19960412.0
19	15.0
22		27.9
24		0.000234
32	3.42
33		1.13
34		1.582e-06
36	479.0	1.582e-06
38	1089.0	173.0
39	10.28
40	3.156
42	454.0
46		0.173
47		0.012
48		0.815
53	Tedesco, Scarcsi.,1999	Italiano et al., 2001

ITA058

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	42	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater	Tramutola gas iss.
16	19940108.0	19990331.0
19	16.0
22		27.9
24		0.000239
32	3.07
33		1.15
34		1.61e-06
36	430.0	1.61e-06
38	190.0	255.0
39	9.94
40	2.909
42	316.0
46		0.167
47		0.015
48		0.819
53	Tedesco, Scarcsi.,1999	Italiano et al., 2001

ITA059

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	42	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater	Tramutola gas iss.
16	19940923.0	19960416.0
19	17.0
22		27.9
24		0.00024
32	3.02
33		1.08
34		1.512e-06
36	423.0	1.512e-06
38	176.0	163.0
39	9.54
40	2.92
42	312.0
46		0.18
47		0.012
48		0.808
53	Tedesco, Scarcsi.,1999	Italiano et al., 2001

ITA060

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	42	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater	Tramutola gas iss.
16	19940929.0	19990309.0
19	18.0
22		27.9
24		0.000246
32	3.16
33		1.15
34		1.61e-06
36	442.0	1.61e-06
38	161.0	330.0
39	9.85
40	9.943
42	311.0
46		0.156
47		0.015
48		0.829
53	Tedesco, Scarcsi.,1999	Italiano et al., 2001

ITA061

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	42	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater	Tramutola gas iss.
16	19941013.0	19960411.0
19	19.0
22		27.9
24		0.000252
32	3.11
33		1.11
34		1.554e-06
36	435.0	1.554e-06
38	222.0	137.0
39	9.93
40	2.927
42	317.0
46		0.169
47		0.012
48		0.818
53	Tedesco, Scarcsi.,1999	Italiano et al., 2001

ITA062

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	42	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater	Tramutola gas iss.
16	19941016.0	19990204.0
19	20.0
22		27.9
24		0.000253
33		1.08
34		1.512e-06
36	427.0	1.512e-06
38	118.0	340.0
39	9.9
40	2.918
42	308.0
46		0.13
47		0.015
48		0.855
53	Tedesco, Scarcsi.,1999	Italiano et al., 2001

ITA063

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	1,36	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater, Bocca Grande	Tramutola gas iss.
16	19771228.0	19990728.0
19	7701-IT
21	G
22	145.0	27.9
24	12.0	0.000253
29	165.0
32	2.71
33		1.12
34	380.0	1.568e-06
36	380.0	1.568e-06
38		189.0
42	294.0
46		0.125
47		0.014
48		0.861
53	Polyak et al., 1979; NobleGasDate	Italiano et al., 2001

ITA064

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	29,36	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater, Bocca Grande	Tramutola gas iss.
16		19960413.0
21	F
22	160.0	27.9
23	1983-1994
24		0.000259
32	2.87
33		1.11
34	401.8	1.554e-06
36	401.8	1.554e-06
38		110.0
46		0.179
47		0.013
48		0.809
53	Tedesco D. 1997; Earth and Planetary Science Letters	Italiano et al., 2001

ITA065

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	29,36	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater, Bocca Grande	Tramutola gas iss.
16		19990527.0
21	F
22	160.0	27.9
23	1983-1994
24		0.00026
32	3.37
33		1.15
34	471.8	1.61e-06
36	471.8	1.61e-06
38		210.0
46		0.135
47		0.014
48		0.851
53	Tedesco D. 1997; Earth and Planetary Science Letters	Italiano et al., 2001

ITA066

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	12,36	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater, Bocca Grande	Tramutola gas iss.
16	19890400.0	19920000.0
17	0.0
21	G/F
22		27.9
24	17.0	0.000262
32	2.59
33	2.63	1.13
34	360.01	1.582e-06
36	365.57	1.582e-06
37	12.0262295082
38		625.0
46		0.115
47		0.013
48		0.87
52	CO2/3He(*10^9)=14,5
53	Marty et al., 1994; NogaDate	Italiano et al., 2001

ITA067

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	4,36	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater, Bocca Grande 1	Tramutola gas iss.
16	19830513.0	19981012.0
21	G
22	155.0	27.9
24	25.0	0.000262
32	2.49
33	2.5	1.13
34	3.48	1.582e-06
36	350.0	1.582e-06
38	330.0	328.0
44	1400.0
45	14.0
46	2000.0	0.124
47	986000.0	0.014
48	130.0	0.861
49	10300.0
52	[O2]=[O2+Ar]
53	Tedesco et al., 1990	Italiano et al., 2001

ITA068

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	4,36	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater, Bocca Grande 2	Tramutola gas iss.
16	19831012.0	19991208.0
21	G
22	155.0	27.9
24		0.000267
32	2.5
33	2.52	1.14
34	3.5	1.596e-06
36	352.8	1.596e-06
38	99.0	238.0
46		0.133
47		0.014
48		0.853
53	Tedesco et al., 1990	Italiano et al., 2001

ITA069

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	4,36	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater, Bocca Grande 3	Tramutola gas iss.
16	19831227.0	19981027.0
21	G
22	155.0	27.9
24	46.0	0.000273
32	2.23
33	2.38	1.1
34	3.12	1.54e-06
36	333.2	1.54e-06
38	9.0	322.0
44	2000.0
45	11.0
46	2800.0	0.128
47	975000.0	0.014
48	290.0	0.858
49	17500.0
52	[O2]=[O2+Ar]
53	Tedesco et al., 1990	Italiano et al., 2001

ITA070

Column	Version 1	Version 2
2	40.8333333333	40.3208333333
5	50.0	19.25
7	14.1333333333	15.7645
9	14.0	15.0
10	8.0	45.87
11	4,36	30.0
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater, Bocca Grande 4	Tramutola gas iss.
16	19880610.0	19981128.0
21	G
22	155.0	27.9
24	16.0	0.000273
32	2.87
33	2.87	1.14
34	4.01	1.596e-06
36	401.8	1.596e-06
38	61.0	427.0
44	1600.0
45	33.0
46	4900.0	0.129
47	986000.0	0.014
48	160.0	0.857
49	6800.0
52	[O2]=[O2+Ar]
53	Tedesco et al., 1990	Italiano et al., 2001

ITA071

Column	Version 1	Version 2
2	40.8333333333	40.32
5	50.0	19.2
7	14.1333333333	15.765
9	14.0	15.0
10	8.0	45.9
11	4,36	20,30
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater, soffione 2	Tramutola gas iss.
16	19831012.0	19960408.0
21	G
22	145.0	27.9
24	12.0	0.000108
32	2.68
33	2.71	1.19
34	3.76	1.65e-06
36	379.4	1.666e-06
38	57.0	7.0
44	1700.0
45	20.0
46	3100.0	0.465
47	987000.0	0.027
48	250.0	0.508
49	7600.0
51		-3.6
52	[O2]=[O2+Ar]
53	Tedesco et al., 1990; NobleGasDate	Italiano et al, 2000, 2001

ITA072

Column	Version 1	Version 2
2	40.8333333333	40.32
5	50.0	19.2
7	14.1333333333	15.765
9	14.0	15.0
10	8.0	45.9
11	4,36	20,30
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei Caldera, Solfatara Crater, soffione 3	Tramutola gas iss.
16	19831227.0	19960418.0
21	G
22	145.0	27.9
24	12.0	0.000186
32	2.95
33	2.95	1.17
34	4.13	1.638e-06
36	413.0	1.638e-06
38	1000.0	123.0
43	4He/20Ne>1000
44	2000.0
45	6.0
46	3300.0	0.182
47	985000.0	0.011
48	300.0	0.807
49	9600.0
52	[O2]=[O2+Ar]
53	Tedesco et al., 1990; NobleGasDate	Italiano et al, 2000, 2001

ITA073

Column	Version 1	Version 2
2	40.7833333333	40.32
5	47.0	19.2
7	14.0833333333	15.765
9	14.0	15.0
10	5.0	45.9
11	12,36	20,30
13	CAMPANIAN Volcanic Province	BASILICATA (Potenza, Val D'Agri)
14	Campi Flegrei, Caldera, Mare Morto, bubbles in the sea	Tramutola gas iss.
16	19890400.0	19960415.0
17	0.0
21	G/sea
22		27.9
24	7.0	0.000259
32	1.9
33	1.94	1.11
34	264.1	1.554e-06
36	269.66	1.554e-06
37	7.15846994536
38		119.0
46		0.169
47		0.011
48		0.82
52	CO2/3He(*10^9)=47,9
53	Marty et al., 1994; NogaDate	Italiano et al, 2000, 2001

ITA074

Column	Version 1	Version 2
2	40.421	39.8416666667
4	40.0	39.0
5	25.26	50.5
7	14.29	16.4
9	14.0	16.0
10	17.4	24.0
11	36,38	30.0
13	CAMPANIAN Volcanic Province	BASILICATA, Val D'Agri (Apennines Southern)
14	Castellammare	Cerchiara Spr.
16	19910900.0
21	F	G
22	20.0	32.0
24		0.000167
32	2.29
33		0.03
34	320.6	4.2e-08
36	320.6	4.2e-08
38		5.0
46		0.804
47		0.023
48		0.173
51		-20.8
53	Tedesco et al., 1998; NobleGasDate	Italiano et al., 2001

ITA075

Column	Version 1	Version 2
2	40.8166666667	40.7541666667
5	49.0	45.25
7	14.7833333333	15.653
9	14.0	15.0
10	47.0	39.18
11	20	44.0
13	CAMPANIAN Volcanic Province	BASILICATA, Val D'Agri (Apennines Southern)
14	Mefite di Ansante Spr. (45 km away from Mt. Vulture)	S. Cataldo Spr.
16	19960629.0	20061219.0
21		G/S
24	8.0	0.000187
32		0.11
33	2.77	0.09
34	387.8	1.54e-07
36	387.8	1.26e-07
38	20.0	18.2
45		0.0007
46	13000.0	0.729
47	985000.0	0.0118
48	2000.0	0.261
53	Italiano et al, 2000	Caracausi et al., 2013, in press

ITA076

Column	Version 1	Version 2
2	40.8166666667	40.7541666667
5	49.0	45.25
7	14.7833333333	15.653
9	14.0	15.0
10	47.0	39.18
11	20	44.0
13	CAMPANIAN Volcanic Province	BASILICATA, Val D'Agri (Apennines Southern)
14	Mefite di Ansante Spr. (45 km away from Mt. Vulture)	S. Cataldo Spr.
16	19960929.0	20070828.0
21		G/S
24	9.0	0.000208
32		0.1
33	2.84	0.08
34	397.6	1.4e-07
36	397.6	1.12e-07
38	6.0	19.5
45		0.0014
46	14000.0	0.729
47	984000.0	0.011
48	2000.0	0.248
53	Italiano et al, 2000	Caracausi et al., 2013, in press

ITA077

Column	Version 1	Version 2
2		40.7541666667
4		40.0
5		45.25
7		15.653
9		15.0
10		39.18
11	20.0	44.0
13	CAMPANIAN Volcanic Province	BASILICATA, Val D'Agri (Apennines Southern)
14	Napoli	S. Cataldo Spr.
16	19820400.0	20060612.0
21	geothermal well	G/S
24		0.000262
32		0.1
33	1.77	0.08
34		1.4e-07
36	247.8	1.12e-07
38	16.0	14.9
45		0.002
46		0.731
47		0.0103
48		0.248
51		-12.5
53	Italiano et al, 2000; Journ. Geophys. Res.	Caracausi et al., 2013, in press

ITA078

Column	Version 1	Version 2
2	40.75	40.7527783333
4		40.0
5		45.1667
7	14.45	15.6597166667
9		15.0
10		39.583
11	36,38	20,30
13	CAMPANIAN Volcanic Province	BASILICATA, Val D'Agri (Apennines Southern)
14	Torre Annunziata	S. Cataldo Spr.
16	19910900.0	19960506.0
21	F
22	20.0
24		0.000178
32	2.72
33		0.09
34	380.8	1.26e-07
36	380.8	1.26e-07
38		12.0
46		0.773
47		0.017
48		0.21
53	Tedesco et al., 1998; NobleGasDate	Italiano et al, 2000, 2001

ITA079

Column	Version 1	Version 2
2		40.7527783333
4		40.0
5		45.1667
7		15.6597166667
9		15.0
10		39.583
11	20.0	20,30
13	CAMPANIAN Volcanic Province	BASILICATA, Val D'Agri (Apennines Southern)
14	Vesuvius	S. Cataldo Spr.
16		19990401.0
21	fumaroles
23	1987-1991
33	2,2- 2,7	0.07
34	350.0	9.8e-08
36	350.0	9.8e-08
38		19.0
51	0.0	-14.1
53	Italiano et al, 2000; Journ. Geophys. Res.	Italiano et al, 2000, 2001

ITA080

Column	Version 1	Version 2
2		40.6791666667
4		40.0
5		40.75
7		15.25555
9		15.0
10		15.333
11	20.0	20,30,44
13	CAMPANIAN Volcanic Province	CAMPANIA (Apennines Southern, Salerno)
14	Vesuvius	Contursi Spr.
16		19980523.0
21	fluids inclusions	G/S
24		5e-06
33	2,2- 2,7	1.35
34	350.0	1.89e-06
36	350.0	1.89e-06
38		28.0
46		0.005
47		0.995
48		0.001
51		-1.5
53	Italiano et al, 2000; Journ. Geophys. Res.	Italiano et al, 2000, 2001; Caracausi et al., 2013, in press.

ITA081

Column	Version 1	Version 2
2	40.82	40.6791666667
4		40.0
5		40.75
7	14.43	15.25555
9		15.0
10		15.333
11	36,38	20,30
13	CAMPANIAN Volcanic Province	CAMPANIA (Apennines Southern, Salerno)
14	Vesuvius mount,	Contursi Spr.
16	19890500.0	19980627.0
21	F
22	220.0
32	3.98
33		1.43
34	557.2	2.002e-06
36	557.2	2.002e-06
38		12.0
53	Tedesco et al., 1998; NobleGasDate	Italiano et al, 2000, 2001

ITA082

Column	Version 1	Version 2
1		~
2	40.82	41.15
3		~
4		41.0
5		9.0
6		~
7	14.43	14.6666666667
8		~
9		14.0
10		40.0
11	36,38	20.0
13	CAMPANIAN Volcanic Province	CAMPANIA, Benevento (Apennines Southern )
14	Vesuvius mount,	Telese Spr.
16	19900600.0	19980630.0
21	F
22	150.0
24		1.2e-05
32	3.07
33		1.73
34	429.8
36	429.8	2.422e-06
38		38.0
46		0.036
47		0.963
48		0.001
53	Tedesco et al., 1998; NobleGasDate	Italiano et al, 2000

ITA083

Column	Version 1	Version 2
1		~
2	40.82	41.15
3		~
4		41.0
5		9.0
6		~
7	14.43	14.6666666667
8		~
9		14.0
10		40.0
11	36,38	20.0
13	CAMPANIAN Volcanic Province	CAMPANIA, Benevento (Apennines Southern )
14	Vesuvius mount,	Telese Spr.
16	19900900.0	19980523.0
21	F
22	100.0
24		1.3e-05
32	2.51
33		1.73
34	351.4
36	351.4	2.45e-06
38		6.0
46		0.015
47		0.984
48		0.001
53	Tedesco et al., 1998; NobleGasDate	Italiano et al, 2000

ITA084

Column	Version 1	Version 2
1		~
2	40.8	41.15
3		~
4		41.0
5		9.0
6		~
7	14.4	14.6666666667
8		~
9		14.0
10		40.0
11	29,36	20.0
13	CAMPANIAN Volcanic Province	CAMPANIA, Benevento (Apennines Southern )
14	Vesuvius mount, Crater	Telese Spr.
16		19980730.0
21	F
23	1987-1990; T=100-220C
24		1.3e-05
32	2.32
33		1.76
34	324.8
36	324.8	2.464e-06
38		56.0
46		0.015
47		0.984
48		0.001
51		-1.9
53	Tedesco D. 1997; Earth and Planetary Science Letters	Italiano et al, 2000

ITA085

Column	Version 1	Version 2
2	41.0	40.8166666667
4		40.0
5		49.0
7	14.4	14.7833333333
9		14.0
10		47.0
11	29,36	20
13	CAMPANIAN Volcanic Province	CAMPANIA, Campanian Volcanic Province
14	Vesuvius mount, Sea floor	Mefite di Ansante Spr. (45 km away from Mt. Vulture)
16		19960929.0
21	F
22	20.0
23	1984-1993
24		9e-06
32	3.98
33		2.84
34	557.2	3.976e-06
36	557.2	3.976e-06
38		6.0
46		0.014
47		0.984
48		0.002
53	Tedesco D. 1997; Earth and Planetary Science Letters	Italiano et al, 2000

ITA086

Column	Version 1	Version 2
2	40.73	40.8166666667
4		40.0
5		49.0
7	13.95	14.7833333333
9		14.0
10		47.0
11	29,36	18,20
13	CAMPANIAN Volcanic Province	CAMPANIA, Campanian Volcanic Province
14	Vesuvius mount, Sea floor	Mefite di Ansante Spr. (45 km away from Mt. Vulture)
16		19960629.0
21	F
23	1985-1993; T=20-100C
24		8e-06
32	2.0
33		2.77
34	280.0	3.878e-06
36	280.0	3.878e-06
38		20.0
46		0.013
47		0.985
48		0.002
53	Tedesco D. 1997; Earth and Planetary Science Letters	Italiano et al, 1998, 2000

ITA087

Column	Version 1	Version 2
1		~
2	40.8166666667	40.8833333333
3		~
5	49.0	53.0
6		~
7	14.4333333333	14.2916666667
8		~
10	26.0	17.5
11	20.0	11,20
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano	Napoli geothermal well
16		19820400.0
21	fumaroles
23	1987-1991
33	2.7	1.77
34	378.0
36	378.0	2.478e-06
38		16.0
43	Fluids inclusions Rc=2,2- 2,7
51	0.0
53	Italiano et al, 2000	Hooker et al, 1985b; Italiano et al, 2000

ITA088

Column	Version 1	Version 2
2	40.8166666667	40.82
5	49.0	49.2
7	14.4333333333	14.43
10	26.0	25.8
11	20.0	36,38
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano	Vesuvius Mt.
16		19890500.0
21	fluids inclusions	F
22		220.0
32		3.98
33	2.7
34	378.0	5.572e-06
36	378.0	5.572e-06
43	Fumaroles Rc=2,2- 2,7
53	Italiano et al, 2000	Abedini et al., 2006; Tedesco et al., 1998

ITA089

Column	Version 1	Version 2
2	40.8166666667	40.82
5	49.0	49.2
7	14.4333333333	14.43
10	26.0	25.8
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano, crater	Vesuvius Mt.
16	19890500.0	19900600.0
21	G/F	F
22	220.0	150.0
32	3.98	3.07
34	557.2	4.298e-06
36	557.2	4.298e-06
53	Tedesco et al., 1998; NobleGasDate	Abedini et al., 2006; Tedesco et al., 1998

ITA090

Column	Version 1	Version 2
2	40.8166666667	40.82
5	49.0	49.2
7	14.4333333333	14.43
10	26.0	25.8
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano, crater	Vesuvius Mt.
16	19900600.0	19900900.0
21	G/F	F
22	150.0	100.0
32	3.07	2.51
34	429.8	3.514e-06
36	429.8	3.514e-06
53	Tedesco et al., 1998; NobleGasDate	Abedini et al., 2006; Tedesco et al., 1998

ITA091

Column	Version 1	Version 2
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano, crater	Vesuvius Mt., Crater
16	19900900.0	19890500.0
22	100.0	220.0
32	2.51	3.98
34	351.4	5.572e-06
36	351.4	5.572e-06
53	Tedesco et al., 1998; NobleGasDate	Abedini et al., 2006; Tedesco et al., 1998

ITA092

Column	Version 1	Version 2
11	29,36	36,38
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano, crater	Vesuvius Mt., Crater
16		19900600.0
22		150.0
23	1987-1990; T=100-220C
32	2.32	3.07
34	324.8	4.298e-06
36	324.8	4.298e-06
53	Tedesco D. 1997; Earth and Planetary Science Letters	Abedini et al., 2006; Tedesco et al., 1998

ITA093

Column	Version 1	Version 2
11	42.0	36,38
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano, SW sector, Castellamare di Stabia	Vesuvius Mt., Crater
16	19910900.0	19900900.0
22	<21	100.0
32	2.29	2.51
34		3.514e-06
36		3.514e-06
53	Tedesco, Scarcsi.,1999	Abedini et al., 2006; Tedesco et al., 1998

ITA094

Column	Version 1	Version 2
2	40.8166666667	40.82
5	49.0	49.2
7	14.4333333333	14.43
10	26.0	25.8
11	29,36	45
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano, SW sector, sea floor	Vesuvius Mt., N flank, site 1
16		19980112.0
21	G/sea	W/H
22		16.5
23	1984-1993
32	3.98	2.5
34	557.2	3.45e-06
35		≥
36	557.2	3.45e-06
43		Ra=1.38E-06
51		-4.9
52		d13C(CO2) calculated from d13C(TDIC)=1.5
53	Tedesco D. 1997; Earth and Planetary Science Letters	Federico et al., 2002

ITA095

Column	Version 1	Version 2
1		~
2	40.8166666667	40.82
3		~
5	49.0	49.2
6		~
7	14.4333333333	14.43
8		~
10	26.0	25.8
11	29,36	45
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano, SW sector, sea floor	Vesuvius Mt., N flank, site 2
16		19971020.0
21	G/sea	W/H
22		15.8
23	1985-1993; T=20-100C
32	2.0	1.2
34	280.0	1.656e-06
35		≥
36	280.0	1.656e-06
43		Ra=1.38E-06
51		-6.5
52		d13C(CO2) calculated from d13C(TDIC)=-0.6
53	Tedesco D. 1997; Earth and Planetary Science Letters	Federico et al., 2002

ITA096

Column	Version 1	Version 2
1		~
2	40.8166666667	40.82
3		~
5	49.0	49.2
6		~
7	14.4333333333	14.43
8		~
10	26.0	25.8
11	42.0	45
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano, SW sector, Torre Annunziata.	Vesuvius Mt., N flank, site 3
16	19910900.0	19971001.0
21	G/F	W/H
22	<20	16.4
32	2.72	1.9
34		2.622e-06
35		≥
36		2.622e-06
43		Ra=1.38E-06
51		-3.5
52		d13C(CO2) calculated from d13C(TDIC)=-0.2
53	Tedesco, Scarcsi.,1999	Federico et al., 2002

ITA097

Column	Version 1	Version 2
1		~
2	40.8166666667	40.82
3		~
5	49.0	49.2
6		~
7	14.4333333333	14.43
8		~
10	26.0	25.8
11	10,12,36	45
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano, SW sector, Torre del Greco, bubbles in the sea	Vesuvius Mt., N flank, site 39
16	19890400.0	19980110.0
17	0.0
21	G/sea	W/H
22	25.0	15.9
24	24.0
32	2.26	1.1
33	2.57
34	314.14	1.518e-06
35		≥
36	357.23	1.518e-06
37	1.43169398907
43		Ra=1.38E-06
51		-17.7
52	CO2/3He(*10^9)=10,5	d13C(CO2) calculated from d13C(TDIC)=-9.2
53	Allard et al., in prep; Marty et al., 1994; NogaDate	Federico et al., 2002

ITA098

Column	Version 1	Version 2
1		~
2	40.8166666667	40.82
3		~
5	49.0	49.2
6		~
7	14.4333333333	14.43
8		~
10	26.0	25.8
11	36,38	45
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano, SW sector, Torre del Greco, bubbles in the sea	Vesuvius Mt., N flank, site 4
16	19860400.0	19971023.0
21	G/sea	W/H
22	25.0	16.8
32	2.36	1.8
34	330.4	2.484e-06
35		≥
36	330.4	2.484e-06
43		Ra=1.38E-06
51		-6.8
52		d13C(CO2) calculated from d13C(TDIC)=-2.1
53	Tedesco et al., 1998; NobleGasDate	Federico et al., 2002

ITA099

Column	Version 1	Version 2
1		~
2	40.8166666667	40.82
3		~
5	49.0	49.2
6		~
7	14.4333333333	14.43
8		~
10	26.0	25.8
11	36,38	45
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano, SW sector, Torre del Greco, bubbles in the sea	Vesuvius Mt., N flank, site 40
16	19860500.0	19980110.0
21	G/sea	W/H
22	25.0	15.5
32	2.34	1.4
34	327.6	1.932e-06
35		≥
36	327.6	1.932e-06
43		Ra=1.38E-06
51		-15.5
52		d13C(CO2) calculated from d13C(TDIC)=-7.8
53	Tedesco et al., 1998; NobleGasDate	Federico et al., 2002

ITA100

Column	Version 1	Version 2
1		~
2	40.8166666667	40.82
3		~
5	49.0	49.2
6		~
7	14.4333333333	14.43
8		~
10	26.0	25.8
11	36,38	45
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano, SW sector, Torre del Greco, bubbles in the sea	Vesuvius Mt., N flank, site 41
16	19860600.0	19971022.0
21	G/sea	W/H
22	25.0	15.0
32	2.54	1.2
34	355.6	1.656e-06
35		≥
36	355.6	1.656e-06
43		Ra=1.38E-06
51		-15.5
52		d13C(CO2) calculated from d13C(TDIC)=-7.1
53	Tedesco et al., 1998; NobleGasDate	Federico et al., 2002

ITA101

Column	Version 1	Version 2
1		~
2	40.8166666667	40.82
3		~
5	49.0	49.2
6		~
7	14.4333333333	14.43
8		~
10	26.0	25.8
11	36,38	45
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano, SW sector, Torre del Greco, bubbles in the sea	Vesuvius Mt., N flank, site 42
16	19880600.0	19980109.0
21	G/sea	W/H
22	25.0	15.4
32	3.92	1.2
34	548.8	1.656e-06
35		≥
36	548.8	1.656e-06
43		Ra=1.38E-06
51		-20.9
52		d13C(CO2) calculated from d13C(TDIC)=-12.6
53	Tedesco et al., 1998; NobleGasDate	Federico et al., 2002

ITA102

Column	Version 1	Version 2
1		~
2	40.8166666667	40.82
3		~
5	49.0	49.2
6		~
7	14.4333333333	14.43
8		~
10	26.0	25.8
11	36,38	45
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano, SW sector, Torre del Greco, bubbles in the sea	Vesuvius Mt., N flank, site 44
16	19881100.0	19980109.0
21	G/sea	W/H
22	25.0	15.0
32	2.92	1.6
34	408.8	2.208e-06
35		≥
36	408.8	2.208e-06
43		Ra=1.38E-06
51		-11.9
52		d13C(CO2) calculated from d13C(TDIC)=-4.8
53	Tedesco et al., 1998; NobleGasDate	Federico et al., 2002

ITA103

Column	Version 1	Version 2
1		~
2	40.8166666667	40.82
3		~
5	49.0	49.2
6		~
7	14.4333333333	14.43
8		~
10	26.0	25.8
11	36,38	45
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano, SW sector, Torre del Greco, bubbles in the sea	Vesuvius Mt., N flank, site 45
16	19890900.0	19980519.0
21	G/sea	W/H
22	25.0	14.7
32	2.56	1.2
34	358.4	1.656e-06
35		≥
36	358.4	1.656e-06
43		Ra=1.38E-06
51		-19.7
52		d13C(CO2) calculated from d13C(TDIC)=-10.9
53	Tedesco et al., 1998; NobleGasDate	Federico et al., 2002

ITA104

Column	Version 1	Version 2
1		~
2	40.8166666667	40.82
3		~
5	49.0	49.2
6		~
7	14.4333333333	14.43
8		~
10	26.0	25.8
11	36,38	45
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano, SW sector, Torre del Greco, bubbles in the sea	Vesuvius Mt., N flank, site 47
16	19900600.0	19980518.0
21	G/sea	W/S
22	25.0	13.2
32	2.48	1.0
34	347.2	1.38e-06
36	347.2
43		Ra=1.38E-06
51		-21.7
52		d13C(CO2) calculated from d13C(TDIC)=-12.2
53	Tedesco et al., 1998; NobleGasDate	Federico et al., 2002

ITA105

Column	Version 1	Version 2
1		~
2	40.8166666667	40.82
3		~
5	49.0	49.2
6		~
7	14.4333333333	14.43
8		~
10	26.0	25.8
11	36,38	45
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano, SW sector, Torre del Greco, bubbles in the sea	Vesuvius Mt., N flank, site 48
16	19900200.0	19980519.0
21	G/sea	W/H
22	25.0	14.8
32	2.45	2.7
34	343.0	3.726e-06
35		≥
36	343.0	3.726e-06
43		Ra=1.38E-06
51		-16.9
52		d13C(CO2) calculated from d13C(TDIC)=-8.4
53	Tedesco et al., 1998; NobleGasDate	Federico et al., 2002

ITA106

Column	Version 1	Version 2
1		~
2	40.8166666667	40.82
3		~
5	49.0	49.2
6		~
7	14.4333333333	14.43
8		~
10	26.0	25.8
11	36,38	45
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano, SW sector, Torre del Greco, bubbles in the sea	Vesuvius Mt., N flank, site 5
16	19900300.0	19971020.0
21	G/sea	W/H
22	25.0	15.8
32	2.32	1.9
34	324.8	2.622e-06
35		≥
36	324.8	2.622e-06
43		Ra=1.38E-06
53	Tedesco et al., 1998; NobleGasDate	Federico et al., 2002

ITA107

Column	Version 1	Version 2
1		~
2	40.75	40.82
3		~
4		40.0
5		49.2
6		~
7	14.45	14.43
8		~
9		14.0
10		25.8
11	36,38	45
13	CAMPANIAN Volcanic Province	CAMPANIA, Napoli
14	Vesuvius volcano., SW sector, Pompei	Vesuvius Mt., N flank, site 50
16	19910900.0	19980518.0
21	F	W/H
22	20.0	15.4
32	1.55	2.1
34	217.0	2.898e-06
35		≥
36	217.0	2.898e-06
43		Ra=1.38E-06
51		-14.8
52		d13C(CO2) calculated from d13C(TDIC)=-7.3
53	Tedesco et al., 1998; NobleGasDate	Federico et al., 2002

ITA108

Column	Version 1	Version 2
1		~
2	44.15	40.82
3		~
4	44.0	40.0
5	9.0	49.2
6		~
7	12.1333333333	14.43
8		~
9	12.0	14.0
10	8.0	25.8
11	5.0	45
13	EMILIA ROMANA	CAMPANIA, Napoli
14	FrattaTerme	Vesuvius Mt., N flank, site 51
16		19980112.0
21	W/S	W/H
22		15.2
32	0.05	1.8
33	0.03
34	4.2	2.484e-06
35		≥
36	4.2	2.484e-06
37	11.3
43		Ra=1.38E-06
51		-13.5
52		d13C(CO2) calculated from d13C(TDIC)=-5.3
53	Marty B. et al., 1992	Federico et al., 2002

ITA109

Column	Version 1	Version 2
1		~
2	44.8166666667	40.82
3		~
4	44.0	40.0
5	49.0	49.2
6		~
7	9.96666666667	14.43
8		~
9	9.0	14.0
10	58.0	25.8
11	5.0	45
13	EMILIA ROMANA	CAMPANIA, Napoli
14	Salsomaggiore Terme	Vesuvius Mt., N flank, site 52
16		19980518.0
21	G/S	W/H
22		14.1
24	277000.0
32	0.03	2.1
33	0.03
34	4.2	2.898e-06
35		≥
36	4.2	2.898e-06
37	243.0
43		Ra=1.38E-06
51		-12.0
52		d13C(CO2) calculated from d13C(TDIC)=-4.6
53	Marty B. et al., 1992	Federico et al., 2002

ITA110

Column	Version 1	Version 2
1		~
2	38.46	40.82
3		~
4	38.0	40.0
5	27.6	49.2
6		~
7	14.95	14.43
8		~
10	57.0	25.8
11	29,36	45
13	EOLIAN ISLANDS, Lipari Isl.	CAMPANIA, Napoli
14	Lipari Isl, Caolino	Vesuvius Mt., N flank, site 53
16	19910904.0	19980112.0
21	G/F	W/H
22	100.0	15.9
32	4.8	1.1
34	672.0	1.518e-06
35		≥
36	672.0	1.518e-06
43		Ra=1.38E-06
51		-15.2
52		d13C(CO2) calculated from d13C(TDIC)=-11.8
53	Tedesco D. 1997; Earth and Planetary Science Letters	Federico et al., 2002

ITA111

Column	Version 1	Version 2
1		~
2	38.5	40.82
3		~
4	38.0	40.0
5	30.0	49.2
6		~
7	14.95	14.43
8		~
10	57.0	25.8
11	8.0	45
13	EOLIAN ISLANDS, Lipari Isl.	CAMPANIA, Napoli
14	Lipari Isl., fumarole unnamed	Vesuvius Mt., N flank, site 55
16	19790500.0	19980112.0
21	G/F	W/H
22		11.0
23	Collection I.A.Menyailov
32		1.0
34	610.0	1.38e-06
36	610.0
43		Ra=1.38E-06
51		-10.7
52		d13C(CO2) calculated from d13C(TDIC)=-2.1
53	Polyak, 1988	Federico et al., 2002

ITA112

Column	Version 1	Version 2
1		~
2	38.5	40.82
3		~
4	38.0	40.0
5	30.0	49.2
6		~
7	14.95	14.43
8		~
10	57.0	25.8
11	3.0	45
13	EOLIAN ISLANDS, Lipari Isl.	CAMPANIA, Napoli
14	Lipari Isl., fumarole unnamed	Vesuvius Mt., N flank, site 56
16	19860528	19980518.0
21	G/F	W/H
22		16.2
32	4.82	1.1
33	4.8
34	675.0	1.518e-06
35		≥
36	675.0	1.518e-06
38	80.0
43		Ra=1.38E-06
51		-11.1
52		d13C(CO2) calculated from d13C(TDIC)=-4.0
53	Sano et al, 1989	Federico et al., 2002

ITA113

Column	Version 1	Version 2
1		~
2	38.5	40.82
3		~
4	38.0	40.0
5	30.0	49.2
6		~
7	14.95	14.43
8		~
10	57.0	25.8
11	7.0	45
13	EOLIAN ISLANDS, Lipari Isl.	CAMPANIA, Napoli
14	Lipari Isl., Rapollano, Terme di San GiovanniI	Vesuvius Mt., S flank, site 10
16		19971020.0
19	IT110
21		W/H
22		18.2
23	PRE-TERTIARY
32	0.938	2.0
33	0.79
34	131.32	2.76e-06
35		≥
36	110.6	2.76e-06
37	0.367
43		Ra=1.38E-06
51		-3.2
52		d13C(CO2) calculated from d13C(TDIC)=0
53	University of Cambridge database, unpubl.	Federico et al., 2002

ITA114

Column	Version 1	Version 2
1		~
2	38.5	40.82
3		~
4	38.0	40.0
5	30.0	49.2
6		~
7	14.95	14.43
8		~
10	57.0	25.8
11	7.0	45
13	EOLIAN ISLANDS, Lipari Isl.	CAMPANIA, Napoli
14	Lipari Isl., Rapollano, Terme Fonte Pietra	Vesuvius Mt., S flank, site 11
16		19971020.0
19	IT111
21		W/H
22		16.8
23	PRE-TERTIARY
32	1.04	1.7
33	1.12
34	145.6	2.346e-06
35		≥
36	156.8	2.346e-06
37	0.38
43		Ra=1.38E-06
53	University of Cambridge database, unpubl.	Federico et al., 2002

ITA115

Column	Version 1	Version 2
1		~
2	38.5	40.82
3		~
4	38.0	40.0
5	30.0	49.2
6		~
7	14.95	14.43
8		~
10	57.0	25.8
11	7.0	45
13	EOLIAN ISLANDS, Lipari Isl.	CAMPANIA, Napoli
14	Lipari Isl., Terme di San Casciano de Bagni	Vesuvius Mt., S flank, site 12
16		19971023.0
19	IT112
21		W/H
22		17.1
23	PRE-TERTIARY
32	0.313	2.1
33	0.113
34	43.82	2.898e-06
35		≥
36	15.82	2.898e-06
37	1.17
43		Ra=1.38E-06
51		-4.6
52		d13C(CO2) calculated from d13C(TDIC)=1.5
53	University of Cambridge database, unpubl.	Federico et al., 2002

ITA116

Column	Version 1	Version 2
1		~
2	38.5	40.82
3		~
4	38.0	40.0
5	30.0	49.2
6		~
7	14.95	14.43
8		~
10	57.0	25.8
11	7.0	45
13	EOLIAN ISLANDS, Lipari Isl.	CAMPANIA, Napoli
14	Lipari Isl., Terme di San Casciano de Bagni, Sorgente Fredda	Vesuvius Mt., S flank, site 13
16		19971023.0
19	IT113
21	W	W/S
22		22.7
23	PRE-TERTIARY
32	1.31	2.0
34	183.4	2.76e-06
35		≥
36	183.4	2.76e-06
37	0.273
43		Ra=1.38E-06
51		-0.6
52		d13C(CO2) calculated from d13C(TDIC)=1.4
53	University of Cambridge database, unpubl.	Federico et al., 2002

ITA117

Column	Version 1	Version 2
1		~
2	38.6333333333	40.82
3		~
4	38.0	40.0
5	38.0	49.2
6		~
7	15.05	14.43
8		~
9	15.0	14.0
10	3.0	25.8
11	3.0	45
13	EOLIAN ISLANDS, Panarea Isl.	CAMPANIA, Napoli
14	Panarea Isl.	Vesuvius Mt., S flank, site 14
16	19860625	19980517.0
21	G	W/H
22		23.3
32	4.29	2.5
33	4.3
34	601.0	3.45e-06
35		≥
36	602.0	3.45e-06
38	300.0
43		Ra=1.38E-06
51		-1.9
52		d13C(CO2) calculated from d13C(TDIC)=1.3
53	Sano et al, 1989	Federico et al., 2002

ITA118

Column	Version 1	Version 2
1		~
2	38.6333333333	40.82
3		~
4	38.0	40.0
5	38.0	49.2
6		~
7	15.05	14.43
8		~
9	15.0	14.0
10	3.0	25.8
11	29,36	45
13	EOLIAN ISLANDS, Panarea Isl.	CAMPANIA, Napoli
14	Panarea Isl., sea floor	Vesuvius Mt., S flank, site 14
16	19910907.0	19980517.0
21	F	W/H
22	100.0	23.3
32	5.7	2.3
34	798.0	3.174e-06
35		≥
36	798.0	3.174e-06
43		Ra=1.38E-06
51		-0.4
52		d13C(CO2) calculated from d13C(TDIC)=2.8
53	Tedesco D. 1997; Earth and Planetary Science Letters	Federico et al., 2002

ITA119

Column	Version 1	Version 2
1		~
2	38.5833333333	40.82
3		~
4	38.0	40.0
5	35.0	49.2
6		~
7	14.8333333333	14.43
8		~
10	50.0	25.8
11	3.0	45
13	EOLIAN ISLANDS, Salina Isl.	CAMPANIA, Napoli
14	Salina Isl.	Vesuvius Mt., S flank, site 15
16	19861005	19971023.0
21	G	W/H
22		27.8
32	5.71	2.4
33	5.7
34	800.0	3.312e-06
35		≥
36	800.0	3.312e-06
38	73.0
43		Ra=1.38E-06
51		-2.1
52		d13C(CO2) calculated from d13C(TDIC)=0.3
53	Sano et al, 1989	Federico et al., 2002

ITA120

Column	Version 1	Version 2
1		~
2	38.5833333333	40.82
3		~
4	38.0	40.0
5	35.0	49.2
6		~
7	14.8333333333	14.43
8		~
10	50.0	25.8
11	29.0	45
13	EOLIAN ISLANDS, Salina Isl.	CAMPANIA, Napoli
14	Salina Isl., Createre	Vesuvius Mt., S flank, site 16
16	19910908.0	19971023.0
21	F	W/H
22	100.0	22.2
32	4.3	2.4
34	602.0	3.312e-06
35		≥
36	602.0	3.312e-06
43		Ra=1.38E-06
53	Tedesco D. 1997; Earth and Planetary Science Letters	Federico et al., 2002

ITA121

Column	Version 1	Version 2
1		~
2		40.82
3		~
4		40.0
5		49.2
6		~
7		14.43
8		~
9		14.0
10		25.8
11	20.0	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano	Vesuvius Mt., S flank, site 17
16		19971023.0
21		W/H
22		22.2
32		2.5
34	840.0	3.45e-06
35		≥
36	840.0	3.45e-06
43		Ra=1.38E-06
51		-1.9
52		d13C(CO2) calculated from d13C(TDIC)=1
53	Italiano et al, 2000; Journ. Geophys. Res.	Federico et al., 2002

ITA122

Column	Version 1	Version 2
1		~
2	38.4	40.82
3		~
4	38.0	40.0
5	24.0	49.2
6		~
7	14.9666666667	14.43
8		~
10	58.0	25.8
11	14.0	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl.	Vesuvius Mt., S flank, site 6
16		19971023.0
19	ENS-90
21		W/H
22		16.8
24	0.64
28	0.0119
29	1.59
32		2.6
34	694.0	3.588e-06
35		≥
36	694.0	3.588e-06
42	316.0
43		Ra=1.38E-06
51		-1.1
52		d13C(CO2) calculated from d13C(TDIC)=0
53	Staudacher & Allegre, 1988	Federico et al., 2002

ITA123

Column	Version 1	Version 2
1		~
2	38.4	40.82
3		~
4	38.0	40.0
5	24.0	49.2
6		~
7	14.9666666667	14.43
8		~
10	58.0	25.8
11	14.0	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl.	Vesuvius Mt., S flank, site 7
16		19971020.0
19	ENS-93
21		W/H
22		17.8
24	2.6
28	0.0397
29	4.76
32		1.4
34	800.0	1.932e-06
35		≥
36	800.0	1.932e-06
42	327.0
43		Ra=1.38E-06
51		-5.3
52		d13C(CO2) calculated from d13C(TDIC)=-0.9
53	Staudacher & Allegre, 1988	Federico et al., 2002

ITA124

Column	Version 1	Version 2
1		~
2	38.4166666667	40.82
3		~
4	38.0	40.0
5	25.0	49.2
6		~
7	14.9666666667	14.43
8		~
10	58.0	25.8
11	2,7	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Acqua Bollente Spr.	Vesuvius Mt., S flank, site 9
16	<19850000	19981106.0
19	IT109
21	W	W/H
22		21.1
23	PRE-TERTIARY
32	4.07	2.0
33	4.17
34	569.8	2.76e-06
35		≥
36	583.8	2.76e-06
37	814.0
43		Ra=1.38E-06
51		-11.9
52		d13C(CO2) calculated from d13C(TDIC)=-6.8
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Federico et al., 2002

ITA125

Column	Version 1	Version 2
2	38.4166666667	40.421
4	38.0	40.0
5	25.0	25.26
7	14.9666666667	14.29
10	58.0	17.4
11	17,36	36,38
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., beach fumarole	Vesuvius Mt., SW sector, Castellamare di Stabia
16	19930108.0	19910900.0
19	15 FA
21	G/F	F
22		20.0
24	136.0
26	0.203422431437
28	0.184
32		2.29
34	632.0	3.206e-06
36	632.2	3.206e-06
38	739.0
39	9.772
40	3.15
41	0.1885
42	419.84
53	Tedesco and Nagao, 1966	Abedini et al., 2006; Tedesco et al., 1998

ITA126

Column	Version 1	Version 2
2	38.4166666667	40.75
4	38.0	40.0
5	25.0	45.0
7	14.9666666667	14.45
10	58.0	27.0
11	12,36	36,38
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., beach, bubbles in the sea	Vesuvius Mt., SW sector, Pompei
16	19890400.0	19910900.0
17	0.0
21	G/sea	F
22		20.0
24	40.0
32	4.49	1.55
33	4.52
34	624.11	2.17e-06
36	628.28	2.17e-06
37	35.7923497268
52	CO2/3He(*10^9)=3,7
53	Marty et al., 1994; NogaDate	Abedini et al., 2006; Tedesco et al., 1998

ITA127

Column	Version 1	Version 2
2	38.63	40.75
4	38.0	40.0
5	25.0	45.0
7	14.9666666667	14.45
10	58.0	27.0
11	29,36	36,38
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., F5-FA creat	Vesuvius Mt., SW sector, Torre Annunziata.
16		19910900.0
21	G/F	F
22		20.0
23	1987-1993; T=315-700C
32	4.9	2.72
34	686.0	3.808e-06
36	686.0	3.808e-06
53	Tedesco D. 1997; Earth and Planetary Science Letters	Abedini et al., 2006; Tedesco et al., 1998

ITA128

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.4333333333
10	58.0	26.0
11	29,36	12,36
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., F5-FA creat	Vesuvius Mt., SW sector, Torre del Greco, bubbles in the sea
16		19890400.0
21	G/F	G/sea
22		25.0
23	1987-1993; T=315-700C
24		2.4e-05
32	6.01	2.26
33		2.57
34	841.4	3.1414e-06
36	841.4	3.5723e-06
37		1.43169398907
53	Tedesco D. 1997; Earth and Planetary Science Letters	Marty et al., 1994; Abedini et al., 2006

ITA129

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.4333333333
10	58.0	26.0
11	12,36	36,38
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., SW sector, Torre del Greco, bubbles in the sea
16	19820900.0	19860400.0
17	0.0
21	G/F	G/sea
22		25.0
24	16.0
32	5.02	2.36
33	5.02
34	697.78	3.304e-06
36	697.78	3.304e-06
37	343.033879781
52	CO2/3He(*10^9)=8,1
53	Marty et al., 1994; NogaDate	Abedini et al., 2006; Tedesco et al., 1998

ITA130

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.4333333333
10	58.0	26.0
11	12,36	36,38
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., SW sector, Torre del Greco, bubbles in the sea
16	19890400.0	19860500.0
17	0.0
20	a
21	G/F	G/sea
22		25.0
32	5.01	2.34
33	5.09
34	696.39	3.276e-06
36	707.51	3.276e-06
37	14.0306010929
53	Marty et al., 1994; NogaDate	Abedini et al., 2006; Tedesco et al., 1998

ITA131

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.4333333333
10	58.0	26.0
11	12,36	36,38
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., SW sector, Torre del Greco, bubbles in the sea
16	19890400.0	19860600.0
17	0.0
20	b
21	G/F	G/sea
22		25.0
32	5.16	2.54
33	5.18
34	717.24	3.556e-06
36	720.02	3.556e-06
37	64.712568306
53	Marty et al., 1994; NogaDate	Abedini et al., 2006; Tedesco et al., 1998

ITA132

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.4333333333
10	58.0	26.0
11	17,36	36,38
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., SW sector, Torre del Greco, bubbles in the sea
16	19911220.0	19880600.0
19	1 F5
21	G/F	G/sea
22		25.0
24	8.0
26	0.0314970122574
28	0.0285
32	5.51079136691	3.92
34	766.0	5.488e-06
36	766.7	5.488e-06
38	281.0
39	9.79
40	2.95
41	0.188
42	357.7
53	Tedesco and Nagao, 1966	Abedini et al., 2006; Tedesco et al., 1998

ITA133

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.4333333333
10	58.0	26.0
11	17,36	36,38
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., SW sector, Torre del Greco, bubbles in the sea
16	19920216.0	19881100.0
19	2 F5
21	G/F	G/sea
22		25.0
24	7.7
26	0.0909774317492
28	0.0824
32	5.26618705036	2.92
34	732.0	4.088e-06
36	733.9	4.088e-06
38	92.9
39	9.89
40	2.95
41	0.1865
42	305.7
53	Tedesco and Nagao, 1966	Abedini et al., 2006; Tedesco et al., 1998

ITA134

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.4333333333
10	58.0	26.0
11	17,36	36,38
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., SW sector, Torre del Greco, bubbles in the sea
16	19920506.0	19890900.0
19	3 F5
21	G/F	G/sea
22		25.0
24	5.1
26	0.261836731161
28	0.237
32	4.94244604317	2.56
34	687.0	3.584e-06
36	694.7	3.584e-06
38	21.6
39	9.82
40	2.91
41	0.1877
42	300.3
53	Tedesco and Nagao, 1966	Abedini et al., 2006; Tedesco et al., 1998

ITA135

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.4333333333
10	58.0	26.0
11	17,36	36,38
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., SW sector, Torre del Greco, bubbles in the sea
16	19920710.0	19900600.0
19	4 F5
21	G/F	G/sea
22		25.0
24	5.5
26	0.274103927987
28	0.248
32	4.94964028777	2.48
34	688.0	3.472e-06
36	695.5	3.472e-06
38	22.2
39	9.776
40	2.9
41	0.1876
42	299.7
53	Tedesco and Nagao, 1966	Abedini et al., 2006; Tedesco et al., 1998

ITA136

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.4333333333
10	58.0	26.0
11	17,36	36,38
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., SW sector, Torre del Greco, bubbles in the sea
16	19920815.0	19900200.0
19	5 F5
21	G/F	G/sea
22		25.0
24	7.5
26	0.0203472009864
28	0.0184
32	5.38129496403	2.45
34	748.0	3.43e-06
36	748.4	3.43e-06
38	409.0
39	9.732
40	2.99
41	0.1879
42	360.1
53	Tedesco and Nagao, 1966	Abedini et al., 2006; Tedesco et al., 1998

ITA137

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.4333333333
10	58.0	26.0
11	17,36	36,38
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., SW sector, Torre del Greco, bubbles in the sea
16	19920925.0	19900300.0
19	6 F5
21	G/F	G/sea
22		25.0
24	8.4
26	0.00483129018085
28	0.00437
32	5.59712230216	2.32
34	778.0	3.248e-06
36	778.1	3.248e-06
38	1920.0
39	9.787
40	3.31
41	0.1874
42	521.6
53	Tedesco and Nagao, 1966	Abedini et al., 2006; Tedesco et al., 1998

ITA138

Column	Version 1	Version 2
1		~
2	38.63	40.82
3		~
4	38.0	40.0
5	25.0	49.2
6		~
7	14.9666666667	14.43
8		~
10	58.0	25.8
11	17,36	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., W flank, site 18
16	19921106.0	19971020.0
19	7 F5
21	G/F	W/H
22		21.2
24	1010.0
26	0.493142582754
28	0.446
32	5.38129496403	2.0
34	748.0	2.76e-06
35		≥
36	748.1	2.76e-06
38	2270.0
39	9.788
40	3.46
41	0.1869
42	1110.3
43		Ra=1.38E-06
51		-2.1
52		d13C(CO2) calculated from d13C(TDIC)=0.5
53	Tedesco and Nagao, 1966	Federico et al., 2002

ITA139

Column	Version 1	Version 2
1		~
2	38.63	40.82
3		~
4	38.0	40.0
5	25.0	49.2
6		~
7	14.9666666667	14.43
8		~
10	58.0	25.8
11	17,36	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., W flank, site 19
16	19921125.0	19971023.0
19	8 F5
21	G/F	W/H
22		21.2
24	907.0
26	0.238765203062
28	0.215
32	5.38848920863	2.3
34	749.0	3.174e-06
35		≥
36	749.0	3.174e-06
38	4220.0
39	9.406
40	3.97
41	0.1865
42	1048.9
43		Ra=1.38E-06
51		-2.7
52		d13C(CO2) calculated from d13C(TDIC)=0.9
53	Tedesco and Nagao, 1966	Federico et al., 2002

ITA140

Column	Version 1	Version 2
1		~
2	38.63	40.82
3		~
4	38.0	40.0
5	25.0	49.2
6		~
7	14.9666666667	14.43
8		~
10	58.0	25.8
11	17,36	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., W flank, site 21
16	19930108.0	19971023.0
19	9 F5
21	G/F	W/H
22		19.4
24	181.0
26	0.138425781656
28	0.125
32	5.55395683453	2.2
34	772.0	3.036e-06
35		≥
36	772.1	3.036e-06
38	1450.0
39	9.627
40	3.4
41	0.1861
42	673.28
43		Ra=1.38E-06
51		-7.0
52		d13C(CO2) calculated from d13C(TDIC)=0.1
53	Tedesco and Nagao, 1966	Federico et al., 2002

ITA141

Column	Version 1	Version 2
1		~
2	38.63	40.82
3		~
4	38.0	40.0
5	25.0	49.2
6		~
7	14.9666666667	14.43
8		~
10	58.0	25.8
11	17,36	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., W flank, site 22
16	19930121.0	19971023.0
19	10 F5
21	G/F	W/H
22		19.4
24	746.0
26	2.56183787066
28	2.32
32	5.52517985612	1.4
34	768.0	1.932e-06
35		≥
36	768.6	1.932e-06
38	321.0
39	9.881
40	3.0
41	0.1869
42	397.23
43		Ra=1.38E-06
53	Tedesco and Nagao, 1966	Federico et al., 2002

ITA142

Column	Version 1	Version 2
1		~
2	38.63	40.82
3		~
4	38.0	40.0
5	25.0	49.2
6		~
7	14.9666666667	14.43
8		~
10	58.0	25.8
11	36.0	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., W flank, site 23
16	19860626.0	19971023.0
21	G/F	W/H
22		19.7
32	5.97	1.6
33	5.97
34	835.8	2.208e-06
35		≥
36	835.8	2.208e-06
38	154.0
43		Ra=1.38E-06
51		-13.7
52		d13C(CO2) calculated from d13C(TDIC)=-8.1
53	Tedesco et al., 1995; NobleGasDate	Federico et al., 2002

ITA143

Column	Version 1	Version 2
1		~
2	38.63	40.82
3		~
4	38.0	40.0
5	25.0	49.2
6		~
7	14.9666666667	14.43
8		~
10	58.0	25.8
11	36,37	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., W flank, site 24
16	19860714.0	19971022.0
21	G/F	W/H
22		19.2
32	5.81	2.2
33	5.81
34	813.4	3.036e-06
35		≥
36	813.4	3.036e-06
38	219.0
43		Ra=1.38E-06
51		-3.7
52		d13C(CO2) calculated from d13C(TDIC)=1
53	Tedesco et al., 1995; NobleGasDate	Federico et al., 2002

ITA144

Column	Version 1	Version 2
1		~
2	38.63	40.82
3		~
4	38.0	40.0
5	25.0	49.2
6		~
7	14.9666666667	14.43
8		~
10	58.0	25.8
11	36,37	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., W flank, site 25
16	19860811.0	19971023.0
21	G/F	W/H
22		17.4
32	5.78	1.5
33	5.78
34	809.2	2.07e-06
35		≥
36	809.2	2.07e-06
38	31.0
43		Ra=1.38E-06
51		-8.3
52		d13C(CO2) calculated from d13C(TDIC)=-2.9
53	Tedesco et al., 1995; NobleGasDate	Federico et al., 2002

ITA145

Column	Version 1	Version 2
1		~
2	38.63	40.82
3		~
4	38.0	40.0
5	25.0	49.2
6		~
7	14.9666666667	14.43
8		~
10	58.0	25.8
11	36,37	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., W flank, site 27
16	19870919.0	19971020.0
21	G/F	W/H
22		19.7
32	5.61	2.3
33	5.61
34	785.4	3.174e-06
35		≥
36	785.4	3.174e-06
38	38.0
43		Ra=1.38E-06
51		-2.4
52		d13C(CO2) calculated from d13C(TDIC)=0.3
53	Tedesco et al., 1995; NobleGasDate	Federico et al., 2002

ITA146

Column	Version 1	Version 2
1		~
2	38.63	40.82
3		~
4	38.0	40.0
5	25.0	49.2
6		~
7	14.9666666667	14.43
8		~
10	58.0	25.8
11	36,37	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., W flank, site 28
16	19871102.0	19971023.0
21	G/F	W/H
22		19.9
32	5.69	2.5
33	5.69
34	796.6	3.45e-06
35		≥
36	796.6	3.45e-06
38	25.0
43		Ra=1.38E-06
51		-8.3
52		d13C(CO2) calculated from d13C(TDIC)=-2.3
53	Tedesco et al., 1995; NobleGasDate	Federico et al., 2002

ITA147

Column	Version 1	Version 2
1		~
2	38.63	40.82
3		~
4	38.0	40.0
5	25.0	49.2
6		~
7	14.9666666667	14.43
8		~
10	58.0	25.8
11	36,37	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., W flank, site 29
16	19880504.0	19980518.0
21	G/F	W/H
22		21.7
32	2.04	2.1
33	5.46
34	285.6	2.898e-06
35		≥
36	764.4	2.898e-06
38	0.42
43		Ra=1.38E-06
51		-8.1
52		d13C(CO2) calculated from d13C(TDIC)=-1.2
53	Tedesco et al., 1995; NobleGasDate	Federico et al., 2002

ITA148

Column	Version 1	Version 2
1		~
2	38.63	40.82
3		~
4	38.0	40.0
5	25.0	49.2
6		~
7	14.9666666667	14.43
8		~
10	58.0	25.8
11	36,37	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., W flank, site 30
16	19880531.0	19980516.0
21	G/F	W/H
22		19.4
32	5.78	2.1
33	5.62
34	809.2	2.898e-06
35		≥
36	786.8	2.898e-06
38	11.0
43		Ra=1.38E-06
51		-7.4
52		d13C(CO2) calculated from d13C(TDIC)=0.1
53	Tedesco et al., 1995; NobleGasDate	Federico et al., 2002

ITA149

Column	Version 1	Version 2
1		~
2	38.63	40.82
3		~
4	38.0	40.0
5	25.0	49.2
6		~
7	14.9666666667	14.43
8		~
10	58.0	25.8
11	36,37	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., W flank, site 31
16	19880912.0	19980516.0
21	G/F	W/H
22		19.0
32	5.86	1.6
33	5.86
34	820.4	2.208e-06
35		≥
36	820.4	2.208e-06
38	35.0
43		Ra=1.38E-06
51		-4.5
52		d13C(CO2) calculated from d13C(TDIC)=2
53	Tedesco et al., 1995; NobleGasDate	Federico et al., 2002

ITA150

Column	Version 1	Version 2
1		~
2	38.63	40.82
3		~
4	38.0	40.0
5	25.0	49.2
6		~
7	14.9666666667	14.43
8		~
10	58.0	25.8
11	36,37	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., W flank, site 33
16	19881101.0	19980518.0
21	G/F	W/H
22		18.1
32	6.01	1.7
33	6.12
34	841.4	2.346e-06
35		≥
36	856.8	2.346e-06
38	15.0
43		Ra=1.38E-06
51		-3.3
52		d13C(CO2) calculated from d13C(TDIC)=2
53	Tedesco et al., 1995; NobleGasDate	Federico et al., 2002

ITA151

Column	Version 1	Version 2
1		~
2	38.63	40.82
3		~
4	38.0	40.0
5	25.0	49.2
6		~
7	14.9666666667	14.43
8		~
10	58.0	25.8
11	36,37	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., W flank, site 34
16	19881230.0	19980516.0
21	G/F	W/H
22		16.5
32	5.98	1.5
33	5.98
34	837.2	2.07e-06
35		≥
36	837.2	2.07e-06
38	43.0
43		Ra=1.38E-06
51		-2.3
52		d13C(CO2) calculated from d13C(TDIC)=1.4
53	Tedesco et al., 1995; NobleGasDate	Federico et al., 2002

ITA152

Column	Version 1	Version 2
1		~
2	38.63	40.82
3		~
4	38.0	40.0
5	25.0	49.2
6		~
7	14.9666666667	14.43
8		~
10	58.0	25.8
11	36,37	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., W flank, site 35
16	19890210.0	19980108.0
21	G/F	W/H
22		17.8
32	5.61	1.5
33	5.82
34	785.4	2.07e-06
35		≥
36	814.8	2.07e-06
38	7.0
43		Ra=1.38E-06
51		-0.7
52		d13C(CO2) calculated from d13C(TDIC)=2.1
53	Tedesco et al., 1995; NobleGasDate	Federico et al., 2002

ITA153

Column	Version 1	Version 2
1		~
2	38.63	40.82
3		~
4	38.0	40.0
5	25.0	49.2
6		~
7	14.9666666667	14.43
8		~
10	58.0	25.8
11	36,37	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., W flank, site 37
16	19890302.0	19971020.0
21	G/F	W/H
22		17.2
32	4.77	1.0
33	6.24
34	667.8	1.38e-06
36	873.6
38	1.12
43		Ra=1.38E-06
53	Tedesco et al., 1995; NobleGasDate	Federico et al., 2002

ITA154

Column	Version 1	Version 2
1		~
2	38.63	40.82
3		~
4	38.0	40.0
5	25.0	49.2
6		~
7	14.9666666667	14.43
8		~
10	58.0	25.8
11	36,37	45
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli
14	Vulcano Isl., Fossa cone, fumarole F5	Vesuvius Mt., W flank, site 38
16	19890326.0	19980109.0
21	G/F	W/H
22		13.3
32	5.91	1.0
33	5.97
34	827.4	1.38e-06
36	835.8
38	27.0
43		Ra=1.38E-06
51		-19.5
52		d13C(CO2) calculated from d13C(TDIC)=-10.9
53	Tedesco et al., 1995; NobleGasDate	Federico et al., 2002

ITA155

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.0833333333
10	58.0	5.0
11	36,37	04
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole F5	Le Fumosa (submarine iss.)
16	19890413.0	19860624.0
21	G/F	G
22		100.0
24		3e-06
32	5.25	3.15
33	5.54	3.15
34	735.0	4.4e-06
36	775.6	4.41e-06
38	5.0	1000.0
44		2.4e-05
45		0.0015
46		0.003
47		0.985
48		0.0012
49		0.0004
52		[O2]=[O2+Ar]
53	Tedesco et al., 1995; NobleGasDate	Tedesco et al., 1990

ITA156

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.0833333333
10	58.0	5.0
11	36,37	04
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole F5	Le Fumosa (submarine iss.)
16	19890526.0	19860529.0
21	G/F	G
22		100.0
24		3e-06
32	5.31	2.55
33	5.52	2.62
34	743.4	3.57e-06
36	772.8	3.668e-06
38	7.0	24.0
44		1.9e-05
45		0.0028
46		0.003
47		0.995
48		0.0012
49		0.0004
52		[O2]=[O2+Ar]
53	Tedesco et al., 1995; NobleGasDate	Tedesco et al., 1990

ITA157

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.0833333333
10	58.0	5.0
11	36,37	04
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole F5	Le Fumosa (submarine iss.)
16	19890708.0	19860529.0
21	G/F	G
22		100.0
24		4e-06
32	4.35	2.09
33	5.51	2.41
34	609.0	3.92e-06
36	771.4	3.374e-06
38	1.22	4.0
44		1.2e-05
45		0.00023
46		0.012
47		0.984
48		0.0002
49		0.0004
52		[O2]=[O2+Ar]
53	Tedesco et al., 1995; NobleGasDate	Tedesco et al., 1990

ITA158

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.0833333333
10	58.0	5.0
11	36,37	04
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole F5	Le Fumosa (submarine iss.)
16	19890817.0	19860506.0
21	G/F	G
22		100.0
24		6e-06
32	5.5	2.4
33	5.5	2.46
34	770.0	3.36e-06
36	770.0	3.444e-06
38	17.0	25.0
45		0.00012
46		0.012
47		0.983
48		0.0021
49		0.0004
52		[O2]=[O2+Ar]
53	Tedesco et al., 1995; NobleGasDate	Tedesco et al., 1990

ITA159

Column	Version 1	Version 2
2	38.63	40.7833333333
4	38.0	40.0
5	25.0	47.0
7	14.9666666667	14.0833333333
10	58.0	5.0
11	36,37	04
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole F5	Mare Morto (submarine iss. Cao Miseno)
16	19890926.0	19860529.0
21	G/F
24		2e-06
32	5.34	2.22
33	5.41	2.37
34	747.6	3.11e-06
36	757.4	3.318e-06
38	20.0	9.0
45		0.00024
46		0.017
47		0.937
48		0.0428
49		0.001
52		[O2]=[O2+Ar]
53	Tedesco et al., 1995; NobleGasDate	Tedesco et al., 1990

ITA160

Column	Version 1	Version 2
2	38.63	40.7833333333
4	38.0	40.0
5	25.0	47.0
7	14.9666666667	14.0833333333
10	58.0	5.0
11	36,37	04
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole F5	Mare Morto (submarine iss. Cao Miseno)
16	19891114.0	19860524.0
21	G/F
24		6e-06
32	5.33	1.93
33	5.33	1.97
34	746.2	2.71e-06
36	746.2	2.758e-06
38	388.0	26.0
45		0.00033
46		0.035
47		0.9
48		0.0604
49		0.001
52		[O2]=[O2+Ar]
53	Tedesco et al., 1995; NobleGasDate	Tedesco et al., 1990

ITA161

Column	Version 1	Version 2
2	38.63	40.7833333333
4	38.0	40.0
5	25.0	47.0
7	14.9666666667	14.0833333333
10	58.0	5.0
11	36,37	12,36
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole F5	Mare Morto, bubbles in the sea
16	19891229.0	19890400.0
21	G/F	G/sea
24		7e-06
32	5.21	1.9
33	5.35	1.94
34	729.4	2.641e-06
36	749.0	2.6966e-06
37		7.15846994536
38	10.0
53	Tedesco et al., 1995; NobleGasDate	Marty et al., 1994; Abedini et al., 2006

ITA162

Column	Version 1	Version 2
1		~
2	38.63	40.833
3		~
4	38.0	40.0
5	25.0	49.98
6		~
7	14.9666666667	14.0833333333
8		~
10	58.0	5.0
11	36,37	02,04,07
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole F5	Mofette Field, Mofette 2 hole
16	19900128.0	19820411.0
19		IT90
21	G/F
23		PRODUCTION TEST; QUATERNARY AND TERTIARY IGNEOUS ROCKS
32	5.44	0.95
33	5.44	0.95
34	761.6	1.33e-06
36	761.6	1.324e-06
37		3.3
38	91.0
53	Tedesco et al., 1995; NobleGasDate	Hooker et al., 1985a; Tedesco et al., 1990; University of Cambridge database, unpubl.

ITA163

Column	Version 1	Version 2
1		~
2	38.63	40.833
3		~
4	38.0	40.0
5	25.0	49.98
6		~
7	14.9666666667	14.0833333333
8		~
10	58.0	5.0
11	36,37	02,04,07
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole F5	Mofette Field, Mofette 2 hole
16	19900129.0	19820408.0
19		IT84
21	G/F
23		PRODUCTION TEST; QUATERNARY AND TERTIARY IGNEOUS ROCKS
32	5.1	1.69
33	5.21	1.71
34	714.0	2.366e-06
36	729.4	2.384e-06
37		14.0
38	12.0
53	Tedesco et al., 1995; NobleGasDate	Hooker et al., 1985a; Tedesco et al., 1990; University of Cambridge database, unpubl.

ITA164

Column	Version 1	Version 2
1		~
2	38.63	40.833
3		~
4	38.0	40.0
5	25.0	49.98
6		~
7	14.9666666667	14.0833333333
8		~
10	58.0	5.0
11	36,37	02,07
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole F5	Mofette Field, Mofette 2 hole
16	19900212.0	19820410.0
19		IT88
21	G/F
23		PRODUCTION TEST; QUATERNARY AND TERTIARY IGNEOUS ROCKS
32	4.64	1.12
33	4.95	1.24
34	649.6	1.568e-06
36	693.0	1.736e-06
37		0.56
38	7.0
53	Tedesco et al., 1995; NobleGasDate	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA165

Column	Version 1	Version 2
1		~
2	38.4166666667	40.833
3		~
4	38.0	40.0
5	25.0	49.98
6		~
7	14.9666666667	14.0833333333
8		~
10	58.0	5.0
11	12,36	02,07
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FA	Mofette Field, Mofette 2 hole
16	19890400.0	19820408.0
17	0.0
19		IT83
21	G/F
23		PRODUCTION TEST; QUATERNARY AND TERTIARY IGNEOUS ROCKS
24	20.0
32	5.63	1.35
33	5.66	1.5
34	782.57	1.89e-06
36	786.74	2.1e-06
37	49.8229508197	0.97
52	CO2/3He(*10^9)=8,1
53	Marty et al., 1994; NogaDate	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA166

Column	Version 1	Version 2
1		~
2	38.4166666667	40.833
3		~
4	38.0	40.0
5	25.0	49.98
6		~
7	14.9666666667	14.0833333333
8		~
10	58.0	5.0
11	17,36	02,07
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FA	Mofette Field, Mofette 2 hole
16	19920216.0	19820409.0
19	11 FA	IT86
21	G/F
23		PRODUCTION TEST; QUATERNARY AND TERTIARY IGNEOUS ROCKS
24	9.9
26	0.359285933976
28	0.325
32	5.45323741007	1.53
33		1.54
34	758.0	2.142e-06
36	764.2	2.154e-06
37		16.0
38	30.4
39	9.754
40	2.9
41	0.1886
42	306.7
53	Tedesco and Nagao, 1966	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA167

Column	Version 1	Version 2
1		~
2	38.4166666667	40.833
3		~
4	38.0	40.0
5	25.0	49.98
6		~
7	14.9666666667	14.0833333333
8		~
10	58.0	5.0
11	17,36	02,07
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FA	Mofette Field, Mofette 2 hole
16	19920506.0	19820410.0
19	12 FA	IT87
21	G/F
23		PRODUCTION TEST; QUATERNARY AND TERTIARY IGNEOUS ROCKS
24	6.8
26	0.165652372263
28	0.15
32	5.30215827338	1.61
33		1.62
34	737.0	2.254e-06
36	740.98	2.265e-06
37		19.8
38	45.3
39	9.864
40	2.93
41	0.187
42	300.6
53	Tedesco and Nagao, 1966	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA168

Column	Version 1	Version 2
1		~
2	38.4166666667	40.833
3		~
4	38.0	40.0
5	25.0	49.98
6		~
7	14.9666666667	14.0833333333
8		~
10	58.0	5.0
11	17,36	02,07
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FA	Mofette Field, Mofette 2 hole
16	19921125.0	19820411.0
19	13 FA	IT89
21	G/F
23		PRODUCTION TEST; QUATERNARY AND TERTIARY IGNEOUS ROCKS
24	450.0
26	0.201524904215
28	0.182
32	5.51079136691	1.77
33		1.8
34	766.0	2.478e-06
36	766.1	2.51e-06
37		8.6
38	2470.0
39	9.657
40	3.6
41	0.1857
42	941.57
53	Tedesco and Nagao, 1966	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA169

Column	Version 1	Version 2
2	38.4166666667	40.783
4	38.0	40.0
5	25.0	46.98
7	14.9666666667	15.3
9	14.0	15.0
10	58.0	18.0
11	17,36	07
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FA	Monte Nuovo (Nuova Mefite)
16	19930121.0
19	14 FA	IT107
21	G/F	W
24	11.5
26	0.150291525424
28	0.136
32	5.51798561151	1.2
34	767.0	1.68e-06
36	769.2	1.695e-06
37		5.0
38	84.1
39	9.794
40	2.92
41	0.1874
42	318.46
53	Tedesco and Nagao, 1966	University of Cambridge database, unpubl.

ITA170

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.1
10	58.0	6.0
11	36,37	04
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FD	Pozzuoli Porte (submarine iss.)
16	19890413.0	19840112.0
21	G/F	G
22		72.0
24		0.000138
32	5.38	2.53
33	5.54	2.53
34	753.2	3.54e-06
36	775.6	3.542e-06
38	9.37	1000.0
45		0.004
46		0.0623
47		0.932
48		0.00096
52		[O2]=[O2+Ar]
53	Tedesco et al., 1995; NobleGasDate	Tedesco et al., 1990

ITA171

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.1
10	58.0	6.0
11	36,37	04
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FD	Pozzuoli Porte (submarine iss.)
16	19890817.0	19860529.0
21	G/F	G
22		72.0
24		9.3e-05
32	5.5	2.67
33	5.59	2.73
34	770.0	3.74e-06
36	782.6	3.822e-06
38	17.0	29.0
45		0.002
46		0.041
47		0.955
48		0.00127
52		[O2]=[O2+Ar]
53	Tedesco et al., 1995; NobleGasDate	Tedesco et al., 1990

ITA172

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.1
10	58.0	6.0
11	36,37	04
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FD	Pozzuoli Porte (submarine iss.)
16	19891114.0	19860624.0
21	G/F	G
22		72.0
24		0.0001
32	5.37	2.91
33	5.37	2.94
34	751.8	4.07e-06
36	751.8	4.116e-06
38	16.0	68.0
45		0.0014
46		0.025
47		0.971
48		0.00225
52		[O2]=[O2+Ar]
53	Tedesco et al., 1995; NobleGasDate	Tedesco et al., 1990

ITA173

Column	Version 1	Version 2
2	38.63	40.7666666667
4	38.0	40.0
5	25.0	46.0
7	14.9666666667	14.1
10	58.0	6.0
11	36,37	03
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FD	Pozzuoli Porte (submarine iss.)
16	19891229.0	19830513.0
21	G/F
32	5.57	2.49
33	5.57	2.5
34	779.8	3.48e-06
36	779.8	3.48e-06
38	75.0	330.0
53	Tedesco et al., 1995; NobleGasDate	Sano et al, 1989

ITA174

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.1
10	58.0	6.0
11	36,37	12,36
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FD	Pozzuoli Porto, bubbles in the sea
16	19900129.0	19890400.0
21	G/F	G/sea
32	5.09	2.62
33	5.09	2.66
34	712.6	3.6418e-06
36	712.6	3.6974e-06
37		11.1672131148
38	52.0
53	Tedesco et al., 1995; NobleGasDate	Marty et al., 1994; Abedini et al., 2006

ITA175

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.0833333333
10	58.0	5.0
11	36,37	04
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FD	Secca Caruso (submarine iss.)
16	19890926.0	19860529.0
21	G/F	G
22		79.0
24		6e-06
32	5.85	2.49
33	6.03	2.5
34	819.0	3.49e-06
36	844.2	3.5e-06
38	9.32	22.0
44		0.0254
45		0.0067
46		0.0078
47		0.949
48		0.011
52		[O2]=[O2+Ar]
53	Tedesco et al., 1995; NobleGasDate	Tedesco et al., 1990

ITA176

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.0833333333
10	58.0	5.0
11	36,37	04
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FD	Secca Caruso (submarine iss.)
16	19891012.0	19860506.0
21	G/F	G
22		79.0
24		7e-06
32	5.59	2.33
33	5.59	2.39
34	782.6	3.26e-06
36	782.6	3.346e-06
38	503.0	25.0
44		0.0125
45		0.0002
46		0.0076
47		0.976
48		0.0039
52		[O2]=[O2+Ar]
53	Tedesco et al., 1995; NobleGasDate	Tedesco et al., 1990

ITA177

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.0833333333
10	58.0	5.0
11	36,37	04
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FD	Secca Caruso (submarine iss.)
16	19891114.0	19860624.0
21	G/F	G
22		79.0
24		7e-06
32	5.61	2.59
33	5.61	2.62
34	785.4	3.63e-06
36	785.4	3.668e-06
38	1253.0	63.0
44		0.0136
45		0.00047
46		0.0078
47		0.975
48		0.0039
52		[O2]=[O2+Ar]
53	Tedesco et al., 1995; NobleGasDate	Tedesco et al., 1990

ITA178

Column	Version 1	Version 2
2	38.63	40.8166666667
4	38.0	40.0
5	25.0	49.0
7	14.9666666667	14.0833333333
10	58.0	5.0
11	36,37	12,36
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FD	Secca Caruso, bubbles in the sea
16	19891229.0	19890400.0
21	G/F	G/sea
24		1.3e-05
32	4.08	2.39
33	5.85	2.44
34	571.2	3.3221e-06
36	819.0	3.416e-06
37		7.73114754098
38	0.86
53	Tedesco et al., 1995; NobleGasDate	Marty et al., 1994; Abedini et al., 2006

ITA179

Column	Version 1	Version 2
2	38.63	40.8333333333
4	38.0	40.0
5	25.0	50.0
7	14.9666666667	14.1333333333
10	58.0	8.0
11	36,37	42
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FD	Solfatara Crater
16	19900108.0	19900901.0
19		1.0
21	G/F
32	5.83	3.09
33	5.83
34	816.2
36	816.2	4.33e-06
38	15.0	92.0
42		296.0
53	Tedesco et al., 1995; NobleGasDate	Tedesco, Scarcsi.,1999

ITA180

Column	Version 1	Version 2
2	38.63	40.8333333333
4	38.0	40.0
5	25.0	50.0
7	14.9666666667	14.1333333333
10	58.0	8.0
11	36,37	42
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FD	Solfatara Crater
16	19900129.0	19910111.0
19		2.0
21	G/F
32	5.56	2.96
33	5.56
34	778.4
36	778.4	4.14e-06
38	315.0	102.0
39		9.85
40		0.02943
42		298.0
53	Tedesco et al., 1995; NobleGasDate	Tedesco, Scarcsi.,1999

ITA181

Column	Version 1	Version 2
2	38.63	40.8333333333
4	38.0	40.0
5	25.0	50.0
7	14.9666666667	14.1333333333
10	58.0	8.0
11	36,37	42
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FD	Solfatara Crater
16	19890326.0	19910530.0
19		3.0
21	G/F
32	4.71	3.01
33	6.31
34	659.4
36	883.4	4.21e-06
38	1.05	112.0
39		9.74
40		0.02915
42		296.0
53	Tedesco et al., 1995; NobleGasDate	Tedesco, Scarcsi.,1999

ITA182

Column	Version 1	Version 2
2	38.63	40.8333333333
4	38.0	40.0
5	25.0	50.0
7	14.9666666667	14.1333333333
10	58.0	8.0
11	36,37	42
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FD	Solfatara Crater
16	19890413.0	19910912.0
19		4.0
21	G/F
32	4.77	2.96
33	6.1
34	667.8
36	854.0	4.14e-06
38	1.22	95.0
39		9.81
40		0.02969
42		297.0
53	Tedesco et al., 1995; NobleGasDate	Tedesco, Scarcsi.,1999

ITA183

Column	Version 1	Version 2
2	38.63	40.8333333333
4	38.0	40.0
5	25.0	50.0
7	14.9666666667	14.1333333333
10	58.0	8.0
11	36,37	42
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FD	Solfatara Crater
16	19890926.0	19920202.0
19		5.0
21	G/F
32	4.78	2.91
33	5.0
34	669.2
36	700.0	4.07e-06
38	8.71	84.0
39		9.87
40		0.02902
42		297.0
53	Tedesco et al., 1995; NobleGasDate	Tedesco, Scarcsi.,1999

ITA184

Column	Version 1	Version 2
2	38.63	40.8333333333
4	38.0	40.0
5	25.0	50.0
7	14.9666666667	14.1333333333
10	58.0	8.0
11	36,37	42
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FD	Solfatara Crater
16	19890926.0	19920703.0
19		6.0
21	G/F
32	3.62	2.93
33	3.88
34	506.8
36	543.2	4.1e-06
38	4.4	96.0
39		9.79
40		0.02909
42		301.0
53	Tedesco et al., 1995; NobleGasDate	Tedesco, Scarcsi.,1999

ITA185

Column	Version 1	Version 2
2	38.63	40.8333333333
4	38.0	40.0
5	25.0	50.0
7	14.9666666667	14.1333333333
10	58.0	8.0
11	36,37	42
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FD	Solfatara Crater
16	19910129.0	19921014.0
19		7.0
21	G/F
32	3.8	2.94
33	5.27
34	532.0
36	737.8	4.12e-06
38	0.93	109.0
39		9.75
40		0.02942
42		299.0
53	Tedesco et al., 1995; NobleGasDate	Tedesco, Scarcsi.,1999

ITA186

Column	Version 1	Version 2
2	38.63	40.8333333333
4	38.0	40.0
5	25.0	50.0
7	14.9666666667	14.1333333333
10	58.0	8.0
11	36,37	42
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole FD	Solfatara Crater
16	19910129.0	19930114.0
19		8.0
21	G/F
32	4.98	2.91
33	4.98
34	697.2
36	697.2	4.07e-06
38	60.0	96.0
39		9.81
40		0.02948
42		305.0
53	Tedesco et al., 1995; NobleGasDate	Tedesco, Scarcsi.,1999

ITA187

Column	Version 1	Version 2
2	38.63	40.8333333333
4	38.0	40.0
5	25.0	50.0
7	14.9666666667	14.1333333333
10	58.0	8.0
11	8.0	42
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole unnamed	Solfatara Crater
16	19790500.0	19930715.0
19		9.0
21	G/F
23	Collection I.A.Menyailov
32		3.04
33	5.43
34	760.0
36	760.0	4.26e-06
38		165.0
53	Polyak, 1988	Tedesco, Scarcsi.,1999

ITA188

Column	Version 1	Version 2
2	38.63	40.8333333333
4	38.0	40.0
5	25.0	50.0
7	14.9666666667	14.1333333333
10	58.0	8.0
11	3.0	42
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole unnamed	Solfatara Crater
16	19840205.0	19930922.0
19		10.0
20	a
21	G/F
32	2.36	3.01
33	5.4
34	331.0
36	689.1	4.21e-06
37	0.46
38	0.46	154.0
39		9.79
40		0.02995
42		299.0
53	Sano et al, 1989	Tedesco, Scarcsi.,1999

ITA189

Column	Version 1	Version 2
2	38.63	40.8333333333
4	38.0	40.0
5	25.0	50.0
7	14.9666666667	14.1333333333
10	58.0	8.0
11	3.0	42
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole unnamed	Solfatara Crater
16	19840205.0	19940321.0
19		11.0
20	b
21	G/F
32	5.09	3.06
33	5.1
34	713.0
36	713.7	4.28e-06
38	230.0	9195.0
39		9.35
40		0.0398
42		594.0
53	Sano et al, 1989	Tedesco, Scarcsi.,1999

ITA190

Column	Version 1	Version 2
2	38.63	40.8333333333
4	38.0	40.0
5	25.0	50.0
7	14.9666666667	14.1333333333
10	58.0	8.0
11	3.0	42
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole unnamed	Solfatara Crater
16	19860528.0	19940410.0
19		12.0
20	a
21	G/F
32	5.88	2.91
33	5.9
34	823.0
36	824.1	4.07e-06
38	180.0	2530.0
39		9.43
40		0.0322
42		639.0
53	Sano et al, 1989	Tedesco, Scarcsi.,1999

ITA191

Column	Version 1	Version 2
2	38.63	40.8333333333
4	38.0	40.0
5	25.0	50.0
7	14.9666666667	14.1333333333
10	58.0	8.0
11	3.0	42
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole unnamed	Solfatara Crater
16	19860528.0	19940501.0
19		13.0
20	b
21	G/F
32	5.97	3.43
33	6.0
34	836.0
36	837.4	4.8e-06
38	150.0	1154.0
39		10.52
40		0.03071
42		468.0
53	Sano et al, 1989	Tedesco, Scarcsi.,1999

ITA192

Column	Version 1	Version 2
2	38.63	40.8333333333
4	38.0	40.0
5	25.0	50.0
7	14.9666666667	14.1333333333
10	58.0	8.0
11	2,7	42
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., Fossa cone, fumarole unnamed	Solfatara Crater
16	<19850000	19940601.0
19	IT108	14.0
21	W/F
23	PRE-TERTIARY
32	5.11	3.5
33	5.12
34	715.4
36	716.8	4.9e-06
37	122.0
38		1652.0
39		10.19
40		0.03198
42		498.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Tedesco, Scarcsi.,1999

ITA193

Column	Version 1	Version 2
2	38.4166666667	40.8333333333
4	38.0	40.0
5	25.0	50.0
7	14.9666666667	14.1333333333
10	58.0	8.0
11	3.0	42
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., mud pool	Solfatara Crater
16	19830510.0	19940701.0
19		15.0
21	G/S
32	3.73	3.42
33	3.8
34	522.0
36	524.7	4.79e-06
38	43.0	1089.0
39		10.28
40		0.03156
42		454.0
53	Sano et al, 1989	Tedesco, Scarcsi.,1999

ITA194

Column	Version 1	Version 2
2	38.4166666667	40.8333333333
4	38.0	40.0
5	25.0	50.0
7	14.9666666667	14.1333333333
10	58.0	8.0
11	3.0	42
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., mud pool	Solfatara Crater
16	19830525.0	19940108.0
19		16.0
21	G/S
32	4.76	3.07
33	4.8
34	667.0
36	676.5	4.3e-06
38	17.0	190.0
39		9.94
40		0.02909
42		316.0
53	Sano et al, 1989	Tedesco, Scarcsi.,1999

ITA195

Column	Version 1	Version 2
2	38.4166666667	40.8333333333
4	38.0	40.0
5	25.0	50.0
7	14.9666666667	14.1333333333
10	58.0	8.0
11	3.0	42
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., sea side	Solfatara Crater
16	19830510.0	19940923.0
19		17.0
21	G
32	3.78	3.02
33	3.8
34	529.0
36	531.6	4.23e-06
38	45.0	176.0
39		9.54
40		0.0292
42		312.0
53	Sano et al, 1989	Tedesco, Scarcsi.,1999

ITA196

Column	Version 1	Version 2
2	38.4166666667	40.8333333333
4	38.0	40.0
5	25.0	50.0
7	14.9666666667	14.1333333333
10	58.0	8.0
11	3.0	42
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., sea side	Solfatara Crater
16	19860528.0	19940929.0
19		18.0
21	G
32	4.83	3.16
33	4.9
34	676.0
36	681.2	4.42e-06
38	31.0	161.0
39		9.85
40		0.09943
42		311.0
53	Sano et al, 1989	Tedesco, Scarcsi.,1999

ITA197

Column	Version 1	Version 2
2	38.4166666667	40.8333333333
4	38.0	40.0
5	25.0	50.0
7	14.9666666667	14.1333333333
10	58.0	8.0
11	3.0	42
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., sea side	Solfatara Crater
16	19861019.0	19941013.0
19		19.0
20	b
21	G
32	3.79	3.11
33	3.9
34	531.0
36	551.9	4.35e-06
38	5.9	222.0
39		9.93
40		0.02927
42		317.0
53	Sano et al, 1989	Tedesco, Scarcsi.,1999

ITA198

Column	Version 1	Version 2
2	38.4166666667	40.8333333333
4	38.0	40.0
5	25.0	50.0
7	14.9666666667	14.1333333333
10	58.0	8.0
11	3.0	42
13	EOLIAN ISLANDS, Volcano Isl.	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vulcano Isl., sea side	Solfatara Crater
16	19861019.0	19941016.0
19		20.0
20	a
21	G
32	4.83
33	4.9
34	676.0
36	687.7	4.27e-06
38	14.0	118.0
39		9.9
40		0.02918
42		308.0
53	Sano et al, 1989	Tedesco, Scarcsi.,1999

ITA199

Column	Version 1	Version 2
2	46.25	40.8333333333
4	46.0	40.0
5	15.0	50.0
7	13.333	14.1333333333
9	13.0	14.0
10	20.0	8.0
11	41.0	01,36
13	FRIULI, Southern Alps, Barcis-Staro Selo (BS) line	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Vescovo sampling site (Friuli)	Solfatara Crater, Bocca Grande
16	20060510.0	19771228.0
19	7.0	7701-IT
21	W	G/F
22		145.0
23	The sites coordinates are given in UTM-WGS84 units
24	1.46442610867	1.2e-05
26	3.66106527167
29		0.000165
33	0.75
34		3.8e-06
35		≥
36		3.8e-06
38	0.41
42		294.0
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	304914.436198
46	640163.413217
47	54915.979075
48	1.04601864905
51	from TDIC -14,11
52	δ13CTDIC = -8,79
53	Italiano et al., 2009	Polyak et al., 1979; Abedini et al., 2006

ITA200

Column	Version 1	Version 2
1	~
2	46.4666666667	40.8333333333
3	~
4	46.0	40.0
5	28.0	50.0
6	~
7	13.2333333333	14.1333333333
8	~
9	13.0	14.0
10	14.0	8.0
11	41.0	12,36
13	FRIULI, Southern Alps, But-Chiarso (BL) line	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Acquaviva sampling site (Friuli)	Solfatara Crater, Bocca Grande
16	20060508.0	19890400.0
19	1.0
21	W	G/F
23	The sites coordinates are given in UTM-WGS84 units
24	2.12880690035	1.7e-05
26	4.47595296996
32		2.59
33	0.46	2.63
34		3.6001e-06
36		3.6557e-06
37		12.0262295082
38	0.48
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	158295.897718
46	589515.757019
47	252181.740503
48	0.0
51	from TDIC -10,63
52	δ13CTDIC = -5,8
53	Italiano et al., 2009	Marty et al., 1994; Abedini et al., 2006

ITA201

Column	Version 1	Version 2
1	~
2	46.2166666667	40.8333333333
3	~
4	46.0	40.0
5	13.0	50.0
6	~
7	13.1666666667	14.1333333333
8	~
9	13.0	14.0
10	10.0	8.0
11	41.0	04
13	FRIULI, Southern Alps, Monte Pala (MP) line	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Anduins sampling site (Friuli)	Solfatara Crater, Bocca Grande 1
16	20060914.0	19830513.0
19	5.0
21	W	G
22		155.0
23	The sites coordinates are given in UTM-WGS84 units
24	2.40836031919	2.5e-05
26	4.50258668369
32		2.49
33	0.46	2.5
34		3.48e-06
36		3.5e-06
38	0.53	330.0
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
44		0.0014
45	1047.11318225	1.4e-05
46	638739.041175	0.002
47	292144.577849	0.986
48	68062.3568465	0.00013
49		0.0103
51	from TDIC -17,04
52	δ13CTDIC = -11,73	[O2]=[O2+Ar]
53	Italiano et al., 2009	Tedesco et al., 1990

ITA202

Column	Version 1	Version 2
1	~
2	46.2166666667	40.8333333333
3	~
4	46.0	40.0
5	13.0	50.0
6	~
7	13.1666666667	14.1333333333
8	~
9	13.0	14.0
10	10.0	8.0
11	41.0	04
13	FRIULI, Southern Alps, Monte Pala (MP) line	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Anduins sampling site (Friuli)	Solfatara Crater, Bocca Grande 2
16	20061016.0	19831012.0
19	5.0
21	W	G
22		155.0
23	The sites coordinates are given in UTM-WGS84 units
24	0.935061972011
26	2.23375915536
32		2.5
33	0.47	2.52
34		3.5e-06
36		3.528e-06
38	0.42	99.0
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	2597.3943667
46	674283.577595
47	310128.887384
48	12986.9718335
51	from TDIC -17,82
52	δ13CTDIC = -12,3
53	Italiano et al., 2009	Tedesco et al., 1990

ITA203

Column	Version 1	Version 2
1	~
2	46.2166666667	40.8333333333
3	~
4	46.0	40.0
5	13.0	50.0
6	~
7	13.1666666667	14.1333333333
8	~
9	13.0	14.0
10	10.0	8.0
11	41.0	04
13	FRIULI, Southern Alps, Monte Pala (MP) line	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Anduins sampling site (Friuli)	Solfatara Crater, Bocca Grande 3
16	20070420.0	19831227.0
19	5.0
21	W	G
22		155.0
23	The sites coordinates are given in UTM-WGS84 units
24	3.1669652891	4.6e-05
26	3.5508398696
32		2.23
33	0.59	2.38
34		3.12e-06
36		3.332e-06
38	0.89	9.0
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
44		0.002
45	1439.52967686	1.1e-05
46	576291.713971	0.0028
47	239921.612811	0.975
48	182340.425736	0.00029
49		0.0175
52	δ13CTDIC = -11,56	[O2]=[O2+Ar]
53	Italiano et al., 2009	Tedesco et al., 1990

ITA204

Column	Version 1	Version 2
1	~
2	46.4833333333	40.8333333333
3	~
4	46.0	40.0
5	29.0	50.0
6	~
7	12.9333333333	14.1333333333
8	~
9	12.0	14.0
10	56.0	8.0
11	41.0	04
13	FRIULI, Southern Alps, Sauris (SA) line	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Cazzaso sampling site (Friuli)	Solfatara Crater, Bocca Grande 4
16	20060509.0	19880610.0
19	8.0
21	W	G
22		155.0
23	The sites coordinates are given in UTM-WGS84 units
24	1.03092002753	1.6e-05
26	3.52891855577
32		2.87
33	0.81	2.87
34		4.01e-06
36		4.018e-06
38	0.29	61.0
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
44		0.0016
45	74146.9404415	3.3e-05
46	543612.06067	0.0049
47	382233.425591	0.986
48	3.01345854201	0.00016
49		0.0068
51	from TDIC -18,66
52	δ13CTDIC = -13,96	[O2]=[O2+Ar]
53	Italiano et al., 2009	Tedesco et al., 1990

ITA205

Column	Version 1	Version 2
1	~
2	46.4833333333	40.8333333333
3	~
4	46.0	40.0
5	29.0	50.0
6	~
7	12.9333333333	14.1333333333
8	~
9	12.0	14.0
10	56.0	8.0
11	41.0	04
13	FRIULI, Southern Alps, Sauris (SA) line	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Cazzaso sampling site (Friuli)	Solfatara Crater, soffione 2
16	20060707.0	19831012.0
19	8.0
21	W	G
22		145.0
23	The sites coordinates are given in UTM-WGS84 units
24	0.825257619415	1.2e-05
26	2.22460749581
32		2.68
33	0.97	2.71
34		3.76e-06
36		3.794e-06
38	0.36	57.0
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
44		0.0017
45	1435.23064246	2e-05
46	529241.299408	0.0031
47	469320.420085	0.987
48	0.0	0.00025
49		0.0076
52	δ13CTDIC = -9,1	[O2]=[O2+Ar]
53	Italiano et al., 2009	Tedesco et al., 1990

ITA206

Column	Version 1	Version 2
1	~
2	46.4833333333	40.8333333333
3	~
4	46.0	40.0
5	29.0	50.0
6	~
7	12.9333333333	14.1333333333
8	~
9	12.0	14.0
10	56.0	8.0
11	41.0	04
13	FRIULI, Southern Alps, Sauris (SA) line	CAMPANIA, Napoli, Campi Flegrei Caldera
14	Cazzaso sampling site (Friuli)	Solfatara Crater, soffione 3
16	20060801.0	19831227.0
19	8.0
21	W	G
22		145.0
23	The sites coordinates are given in UTM-WGS84 units
24	0.938751598951	1.2e-05
26	2.5480400543
32		2.95
33	0.58	2.95
34		4.13e-06
36		4.13e-06
38	0.36	1000.0
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
44		0.002
45	50513.776515	6e-06
46	556545.590807	0.0033
47	392934.597847	0.985
48	2.5480400543	0.0003
49		0.0096
52		[O2]=[O2+Ar]
53	Italiano et al., 2009	Tedesco et al., 1990

ITA207

Column	Version 1	Version 2
1	~
2	46.4833333333	40.7083333333
3	~
4	46.0	40.0
5	29.0	42.5
6	~
7	12.9333333333	15.2222166667
8	~
9	12.0	15.0
10	56.0	13.333
11	41.0	44.0
13	FRIULI, Southern Alps, Sauris (SA) line	CAMPANIA, Salerno (Apennines Southern)
14	Cazzaso sampling site (Friuli)	S. Sisto Spr.
16	20061023.0	20070423.0
19	8.0
21	W	G/S
23	The sites coordinates are given in UTM-WGS84 units
24	0.622403075036	1.78e-05
26	1.78422214844
32		1.33
33	0.68	1.33
34		1.862e-06
36		1.862e-06
38	0.35	1395.0
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	1244.80615007
46	525308.195331	0.0255
47	473441.272411	0.975
48	3.31948306686	0.0031
51	from TDIC -17,73
52	δ13CTDIC = -13,54
53	Italiano et al., 2009	Caracausi et al., 2013, in press

ITA208

Column	Version 1	Version 2
1	~
2	46.4833333333	40.7083333333
3	~
4	46.0	40.0
5	29.0	42.5
6	~
7	12.9333333333	15.2222166667
8	~
9	12.0	15.0
10	56.0	13.333
11	41.0	44.0
13	FRIULI, Southern Alps, Sauris (SA) line	CAMPANIA, Salerno (Apennines Southern)
14	Cazzaso sampling site (Friuli)	S. Sisto Spr.
16	20061207.0	20070118.0
19	8.0
21	W	G/S
23	The sites coordinates are given in UTM-WGS84 units
24	0.771865535535	1.93e-05
26	2.05830809476
32		1.28
33	0.71	1.28
34		1.792e-06
36		1.792e-06
38	0.37	1447.0
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	1715.25674563
46	485417.659014	0.0249
47	512861.766944	0.982
48	2.48712228117	0.003
52	δ13CTDIC = -14,53
53	Italiano et al., 2009	Caracausi et al., 2013, in press

ITA209

Column	Version 1	Version 2
1	~
2	46.4833333333	40.7083333333
3	~
4	46.0	40.0
5	29.0	42.5
6	~
7	12.9333333333	15.2222166667
8	~
9	12.0	15.0
10	56.0	13.333
11	41.0	44.0
13	FRIULI, Southern Alps, Sauris (SA) line	CAMPANIA, Salerno (Apennines Southern)
14	Cazzaso sampling site (Friuli)	S. Sisto Spr.
16	20070202.0	20060613.0
19	8.0
21	W	G/S
23	The sites coordinates are given in UTM-WGS84 units
24	0.766546729978	2.15e-05
26	2.09058199085
32		1.27
33	0.76	1.27
34		1.778e-06
36		1.778e-06
38	0.37	263.0
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	12543.4919451	0.0012
46	447036.11571	0.0318
47	540415.444634	0.965
48	2.09058199085	0.0031
51		0.8
52	δ13CTDIC = -14,95
53	Italiano et al., 2009	Caracausi et al., 2013, in press

ITA210

Column	Version 1	Version 2
1	~
2	46.4833333333	40.7083333333
3	~
4	46.0	40.0
5	29.0	42.5
6	~
7	12.9333333333	15.2222166667
8	~
9	12.0	15.0
10	56.0	13.333
11	41.0	20,30
13	FRIULI, Southern Alps, Sauris (SA) line	CAMPANIA, Salerno (Apennines Southern)
14	Cazzaso sampling site (Friuli)	S. Sisto Spr.
16	20070314.0	19960630.0
19	8.0
21	W
23	The sites coordinates are given in UTM-WGS84 units
24	1.28955155361	2.2e-05
26	3.86865466083
33	0.91	1.33
34		1.862e-06
36		1.862e-06
38	0.33	5.0
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	402.984860504
46	543223.591959	0.02
47	456178.86209	0.977
48	189.402884437	0.003
52	δ13CTDIC = -15,28
53	Italiano et al., 2009	Italiano et al, 2000, 2001

ITA211

Column	Version 1	Version 2
1	~
2	46.4833333333	40.7083333333
3	~
4	46.0	40.0
5	29.0	42.5
6	~
7	12.9333333333	15.2222166667
8	~
9	12.0	15.0
10	56.0	13.333
11	41.0	20,30
13	FRIULI, Southern Alps, Sauris (SA) line	CAMPANIA, Salerno (Apennines Southern)
14	Cazzaso sampling site (Friuli)	S. Sisto Spr.
16	20070511.0	19960417.0
19	8.0
21	W
23	The sites coordinates are given in UTM-WGS84 units
24	1.22620802315
26	3.42492585775
33	0.99	1.37
34		1.9e-06
36		1.918e-06
38	0.37	41.0
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	6765.28564495
46	495134.34314
47	498094.155609
48	1.56447230539
52	δ13CTDIC = -14,87
53	Italiano et al., 2009	Italiano et al, 2000, 2001

ITA212

Column	Version 1	Version 2
1	~
2	46.2833333333	40.7083333333
3	~
4	46.0	40.0
5	17.0	42.5
6	~
7	13.1333333333	15.2222166667
8	~
9	13.0	15.0
10	8.0	13.333
11	41.0	20,30
13	FRIULI, Southern Alps,Barcis-Staro Selo (BS) line	CAMPANIA, Salerno (Apennines Southern)
14	Gemona 2 sampling site (Friuli)	S. Sisto Spr.
16	20060509.0	19980627.0
19	6-2
21	W
23	The sites coordinates are given in UTM-WGS84 units
24	1.78125131911
26	12.0130902917
33	0.89	1.21
34		1.694e-06
36		1.694e-06
38	0.15	98.0
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	255174.607575
46	671490.322855
47	73321.2752285
51	from TDIC -13,32
52	δ13CTDIC = -8,27
53	Italiano et al., 2009	Italiano et al, 2000, 2001

ITA213

Column	Version 1	Version 2
1	~
2	46.2833333333	44.8166666667
3	~
4	46.0	44.0
5	17.0	49.0
6	~
7	13.1333333333	9.96666666667
8	~
9	13.0	9.0
10	8.0	58.0
11	41.0	05
13	FRIULI, Southern Alps,Barcis-Staro Selo (BS) line	EMILIA ROMANA
14	Gemona 2 sampling site (Friuli)	Salsomaggiore Terme
16	20060801.0
19	6-2
21	W	G/S
23	The sites coordinates are given in UTM-WGS84 units
24	4.16655320249	0.000277
26	12.648465079
32		0.03
33	0.92	0.03
34		4.2e-08
36		4.2e-08
37		243.0
38	0.33
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	212791.82427
46	634655.336023
47	152525.608306
48	10.4163830062
53	Italiano et al., 2009	Marty B. et al., 1992

ITA214

Column	Version 1	Version 2
1	~
2	46.2833333333	44.15
3	~
4	46.0	44.0
5	17.0	9.0
6	~
7	13.1333333333	12.1333333333
8	~
9	13.0	12.0
11	41.0	05,21
13	FRIULI, Southern Alps,Barcis-Staro Selo (BS) line	EMILIA ROMANA, Apennines Northern
14	Gemona 2 sampling site (Friuli)	Fratta Terme
16	20061207.0
19	6.0	151.0
21	W	W/S
23	The sites coordinates are given in UTM-WGS84 units
24	1.11939560597
26	3.64840049355
32		0.05
33	0.89	0.03
34		4.2e-08
36		4.2e-08
37		11.3
38	0.31
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	223049.939264
46	664589.317177
47	112354.151563
48	1.82420024677
52	δ13CTDIC = -10,21
53	Italiano et al., 2009	Marty et al., 1992; Minissale et al, 2000

ITA215

Column	Version 1	Version 2
1	~
2	46.2833333333	38.46
3	~
4	46.0	38.0
5	17.0	27.6
6	~
7	13.1333333333	14.95
8	~
9	13.0	14.0
10	8.0	57.0
11	41.0	29,36
13	FRIULI, Southern Alps,Barcis-Staro Selo (BS) line	EOLIAN Isls., Lipari Isl.
14	Gemona 2 sampling site (Friuli)	Lipari Isl, Caolino
16	20070123.0	19910904.0
19	6.0
21	W	G/F
22		100.0
23	The sites coordinates are given in UTM-WGS84 units
24	1.29208456466
26	3.56302107225
32		4.8
33	0.82
34		6.72e-06
36		6.72e-06
38	0.36
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	250977.638167
46	598665.848294
47	150351.658434
52	δ13CTDIC = -12,55
53	Italiano et al., 2009	Tedesco 1997; Abedini et al., 2006

ITA216

Column	Version 1	Version 2
1	~
2	46.2833333333	38.5
3	~
4	46.0	38.0
5	17.0	30.0
6	~
7	13.1333333333	14.95
8	~
9	13.0	14.0
10	8.0	57.0
11	41.0	08
13	FRIULI, Southern Alps,Barcis-Staro Selo (BS) line	EOLIAN Isls., Lipari Isl.
14	Gemona 2 sampling site (Friuli)	Lipari Isl., fumarole unnamed
16	20070314.0	19790500.0
19	6.0
21	W	G/F
23	The sites coordinates are given in UTM-WGS84 units	collected by I.Menyailov
24	2.01938239943
26	5.9357603862
33	0.88
34		6.1e-06
35		≥
36		6.1e-06
38	0.34
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	1223.86812087
46	678634.873021
47	320041.513607
48	91.790109065
52	δ13CTDIC = -9,24
53	Italiano et al., 2009	Polyak, 1988

ITA217

Column	Version 1	Version 2
1	~
2	46.2833333333	38.5
3	~
4	46.0	38.0
5	17.0	30.0
6	~
7	13.1333333333	14.95
8	~
9	13.0	14.0
10	8.0	57.0
11	41.0	03
13	FRIULI, Southern Alps,Barcis-Staro Selo (BS) line	EOLIAN Isls., Lipari Isl.
14	Gemona 2 sampling site (Friuli)	Lipari Isl., fumarole unnamed
16	20070504.0	19860528
19	6.0
21	W	G/F
23	The sites coordinates are given in UTM-WGS84 units
24	2.35407459415
26	6.37561869249
32		4.82
33	0.78	4.8
34		6.75e-06
36		6.75e-06
38	0.37	80.0
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	149091.390963
46	658160.021948
47	192739.857396
52	δ13CTDIC = -11,3
53	Italiano et al., 2009	Sano et al, 1989

ITA218

Column	Version 1	Version 2
1	~
2	46.2833333333	38.5
3	~
4	46.0	38.0
5	17.0	30.0
6	~
7	13.1333333333	14.95
8	~
9	13.0	14.0
10	8.0	57.0
11	41.0	07
13	FRIULI, Southern Alps,Barcis-Staro Selo (BS) line	EOLIAN Isls., Lipari Isl.
14	Gemona 2 sampling site (Friuli)	Lipari Isl., Rapollano, Terme di San GiovanniI
16	20061008.0
19	6.0	IT110
21	W
23	The sites coordinates are given in UTM-WGS84 units
24	1.66897564812
26	3.75519520826
32		0.938
33	0.85	0.79
34		1.3132e-06
36		1.106e-06
37		0.367
38	0.44
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	292070.73842
46	616130.176763
47	91793.6606463
53	Italiano et al., 2009	University of Cambridge database, unpubl.

ITA219

Column	Version 1	Version 2
1	~
2	46.8	38.5
3	~
4	46.0	38.0
5	48.0	30.0
6	~
7	13.3	14.95
8	~
9	13.0	14.0
10	18.0	57.0
11	41.0	07
13	FRIULI, Southern Alps,Barcis-Staro Selo (BS) line	EOLIAN Isls., Lipari Isl.
14	Musi sampling site (Friuli)	Lipari Isl., Rapollano, Terme Fonte Pietra
16	20061008.0
19	11.0	IT111
21	W
23	The sites coordinates are given in UTM-WGS84 units
24	3.5941404243
26	5.08360402355
32		1.04
33	0.71	1.12
34		1.456e-06
36		1.568e-06
37		0.38
38	0.88
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	294654.755505
46	622768.475922
47	82568.0908284
52	δ13CTDIC = -10,49
53	Italiano et al., 2009	University of Cambridge database, unpubl.

ITA220

Column	Version 1	Version 2
1	~
2	46.4833333333	38.5
3	~
4	46.0	38.0
5	29.0	30.0
6	~
7	13.0166666667	14.95
8	~
9	13.0	14.0
10	1.0	57.0
11	41.0	07
13	FRIULI, Southern Alps,But-Chiarso (BL) line	EOLIAN Isls., Lipari Isl.
14	Illegio sampling site (Friuli)	Lipari Isl., Terme di San Casciano de Bagni
16	20060904.0
19	9.0	IT112
21	W
23	The sites coordinates are given in UTM-WGS84 units
24	1.93121491931
26	4.99452134305
32		0.313
33	0.93	0.113
34		4.382e-07
36		1.582e-07
37		1.17
38	0.38
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	149502.672202
46	682917.55164
47	167482.949037
48	89.901384175
51	from TDIC -13,75
52	δ13CTDIC = -8,97
53	Italiano et al., 2009	University of Cambridge database, unpubl.

ITA221

Column	Version 1	Version 2
1	~
2	46.4833333333	38.5
3	~
4	46.0	38.0
5	29.0	30.0
6	~
7	13.0166666667	14.95
8	~
9	13.0	14.0
10	1.0	57.0
11	41.0	07
13	FRIULI, Southern Alps,But-Chiarso (BL) line	EOLIAN Isls., Lipari Isl.
14	Illegio sampling site (Friuli)	Lipari Isl., Terme di San Casciano de Bagni, Sorgente Fredda
16	20061016.0
19	9.0	IT113
23	The sites coordinates are given in UTM-WGS84 units
24	1.74861043757
26	4.73581993509
32		1.31
33	1.0
34		1.834e-06
36		1.834e-06
37		0.273
38	0.36
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	147174.711829
46	672486.430783
47	180325.451375
48	6.92158298206
51	from TDIC -14,1
52	δ13CTDIC = -9,19
53	Italiano et al., 2009	University of Cambridge database, unpubl.

ITA222

Column	Version 1	Version 2
1	~
2	46.3833333333	38.6333333333
3	~
4	46.0	38.0
5	23.0	38.0
6	~
7	13.4666666667	15.05
8	~
9	13.0	15.0
10	28.0	3.0
11	41.0	03
13	FRIULI, Southern Alps,Dof-Auda (DA) line	EOLIAN Isls., Panarea Isl.
14	Putha sampling site (Friuli)	Panarea Isl.
16	20060913.0	19860625
19	10.0
21	W	G
23	The sites coordinates are given in UTM-WGS84 units
24	2.16479071257
26	4.18991750821
32		4.29
33	0.73	4.3
34		6.01e-06
36		6.02e-06
38	0.5	300.0
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	5586.55667761
46	887564.192155
47	80306.7522406
48	26536.1442186
53	Italiano et al., 2009	Sano et al, 1989

ITA223

Column	Version 1	Version 2
1	~
2	46.3833333333	38.6333333333
3	~
4	46.0	38.0
5	23.0	38.0
6	~
7	13.4666666667	15.05
8	~
9	13.0	15.0
10	28.0	3.0
11	41.0	29,36
13	FRIULI, Southern Alps,Dof-Auda (DA) line	EOLIAN Isls., Panarea Isl.
14	Putha sampling site (Friuli)	Panarea Isl., sea floor
16	20061016.0	19910907.0
19	10.0
21	W	F
22		100.0
23	The sites coordinates are given in UTM-WGS84 units
24	2.97363532441
26	5.94727064882
32		5.7
33	0.64
34		7.98e-06
36		7.98e-06
38	0.5
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	1274.41513903
46	878072.030793
47	96005.9404738
48	24638.692688
51	from TDIC -11,44
52	δ13CTDIC = -5,66
53	Italiano et al., 2009	Tedesco 1997; Abedini et al., 2006

ITA224

Column	Version 1	Version 2
1	~
2	46.3833333333	38.5833333333
3	~
4	46.0	38.0
5	23.0	35.0
6	~
7	13.4666666667	14.8333333333
8	~
9	13.0	14.0
10	28.0	50.0
11	41.0	03
13	FRIULI, Southern Alps,Dof-Auda (DA) line	EOLIAN Isls., Salina Isl.
14	Putha sampling site (Friuli)	Salina Isl.
16	20070420.0	19861005
19	10.0
21	W	G
23	The sites coordinates are given in UTM-WGS84 units
24	4.80342376401
26	9.70388639194
32		5.71
33	0.9	5.7
34		8e-06
36		8e-06
38	0.5	73.0
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	2425.97159799
46	855882.779769
47	122268.968538
48	19407.7727839
52	δ13CTDIC = -7,21
53	Italiano et al., 2009	Sano et al, 1989

ITA225

Column	Version 1	Version 2
1	~
2	46.4833333333	38.5833333333
3	~
4	46.0	38.0
5	29.0	35.0
6	~
7	12.9666666667	14.8333333333
8	~
9	12.0	14.0
10	58.0	50.0
11	41.0	29.0
13	FRIULI, Southern Alps,Sauris (SA) line	EOLIAN Isls., Salina Isl.
14	Lorenzaso sampling site (Friuli)	Salina Isl., Createre
16	20060509.0	19910908.0
19	12.0
21	W	F
22		100.0
23	The sites coordinates are given in UTM-WGS84 units
24	4.30816966126
26	1.48971971971
32		4.3
33	0.51
34		6.02e-06
36		6.02e-06
38	1.0
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	453.491543291
46	380479.404821
47	611986.837671
48	7074.46807534
53	Italiano et al., 2009	Tedesco, 1997

ITA226

Column	Version 1	Version 2
1	~
2	46.4833333333	38.4166666667
3	~
4	46.0	38.0
5	29.0	25.0
6	~
7	12.9666666667	14.9666666667
8	~
9	12.0	14.0
11	41.0	02,07
13	FRIULI, Southern Alps,Sauris (SA) line	EOLIAN Isls., Volcano Isl.
14	Lorenzaso sampling site (Friuli)	Acqua Bollente Spr.
15		<
16	20060627.0	19850000.0
19	12.0	IT109
23	The sites coordinates are given in UTM-WGS84 units
24	5.10248139502
26	5.73421718678
32		4.07
33	0.42	4.17
34		5.698e-06
36		5.838e-06
37		814.0
38	0.65
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	485.950609049
46	386816.684803
47	605980.409484
48	6706.11840488
52	δ13CTDIC = -7,87
53	Italiano et al., 2009	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA227

Column	Version 1	Version 2
1	~
2	46.4833333333	38.4166666667
3	~
4	46.0	38.0
5	29.0	25.0
6	~
7	12.9666666667	14.9666666667
8	~
9	12.0	14.0
11	41.0	17,36
13	FRIULI, Southern Alps,Sauris (SA) line	EOLIAN Isls., Volcano Isl.
14	Lorenzaso sampling site (Friuli)	beach fumarole
16	20060731.0	19930108.0
19	12.0	15 FA
21	W	G/F
23	The sites coordinates are given in UTM-WGS84 units
24	1.45184257408	0.000136
26	1.9201788883	2.03422431437e-07
28		1.84e-07
29		0.000332612515
30		3.05e-08
31		2.16e-09
33	0.37
34		6.32e-06
36		6.322e-06
38	0.76	739.0
39		9.772
40		0.0315
41		0.1885
42		419.84
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	739.478390874
46	338434.610223
47	654191.883126
48	6630.65623817
53	Italiano et al., 2009	Tedesco and Nagao, 1996; Abedini et al., 2006

ITA228

Column	Version 1	Version 2
1	~
2	46.4833333333	38.4166666667
3	~
4	46.0	38.0
5	29.0	25.0
6	~
7	12.9666666667	14.9666666667
8	~
9	12.0	14.0
11	41.0	12,36
13	FRIULI, Southern Alps,Sauris (SA) line	EOLIAN Isls., Volcano Isl.
14	Lorenzaso sampling site (Friuli)	beach, bubbles in the sea
16	20060904.0	19890400.0
19	12.0
21	W	G/sea
23	The sites coordinates are given in UTM-WGS84 units
24	2.41633197053	4e-05
26	2.91254300019
32		4.49
33	0.31	4.52
34		6.2411e-06
36		6.2828e-06
37		35.7923497268
38	0.83
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	647.23177782
46	364391.490913
47	628246.312338
48	6709.63609674
52	δ13CTDIC = -10,47
53	Italiano et al., 2009	Marty et al., 1994; Abedini et al., 2006

ITA229

Column	Version 1	Version 2
1	~
2	46.4833333333	38.63
3	~
4	46.0	38.0
5	29.0	25.0
6	~
7	12.9666666667	14.9666666667
8	~
9	12.0	14.0
11	41.0	36.0
13	FRIULI, Southern Alps,Sauris (SA) line	EOLIAN Isls., Volcano Isl.
14	Lorenzaso sampling site (Friuli)	Fossa cone, fumarole F5
16	20061016.0	19860626.0
19	12.0
21	W	G/F
23	The sites coordinates are given in UTM-WGS84 units
24	1.97785978775
26	2.07064268397
32		5.97
33	0.29	5.97
34		8.358e-06
36		8.358e-06
38	0.95	154.0
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	905.198987529
46	341033.718551
47	650385.472539
48	7671.5614193
51	from TDIC -13,9
52	δ13CTDIC = -9,96
53	Italiano et al., 2009	Tedesco et al., 1995; NobleGasDate

ITA230

Column	Version 1	Version 2
1	~
2	46.5	38.63
3	~
4	46.0	38.0
5	30.0	25.0
6	~
7	13.35	14.9666666667
8	~
9	13.0	14.0
10	21.0	58.0
11	41.0	12,36
13	FRIULI, Southern Alps,Sauris (SA) line	EOLIAN Isls., Volcano Isl.
14	Lusnizza sampling site (Friuli)	Fossa cone, fumarole F5
16	20060507.0	19820900.0
19	3.0
21	W	G/F
23	The sites coordinates are given in UTM-WGS84 units
24	1.99027184249	1.6e-05
26	6.79605019388
32		5.02
33	0.78	5.02
34		6.9778e-06
36		6.9778e-06
37		343.033879781
38	0.29
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	233007.435219
46	501451.417877
47	265531.389718
48	0.970864313411
51	from TDIC -8,01
52	δ13CTDIC = -3,47
53	Italiano et al., 2009	Marty et al., 1994; Abedini et al., 2006

ITA231

Column	Version 1	Version 2
1	~
2	46.5	38.63
3	~
4	46.0	38.0
5	30.0	25.0
6	~
7	13.35	14.9666666667
8	~
9	13.0	14.0
10	21.0	58.0
11	41.0	12,36
13	FRIULI, Southern Alps,Sauris (SA) line	EOLIAN Isls., Volcano Isl.
14	Lusnizza sampling site (Friuli)	Fossa cone, fumarole F5
16	20060627.0	19890400.0
19	3.0
20		a
21	W	G/F
23	The sites coordinates are given in UTM-WGS84 units
24	3.3545871845
26	4.57443706977
32		5.01
33	0.52	5.09
34		6.9639e-06
36		7.0751e-06
37		14.0306010929
38	0.77
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	609.924942637
46	534599.212221
47	464762.806289
48	20.127523107
53	Italiano et al., 2009	Marty et al., 1994; Abedini et al., 2006

ITA232

Column	Version 1	Version 2
1	~
2	46.5	38.63
3	~
4	46.0	38.0
5	30.0	25.0
6	~
7	13.35	14.9666666667
8	~
9	13.0	14.0
10	21.0	58.0
11	41.0	12,36
13	FRIULI, Southern Alps,Sauris (SA) line	EOLIAN Isls., Volcano Isl.
14	Lusnizza sampling site (Friuli)	Fossa cone, fumarole F5
16	20060904.0	19890400.0
19	3.0
20		b
21	W	G/F
23	The sites coordinates are given in UTM-WGS84 units
24	5.66165610102
26	5.99469469519
32		5.16
33	0.49	5.18
34		7.1724e-06
36		7.2002e-06
37		64.712568306
38	0.95
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	666.077188355
46	637435.869256
47	361679.913277
48	206.48392839
51	from TDIC -7,05
52	δ13CTDIC = -2,72
53	Italiano et al., 2009	Marty et al., 1994; Abedini et al., 2006

ITA233

Column	Version 1	Version 2
1	~
2	46.5	38.63
3	~
4	46.0	38.0
5	30.0	25.0
6	~
7	13.35	14.9666666667
8	~
9	13.0	14.0
10	21.0	58.0
11	41.0	17,36
13	FRIULI, Southern Alps,Sauris (SA) line	EOLIAN Isls., Volcano Isl.
14	Lusnizza sampling site (Friuli)	Fossa cone, fumarole F5
16	20061016.0	19920506.0
19	3.0	3 F5
21	W	G/F
23	The sites coordinates are given in UTM-WGS84 units
24	3.87584280202	5.1e-06
26	4.65101136242	2.61836731161e-07
28		2.37e-07
29		0.000135669465
30		1e-08
31		4.01e-10
32		4.94244604317
33	0.44
34		6.87e-06
36		6.947e-06
38	0.81	21.6
39		9.82
40		0.0291
41		0.1877
42		300.3
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	1162.75284061
46	646102.995096
47	352701.694984
48	24.0302253725
51	from TDIC -6,68
52	δ13CTDIC = -2,02
53	Italiano et al., 2009	Tedesco and Nagao, 1996; Abedini et al., 2006

ITA234

Column	Version 1	Version 2
1	~
2	46.5166666667	38.63
3	~
4	46.0	38.0
5	31.0	25.0
6	~
7	13.4333333333	14.9666666667
8	~
9	13.0	14.0
10	26.0	58.0
11	41.0	17,36
13	FRIULI, Southern Alps,Sauris (SA) line	EOLIAN Isls., Volcano Isl.
14	Malborghetto sampling site (Friuli)	Fossa cone, fumarole F5
16	20060508.0	19920710.0
19	4.0	4 F5
21	W	G/F
23	The sites coordinates are given in UTM-WGS84 units
24	7.99191406342	5.5e-06
26	17.3941659027	2.74103927987e-07
28		2.48e-07
29		0.0001666917304
30		1.37e-08
31		6.11e-10
32		4.94964028777
33	0.71
34		6.88e-06
36		6.955e-06
38	3.4	22.2
39		9.776
40		0.029
41		0.1876
42		299.7
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	132101.638342
46	542039.818537
47	325788.026232
48	45.1308088287
51	from TDIC -7,49
52	δ13CTDIC = -3,51
53	Italiano et al., 2009	Tedesco and Nagao, 1996; Abedini et al., 2006

ITA235

Column	Version 1	Version 2
1	~
2	46.5166666667	38.63
3	~
4	46.0	38.0
5	31.0	25.0
6	~
7	13.4333333333	14.9666666667
8	~
9	13.0	14.0
10	26.0	58.0
11	41.0	17,36
13	FRIULI, Southern Alps,Sauris (SA) line	EOLIAN Isls., Volcano Isl.
14	Malborghetto sampling site (Friuli)	Fossa cone, fumarole F5
16	20060627.0	19920815.0
19	4.0	5 F5
21	W	G/F
23	The sites coordinates are given in UTM-WGS84 units
24	4.48043820315	7.5e-06
26	4.48043820315	2.03472009864e-08
28		1.84e-08
29		2.351984229e-05
30		2.19e-09
31		1.37e-10
32		5.38129496403
33	0.41
34		7.48e-06
36		7.484e-06
38	0.75	409.0
39		9.732
40		0.0299
41		0.1879
42		360.1
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	122193.769177
46	578383.84077
47	299374.734483
48	38.6946935726
53	Italiano et al., 2009	Tedesco and Nagao, 1996; Abedini et al., 2006

ITA236

Column	Version 1	Version 2
1	~
2	46.5166666667	38.63
3	~
4	46.0	38.0
5	31.0	25.0
6	~
7	13.4333333333	14.9666666667
8	~
9	13.0	14.0
10	26.0	58.0
11	41.0	17,36
13	FRIULI, Southern Alps,Sauris (SA) line	EOLIAN Isls., Volcano Isl.
14	Malborghetto sampling site (Friuli)	Fossa cone, fumarole F5
16	20060731.0	19920216.0
19	4.0	2 F5
21	W	G/F
23	The sites coordinates are given in UTM-WGS84 units
24	6.20428830919	7.7e-06
26	6.20428830919	9.09774317492e-08
28		8.24e-08
29		9.29866095e-05
30		9.24e-09
31		5.18e-10
32		5.26618705036
33	0.33
34		7.32e-06
36		7.339e-06
38	0.98	92.9
39		9.89
40		0.0295
41		0.1865
42		305.7
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	124815.682455
46	532838.878319
47	342330.731413
48	2.29923625576
53	Italiano et al., 2009	Tedesco and Nagao, 1996; Abedini et al., 2006

ITA237

Column	Version 1	Version 2
1	~
2	46.5166666667	38.63
3	~
4	46.0	38.0
5	31.0	25.0
6	~
7	13.4333333333	14.9666666667
8	~
9	13.0	14.0
10	26.0	58.0
11	41.0	17,36
13	FRIULI, Southern Alps,Sauris (SA) line	EOLIAN Isls., Volcano Isl.
14	Malborghetto sampling site (Friuli)	Fossa cone, fumarole F5
16	20061016.0	19911220.0
19	4.0	1 F5
21	W	G/F
23	The sites coordinates are given in UTM-WGS84 units
24	8.49046613277	8e-06
26	3.70493067612	3.14970122574e-08
28		2.85e-08
29		2.5839936e-05
30		1.96e-09
31		1.04e-10
32		5.51079136691
33	0.29
34		7.66e-06
36	40.6	7.667e-06
38	1.36	281.0
39		9.79
40		0.0295
41		0.188
42		357.7
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	59819.1932081
46	637556.820515
47	302569.338549
48	42.4523306638
51	from TDIC -8,33
52	δ13CTDIC = -3,39
53	Italiano et al., 2009	Tedesco and Nagao, 1996; Abedini et al., 2006

ITA238

Column	Version 1	Version 2
1	~
2	46.5166666667	38.63
3	~
4	46.0	38.0
5	31.0	25.0
6	~
7	13.0833333333	14.9666666667
8	~
9	13.0	14.0
10	5.0	58.0
11	41.0	17,36
13	FRIULI, Southern Alps,Val Pesarina (VP) line	EOLIAN Isls., Volcano Isl.
14	Solfar sampling site (Friuli)	Fossa cone, fumarole F5
16	20060913.0	19920925.0
19	2.0	6 F5
21	W	G/F
23	The sites coordinates are given in UTM-WGS84 units
24	9.1570659191	8.4e-06
26	4.36050758052	4.83129018085e-09
28		4.37e-09
29		1.0455748e-05
30		7.7e-10
31		6.1e-11
32		5.59712230216
33	0.34
34		7.78e-06
36		7.781e-06
38	0.83	1920.0
39		9.787
40		0.0331
41		0.1874
42		521.6
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	114681.349368
46	628349.142354
47	256833.896493
48	122.094212255
51	from TDIC -5,19
52	δ13CTDIC = -0,75
53	Italiano et al., 2009	Tedesco and Nagao, 1996; Abedini et al., 2006

ITA239

Column	Version 1	Version 2
1	~
2	46.5166666667	38.63
3	~
4	46.0	38.0
5	31.0	25.0
6	~
7	13.0833333333	14.9666666667
8	~
9	13.0	14.0
10	5.0	58.0
11	41.0	17,36
13	FRIULI, Southern Alps,Val Pesarina (VP) line	EOLIAN Isls., Volcano Isl.
14	Solfar sampling site (Friuli)	Fossa cone, fumarole F5
16	20061016.0	19930108.0
19	2.0	9 F5
21	W	G/F
23	The sites coordinates are given in UTM-WGS84 units
24	1.82130010472	0.000181
26	4.24970024436	1.38425781656e-07
28		1.25e-07
29		0.0001760356521
30		6.9e-09
31		4.01e-10
32		5.55395683453
33	0.64
34		7.72e-06
36		7.721e-06
38	0.43	1450.0
39		9.627
40		0.034
41		0.1861
42		673.28
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	141801.222439
46	565036.675347
47	293142.588284
48	13.4429293444
51	from TDIC -5,1
52	δ13CTDIC = -1,05
53	Italiano et al., 2009	Tedesco and Nagao, 1996; Abedini et al., 2006

ITA240

Column	Version 1	Version 2
1	~
2	46.5166666667	38.63
3	~
4	46.0	38.0
5	31.0	25.0
6	~
7	13.0833333333	14.9666666667
8	~
9	13.0	14.0
10	5.0	58.0
11	41.0	17,36
13	FRIULI, Southern Alps,Val Pesarina (VP) line	EOLIAN Isls., Volcano Isl.
14	Solfar sampling site (Friuli)	Fossa cone, fumarole F5
16	20070421.0	19930121.0
19	2.0	10 F5
21	W	G/F
23	The sites coordinates are given in UTM-WGS84 units
24	2.71007465199	0.000746
26	2.71007465199	2.56183787066e-06
28		2.32e-06
29		0.001693271825
30		9.34e-08
31		4.24e-09
32		5.52517985612
33	0.57
34		7.68e-06
36		7.686e-06
38	1.0	321.0
39		9.881
40		0.03
41		0.1869
42		397.23
43	R/Ra corrected for ASW as suggested by Hilton et al. (1998)
45	98297.6229706
46	625154.508705
47	276519.481441
48	22.9667343389
52	δ13CTDIC = -2,21
53	Italiano et al., 2009	Tedesco and Nagao, 1996; Abedini et al., 2006

ITA241

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	9.0	17,36
13	ISCHIA Isl, East side fum.	EOLIAN Isls., Volcano Isl.
14	Castello (Ischia Isl., East side fum. )	Fossa cone, fumarole F5
16	19930111.0	19921125.0
19		8 F5
24	14.0	0.000907
26	0.71	2.38765203062e-07
28		2.15e-07
29	186.0	0.000722459512
30		2.33e-08
31		1.77e-09
32	2.65	5.38848920863
34	371.0	7.49e-06
36	371.0	7.49e-06
38	19.7	4220.0
39		9.406
40		0.0397
41		0.1865
42		1048.9
51	0.45
53	Tedesco D., 1996; Journ. volcanol. geothermal res	Tedesco and Nagao, 1996; Abedini et al., 2006

ITA242

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	9.0	17,36
13	ISCHIA Isl.	EOLIAN Isls., Volcano Isl.
14	Carta Roman (Ischia Isl.)	Fossa cone, fumarole F5
16	19930111.0	19921106.0
19		7 F5
24	5.21	0.00101
26	0.64	4.93142582754e-07
28		4.46e-07
29	399.0	0.0008291692274
30		2.27e-08
31		1.67e-09
32	2.79	5.38129496403
34	391.0	7.48e-06
36	391.0	7.481e-06
38	8.13	2270.0
39		9.788
40		0.0346
41		0.1869
42		1110.3
51	-0.25
53	Tedesco D., 1996; Journ. volcanol. geothermal res	Tedesco and Nagao, 1996; Abedini et al., 2006

ITA243

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	20.0	36,37
13	ISCHIA Isl.	EOLIAN Isls., Volcano Isl.
14	Ischia Isl.	Fossa cone, fumarole F5
16		19860714.0
23	1985-1993
32		5.81
33	3.56	5.81
34		8.134e-06
36	498.4	8.134e-06
38		219.0
51	-2,5to-1,5
53	Italiano et al, 2000; Journ. Geophys. Res.	Abedini et al., 2006; Tedesco et al., 1995

ITA244

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	9.0	36,37
13	ISCHIA Isl./ East side fum.	EOLIAN Isls., Volcano Isl.
14	Grotta Mago (Ischia Isl.)	Fossa cone, fumarole F5
16	19930111.0	19860811.0
24	1.3
26	0.14
29	221.0
32	2.09	5.78
33		5.78
34	296.0	8.092e-06
36	296.0	8.092e-06
38	7.59	31.0
51	-0.76
53	Tedesco D., 1996; Journ. volcanol. geothermal res	Abedini et al., 2006; Tedesco et al., 1995

ITA245

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	9.0	36,37
13	ISCHIA Isl./ East side fum.	EOLIAN Isls., Volcano Isl.
14	Ischia Porto (Ischia Isl.)	Fossa cone, fumarole F5
16	19930111.0	19870919.0
24	11.2
26	0.41
29	413.0
32	2.37	5.61
33		5.61
34	332.0	7.854e-06
36	332.0	7.854e-06
38	27.9	38.0
50	-16.3
51	-0.26
53	Tedesco D., 1996; Journ. volcanol. geothermal res	Abedini et al., 2006; Tedesco et al., 1995

ITA246

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	9.0	36,37
13	ISCHIA Isl./ East side fum.	EOLIAN Isls., Volcano Isl.
14	Ponte S. Ang (Ischia Isl.)	Fossa cone, fumarole F5
16	19930111.0	19871102.0
24	5.52
26	0.15
29	173.0
32	2.89	5.69
33		5.69
34	404.0	7.966e-06
36	404.0	7.966e-06
38	36.7	25.0
50	-12.1
51	-0.56
53	Tedesco D., 1996; Journ. volcanol. geothermal res	Abedini et al., 2006; Tedesco et al., 1995

ITA247

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	29,36	36,37
13	ISCHIA Isl./ West side fum.	EOLIAN Isls., Volcano Isl.
14	Donna Rachele (Ischia Isl.)	Fossa cone, fumarole F5
16		19880504.0
22	115.0
23	1985-1993
32	3.95	2.04
33		5.46
34	553.0	2.856e-06
36	553.0	7.644e-06
38		0.42
53	Tedesco D. 1997; Earth and Planetary Science Letters	Abedini et al., 2006; Tedesco et al., 1995

ITA248

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	9.0	36,37
13	ISCHIA Isl./ West side fum.	EOLIAN Isls., Volcano Isl.
14	Donna Rachele (Ischia Isl.)	Fossa cone, fumarole F5
16	19860713.0	19880531.0
24	102.0
32	3.25	5.78
33		5.62
34	449.0	8.092e-06
36	449.0	7.868e-06
38	0.45	11.0
53	Tedesco D., 1996; Journ. volcanol. geothermal res	Abedini et al., 2006; Tedesco et al., 1995

ITA249

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	9.0	36,37
13	ISCHIA Isl./ West side fum.	EOLIAN Isls., Volcano Isl.
14	Donna Rachele (Ischia Isl.)	Fossa cone, fumarole F5
16	19880512.0	19880912.0
22	117.0
24	143.0
32	3.95	5.86
33		5.86
34	545.0	8.204e-06
36	545.0	8.204e-06
38	9.3	35.0
44	9100.0
45	795.0
46	19500.0
47	953800.0
48	187.0
50	-30.8
51	-4.31
52	O2=O2+Ar
53	Tedesco D., 1996; Journ. volcanol. geothermal res	Abedini et al., 2006; Tedesco et al., 1995

ITA250

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	9.0	36,37
13	ISCHIA Isl./ West side fum.	EOLIAN Isls., Volcano Isl.
14	Donna Rachele (Ischia Isl.)	Fossa cone, fumarole F5
16	19880928.0	19881101.0
22	114.0
24	54.0
32	3.79	6.01
33		6.12
34	523.0	8.414e-06
36	523.0	8.568e-06
38	7.1	15.0
44	10200.0
45	164.0
46	14300.0
47	934200.0
48	431.0
51	-4.59
52	O2=O2+Ar
53	Tedesco D., 1996; Journ. volcanol. geothermal res	Abedini et al., 2006; Tedesco et al., 1995

ITA251

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	9.0	36,37
13	ISCHIA Isl./ West side fum.	EOLIAN Isls., Volcano Isl.
14	Donna Rachele (Ischia Isl.)	Fossa cone, fumarole F5
16	19881107.0	19881230.0
22	112.0
24	33.0
32	3.51	5.98
33		5.98
34	484.0	8.372e-06
36	484.0	8.372e-06
38	15.2	43.0
44	7300.0
45	154.0
46	16200.0
47	939800.0
48	359.0
51	-5.11
52	O2=O2+Ar
53	Tedesco D., 1996; Journ. volcanol. geothermal res	Abedini et al., 2006; Tedesco et al., 1995

ITA252

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	9.0	36,37
13	ISCHIA Isl./ West side fum.	EOLIAN Isls., Volcano Isl.
14	Donna Rachele (Ischia Isl.)	Fossa cone, fumarole F5
16	19890427.0	19890210.0
22	117.0
24	35.0
32	3.84	5.61
33		5.82
34	531.0	7.854e-06
36	531.0	8.148e-06
38	26.4	7.0
44	7800.0
45	33.0
46	8700.0
47	961700.0
48	80.0
51	-4.91
52	O2=O2+Ar
53	Tedesco D., 1996; Journ. volcanol. geothermal res	Abedini et al., 2006; Tedesco et al., 1995

ITA253

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	9.0	36,37
13	ISCHIA Isl./ West side fum.	EOLIAN Isls., Volcano Isl.
14	Donna Rachele (Ischia Isl.)	Fossa cone, fumarole F5
16	19890609.0	19890302.0
22	116.0
24	64.0
32	3.55	4.77
33		6.24
34	491.0	6.678e-06
36	491.0	8.736e-06
38	21.4	1.12
44	11100.0
45	43.0
46	10400.0
47	954100.0
48	101.0
51	-4.16
52	O2=O2+Ar
53	Tedesco D., 1996; Journ. volcanol. geothermal res	Abedini et al., 2006; Tedesco et al., 1995

ITA254

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	9.0	36,37
13	ISCHIA Isl./ West side fum.	EOLIAN Isls., Volcano Isl.
14	Donna Rachele (Ischia Isl.)	Fossa cone, fumarole F5
16	19890729.0	19890326.0
22	117.0
24	91.0
32	3.82	5.91
33		5.97
34	527.0	8.274e-06
36	527.0	8.358e-06
38	19.1	27.0
44	12400.0
45	48.0
46	11300.0
47	948300.0
48	158.0
52	O2=O2+Ar
53	Tedesco D., 1996; Journ. volcanol. geothermal res	Abedini et al., 2006; Tedesco et al., 1995

ITA255

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	9.0	36,37
13	ISCHIA Isl./ West side fum.	EOLIAN Isls., Volcano Isl.
14	Donna Rachele (Ischia Isl.)	Fossa cone, fumarole F5
16	19900202.0	19890413.0
24	72.0
32	3.56	5.25
33		5.54
34	491.0	7.35e-06
36	491.0	7.756e-06
38	61.3	5.0
53	Tedesco D., 1996; Journ. volcanol. geothermal res	Abedini et al., 2006; Tedesco et al., 1995

ITA256

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	9.0	36,37
13	ISCHIA Isl./ West side fum.	EOLIAN Isls., Volcano Isl.
14	Donna Rachele (Ischia Isl.)	Fossa cone, fumarole F5
16	19900410.0	19890526.0
24	69.0
32	3.41	5.31
33		5.52
34	471.0	7.434e-06
36	471.0	7.728e-06
38	52.6	7.0
53	Tedesco D., 1996; Journ. volcanol. geothermal res	Abedini et al., 2006; Tedesco et al., 1995

ITA257

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	9.0	36,37
13	ISCHIA Isl./ West side fum.	EOLIAN Isls., Volcano Isl.
14	Donna Rachele (Ischia Isl.)	Fossa cone, fumarole F5
16	19930110.0	19890708.0
24	25.0
26	2.44
29	1236.0
32	3.49	4.35
33		5.51
34	482.0	6.09e-06
36	482.0	7.714e-06
38	10.2	1.22
50	-34.01
51	-4.46
53	Tedesco D., 1996; Journ. volcanol. geothermal res	Abedini et al., 2006; Tedesco et al., 1995

ITA258

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	9.0	36,37
13	ISCHIA Isl./ West side fum.	EOLIAN Isls., Volcano Isl.
14	Maronti (Ischia Isl.)	Fossa cone, fumarole F5
16	19930111.0	19890817.0
24	14.0
26	0.56
29	454.0
32	3.65	5.5
33		5.5
34	504.0	7.7e-06
36	504.0	7.7e-06
38	24.6	17.0
51	-3.52
53	Tedesco D., 1996; Journ. volcanol. geothermal res	Abedini et al., 2006; Tedesco et al., 1995

ITA259

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	9.0	36,37
13	ISCHIA Isl./ West side fum.	EOLIAN Isls., Volcano Isl.
14	Monte Citto (Ischia Isl.)	Fossa cone, fumarole F5
16	19930110.0	19890926.0
24	2.0
26	2.8
29	258.0
32	3.66	5.34
33		5.41
34	505.0	7.476e-06
36	505.0	7.574e-06
38	24.2	20.0
51	-4.54
53	Tedesco D., 1996; Journ. volcanol. geothermal res	Abedini et al., 2006; Tedesco et al., 1995

ITA260

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	9.0	36,37
13	ISCHIA Isl./ West side fum.	EOLIAN Isls., Volcano Isl.
14	Monte Nuovo (Ischia Isl.)	Fossa cone, fumarole F5
16	19930110.0	19891114.0
24	3.0
26	2.3
29	741.0
32	3.59	5.33
33		5.33
34	496.0	7.462e-06
36	496.0	7.462e-06
38	32.1	388.0
51	-5.21
53	Tedesco D., 1996; Journ. volcanol. geothermal res	Abedini et al., 2006; Tedesco et al., 1995

ITA261

Column	Version 1	Version 2
1	~
2	40.7333333333	38.63
3	~
4	40.0	38.0
5	44.0	25.0
6	~
7	13.95	14.9666666667
8	~
9	13.0	14.0
10	57.0	58.0
11	9.0	36,37
13	ISCHIA Isl./ West side fum.	EOLIAN Isls., Volcano Isl.
14	Panza (Ischia Isl.)	Fossa cone, fumarole F5
16	19930110.0	19891229.0
24	3.0
26	1.11
29	289.0
32	3.77	5.21
33		5.35
34	521.0	7.294e-06
36	521.0	7.49e-06
38	13.1	10.0
51	-4.73
53	Tedesco D., 1996; Journ. volcanol. geothermal res	Abedini et al., 2006; Tedesco et al., 1995

ITA262

Column	Version 1	Version 2
2	41.683	38.63
4	41.0	38.0
5	40.98	25.0
7	13.25	14.9666666667
9	13.0	14.0
10	15.0	58.0
11	2,7	36,37
13	LAZIO, ROMAN VOLCANIC PROVINCE	EOLIAN Isls., Volcano Isl.
14	Acqua Puzza Ferentino (Frozione) Spr. (Lazio)	Fossa cone, fumarole F5
16		19900128.0
19	IT103
21	W	G/F
23	PRE-TERTIARY
32	0.23	5.44
33	0.22	5.44
34	32.2	7.616e-06
36	30.0	7.616e-06
37	12.3
38		91.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Abedini et al., 2006; Tedesco et al., 1995

ITA263

Column	Version 1	Version 2
2	41.883	38.63
4	41.0	38.0
5	52.98	25.0
7	12.467	14.9666666667
9	12.0	14.0
10	28.02	58.0
11	2,7	36,37
13	LAZIO, ROMAN VOLCANIC PROVINCE	EOLIAN Isls., Volcano Isl.
14	Albani Hills (Colli Albani), Cava del Selgi Spr. (Lazio)	Fossa cone, fumarole F5
16		19900129.0
19	IT80
20	ITR1
21	W/S	G/F
23	QUATERNARY AND TERTIARY SEDIMENT
32	1.54	5.1
33		5.21
34	215.6	7.14e-06
36	215.6	7.294e-06
38		12.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Abedini et al., 2006; Tedesco et al., 1995

ITA264

Column	Version 1	Version 2
2	41.883	38.63
4	41.0	38.0
5	52.98	25.0
7	12.467	14.9666666667
9	12.0	14.0
10	28.02	58.0
11	2,7	36,37
13	LAZIO, ROMAN VOLCANIC PROVINCE	EOLIAN Isls., Volcano Isl.
14	Albani Hills (Colli Albani), Larinio Torcadara Spr. (Lazio)	Fossa cone, fumarole F5
16		19900212.0
19	IT82
20	ITR3
21	W/S	G/F
23	QUATERNARY AND TERTIARY SEDIMENT
32	0.22	4.64
33		4.95
34	30.8	6.496e-06
36	30.8	6.93e-06
38		7.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Abedini et al., 2006; Tedesco et al., 1995

ITA265

Column	Version 1	Version 2
2	41.883	38.4166666667
4	41.0	38.0
5	52.98	25.0
7	12.467	14.9666666667
9	12.0	14.0
10	28.02	58.0
11	2,7	12,36
13	LAZIO, ROMAN VOLCANIC PROVINCE	EOLIAN Isls., Volcano Isl.
14	Albani Hills (Colli Albani), Zolforata Spr. (Lazio)	Fossa cone, fumarole FA
16		19890400.0
19	IT81
20	ITR2
21	W/S	G/F
23	QUATERNARY AND TERTIARY SEDIMENT
24		2e-05
32	0.95	5.63
33		5.66
34	133.0	7.8257e-06
36	133.0	7.8674e-06
37		49.8229508197
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Marty et al., 1994; Abedini et al., 2006

ITA266

Column	Version 1	Version 2
2	41.883	38.4166666667
4	41.0	38.0
5	52.98	25.0
7	12.467	14.9666666667
9	12.0	14.0
10	28.02	58.0
11	29.0	17,36
13	LAZIO, ROMAN VOLCANIC PROVINCE	EOLIAN Isls., Volcano Isl.
14	Albani Hills (Lazio), Area B, fumarole	Fossa cone, fumarole FA
16	19870721.0	19920506.0
19		12 FA
22	32.0
24		6.8e-06
26		1.65652372263e-07
28		1.5e-07
29		0.00014183989
30		1.33e-08
31		6.76e-10
32	0.9	5.30215827338
34	126.0	7.37e-06
36	126.0	7.4098e-06
38		45.3
39		9.864
40		0.0293
41		0.187
42		300.6
53	Tedesco D. 1997; Earth and Planetary Science Letters	Tedesco and Nagao, 1996; Abedini et al., 2006

ITA267

Column	Version 1	Version 2
2	42.15	38.4166666667
4	42.0	38.0
5	9.0	25.0
7	11.933	14.9666666667
9	11.0	14.0
10	55.98	58.0
11	2,7	17,36
13	LAZIO, ROMAN VOLCANIC PROVINCE	EOLIAN Isls., Volcano Isl.
14	Bagnerello, Tolfa Spr. (Lazio)	Fossa cone, fumarole FA
16		19920216.0
19	IT99	11 FA
21	W/S	G/F
22	40.0
23	QUATERNARY AND TERTIARY IGNEOUS ROCKS
24		9.9e-06
25	0.14
26		3.59285933976e-07
28		3.25e-07
29		0.0001890436004
30		1.37e-08
31		4.89e-10
32	0.61	5.45323741007
33	0.52
34	85.4	7.58e-06
36	74.1	7.642e-06
37	1.46
38		30.4
39		9.754
40		0.029
41		0.1886
42		306.7
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Tedesco and Nagao, 1996; Abedini et al., 2006

ITA268

Column	Version 1	Version 2
2	41.883	38.4166666667
4	41.0	38.0
5	52.98	25.0
7	12.5	14.9666666667
9	12.0	14.0
10	30.0	58.0
11	2,7	17,36
13	LAZIO, ROMAN VOLCANIC PROVINCE	EOLIAN Isls., Volcano Isl.
14	Bagni di Tivoili (Lazio), Acque Albule Spr.	Fossa cone, fumarole FA
16		19930121.0
19	IT102	14 FA
21	W/S	G/F
23	QUATERNARY AND TERTIARY IGNEOUS ROCKS
24		1.15e-05
26		1.50291525424e-07
28		1.36e-07
29		9.71728096e-05
30		7.19e-09
31		3.22e-09
32	0.62	5.51798561151
33	0.6
34	86.8	7.67e-06
36	84.8	7.692e-06
37	7.0
38		84.1
39		9.794
40		0.0292
41		0.1874
42		318.46
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Tedesco and Nagao, 1996; Abedini et al., 2006

ITA269

Column	Version 1	Version 2
2	42.1	38.4166666667
4	42.0	38.0
5	6.0	25.0
7	12.1833333333	14.9666666667
9	12.0	14.0
10	11.0	58.0
11	29.0	17,36
13	LAZIO, ROMAN VOLCANIC PROVINCE	EOLIAN Isls., Volcano Isl.
14	Bracciano (Lazio), Fum. A	Fossa cone, fumarole FA
16	19870723.0	19921125.0
19		13 FA
21		G/F
22	27.0
24		0.00045
26		2.01524904215e-07
28		1.82e-07
29		0.0003714457458
30		1.37e-08
31		1.01e-09
32	0.24	5.51079136691
34	33.6	7.66e-06
36	33.6	7.661e-06
38		2470.0
39		9.657
40		0.036
41		0.1857
42		941.57
53	Tedesco D. 1997; Earth and Planetary Science Letters	Tedesco and Nagao, 1996; Abedini et al., 2006

ITA270

Column	Version 1	Version 2
2	42.1	38.63
4	42.0	38.0
5	6.0	25.0
7	12.183	14.9666666667
9	12.0	14.0
10	10.98	58.0
11	2,7	36,37
13	LAZIO, ROMAN VOLCANIC PROVINCE	EOLIAN Isls., Volcano Isl.
14	Bracciano Caldera (Sabatini Volc., Lazio), spring to the east of Bracciano Lake	Fossa cone, fumarole FD
16		19890413.0
19	IT101
21		G/F
23	QUATERNARY AND TERTIARY IGNEOUS ROCKS
32	0.5	5.38
33	0.24	5.54
34	70.0	7.532e-06
36	40.8	7.756e-06
37	0.85
38		9.37
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Abedini et al., 2006; Tedesco et al., 1995

ITA271

Column	Version 1	Version 2
2	42.1	38.63
4	42.0	38.0
5	6.0	25.0
7	12.1833333333	14.9666666667
9	12.0	14.0
10	11.0	58.0
11	1.0	36,37
13	LAZIO, ROMAN VOLCANIC PROVINCE	EOLIAN Isls., Volcano Isl.
14	Bracciano Caldera (Sabatini Volc., Lazio), Terme di Stigliano	Fossa cone, fumarole FD
16	19780100.0	19890817.0
19	7810-IT
21	G	G/F
24	2.0
29	620.0
32		5.5
33		5.59
34	170.0	7.7e-06
36	170.0	7.826e-06
38		17.0
42	296.0
53	Polyak et al., 1979	Abedini et al., 2006; Tedesco et al., 1995

ITA272

Column	Version 1	Version 2
2	42.4	38.63
4	42.0	38.0
5	24.0	25.0
7	12.1	14.9666666667
9	12.0	14.0
10	6.0	58.0
11	2,7	36,37
13	LAZIO, ROMAN VOLCANIC PROVINCE	EOLIAN Isls., Volcano Isl.
14	Bullicame (Viterbo), Terme Bullicame, hole (Lazio)	Fossa cone, fumarole FD
15	<
16	19850000.0	19891114.0
19	IT97
21	G/H	G/F
23	QUATERNARY AND TERTIARY IGNEOUS ROCKS
32	0.64	5.37
33	0.54	5.37
34	89.6	7.518e-06
36	75.6	7.518e-06
37	1.28
38		16.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Abedini et al., 2006; Tedesco et al., 1995

ITA273

Column	Version 1	Version 2
2	42.4	38.63
4	42.0	38.0
5	24.0	25.0
7	12.1	14.9666666667
9	12.0	14.0
10	6.0	58.0
11	2,7	36,37
13	LAZIO, ROMAN VOLCANIC PROVINCE	EOLIAN Isls., Volcano Isl.
14	Bullicame (Viterbo), Terme Bullicame, hole (Lazio)	Fossa cone, fumarole FD
15	<
16	19850000.0	19891229.0
19	IT98
21	W/H	G/F
22	46.0
23	QUATERNARY AND TERTIARY IGNEOUS ROCKS
32	0.99	5.57
33	0.96	5.57
34		7.798e-06
36		7.798e-06
37	0.37
38		75.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Abedini et al., 2006; Tedesco et al., 1995

ITA274

Column	Version 1	Version 2
2	42.4	38.63
4	42.0	38.0
5	24.0	25.0
7	12.1	14.9666666667
9	12.0	14.0
10	6.0	58.0
11	1.0	36,37
13	LAZIO, ROMAN VOLCANIC PROVINCE	EOLIAN Isls., Volcano Isl.
14	Bullicame (Viterbo), Terme Bullicame, hole (Lazio)	Fossa cone, fumarole FD
16	19780100.0	19900129.0
19	7811-IT
21	G/S	G/F
24	3.2
29	690.0
32		5.09
33		5.09
34	140.0	7.126e-06
36	140.0	7.126e-06
38		52.0
42	293.0
53	Polyak et al., 1979	Abedini et al., 2006; Tedesco et al., 1995

ITA275

Column	Version 1	Version 2
1	~
2	42.5666666667	38.63
3	~
4	42.0	38.0
5	34.0	25.0
6	~
7	11.8166666667	14.9666666667
8	~
9	11.0	14.0
10	49.0	58.0
11	2,7	36,37
13	LAZIO, ROMAN VOLCANIC PROVINCE	EOLIAN Isls., Volcano Isl.
14	Latera Caldera (Vulsini volc., Bolsena Lake), Latera 2, no. 1	Fossa cone, fumarole FD
16		19890926.0
19	IT92
21	G/H	G/F
23	QUATERNARY AND TERTIARY SEDIMENT
32	0.43	5.85
33	0.41	6.03
34	60.2	8.19e-06
36	58.5	8.442e-06
37	11.8
38		9.32
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Abedini et al., 2006; Tedesco et al., 1995

ITA276

Column	Version 1	Version 2
1	~
2	42.5666666667	38.63
3	~
4	42.0	38.0
5	34.0	25.0
6	~
7	11.8166666667	14.9666666667
8	~
9	11.0	14.0
10	49.0	58.0
11	2,7	36,37
13	LAZIO, ROMAN VOLCANIC PROVINCE	EOLIAN Isls., Volcano Isl.
14	Latera Caldera (Vulsini volc., Bolsena Lake), Latera 2, no. 2	Fossa cone, fumarole FD
16		19891012.0
19	IT93
21	M/H	G/F
23	QUATERNARY AND TERTIARY SEDIMENT
32	0.5	5.59
33	0.48	5.59
34	70.0	7.826e-06
36	67.5	7.826e-06
37	7.3
38		503.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Abedini et al., 2006; Tedesco et al., 1995

ITA277

Column	Version 1	Version 2
1	~
2	42.5666666667	38.63
3	~
4	42.0	38.0
5	34.0	25.0
6	~
7	11.8166666667	14.9666666667
8	~
9	11.0	14.0
10	49.0	58.0
11	1.0	36,37
13	LAZIO, ROMAN VOLCANIC PROVINCE	EOLIAN Isls., Volcano Isl.
14	Latera Caldera (Vulsini volc., Bolsena Lake), spring no.13	Fossa cone, fumarole FD
16	19780200.0	19891114.0
19	7809-IT
21	G/S	G/F
24	6.7
29	164.0
32		5.61
33	0.478	5.61
34	67.0	7.854e-06
36	66.92	7.854e-06
38		1253.0
42	297.0
53	Polyak et al., 1979	Abedini et al., 2006; Tedesco et al., 1995

ITA278

Column	Version 1	Version 2
1	~
2	42.5666666667	38.63
3	~
4	42.0	38.0
5	34.0	25.0
6	~
7	11.8166666667	14.9666666667
8	~
9	11.0	14.0
10	49.0	58.0
11	29.0	36,37
13	LAZIO, ROMAN VOLCANIC PROVINCE	EOLIAN Isls., Volcano Isl.
14	Latera caldera, Acquaforte	Fossa cone, fumarole FD
16	19870724.0	19891229.0
21		G/F
22	34.0
32	0.45	4.08
33		5.85
34	63.0	5.712e-06
36	63.0	8.19e-06
38		0.86
53	Tedesco D. 1997; Earth and Planetary Science Letters	Abedini et al., 2006; Tedesco et al., 1995

ITA279

Column	Version 1	Version 2
2	42.083	38.63
4	42.0	38.0
5	4.98	25.0
7	11.783	14.9666666667
9	11.0	14.0
10	46.98	58.0
11	2,7	36,37
13	LAZIO, ROMAN VOLCANIC PROVINCE	EOLIAN Isls., Volcano Isl.
14	Terme di Traiano Spr. (Civitavecchia, Lazio)	Fossa cone, fumarole FD
16		19900108.0
19	IT100
21		G/F
22	35.0
23	QUATERNARY AND TERTIARY IGNEOUS ROCKS
25	0.05
32	0.52	5.83
33	0.34	5.83
34	72.8	8.162e-06
36	48.8	8.162e-06
37	0.95
38		15.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Abedini et al., 2006; Tedesco et al., 1995

ITA280

Column	Version 1	Version 2
2	41.483	38.63
4	41.0	38.0
5	28.98	25.0
7	13.833	14.9666666667
9	13.0	14.0
10	49.98	58.0
11	2,7	36,37
13	LAZIO, ROMAN VOLCANIC PROVINCE	EOLIAN Isls., Volcano Isl.
14	Terme Varroniane Spr. (Cassino, Lazio)	Fossa cone, fumarole FD
16		19900129.0
19	IT104
21	W	G/F
22	14.0
23	PRE-TERTIARY
25	1.3
32	0.7	5.56
33	0.47	5.56
34	98.0	7.784e-06
36	65.8	7.784e-06
37	0.39
38		315.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Abedini et al., 2006; Tedesco et al., 1995

ITA281

Column	Version 1	Version 2
2	41.233	38.63
4	41.0	38.0
5	13.98	25.0
7	13.933	14.9666666667
9	13.0	14.0
10	55.98	58.0
11	2,7	36,37
13	LAZIO, ROMAN VOLCANIC PROVINCE	EOLIAN Isls., Volcano Isl.
14	Vasca degli Inferni Spr. (Suio, Lazio)	Fossa cone, fumarole FD
16		19890326.0
19	IT105
20	SV10
21	W	G/F
23	QUATERNARY AND TERTIARY IGNEOUS ROCKS
32	0.47	4.71
33	0.47	6.31
34	65.8	6.594e-06
36	65.4	8.834e-06
37	49.0
38		1.05
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Abedini et al., 2006; Tedesco et al., 1995

ITA282

Column	Version 1	Version 2
2	46.4666666667	38.63
4	46.0	38.0
5	28.0	25.0
7	10.3666666667	14.9666666667
9	10.0	14.0
10	22.0	58.0
11	5.0	36,37
13	LOMBARDIA	EOLIAN Isls., Volcano Isl.
14	Bormio Spr. (Lombardia)	Fossa cone, fumarole FD
16		19890413.0
21	W/S	G/F
32	0.13	4.77
33	0.07	6.1
34	18.2	6.678e-06
36	9.8	8.54e-06
37	4.32
38		1.22
53	Marty B. et al., 1992	Abedini et al., 2006; Tedesco et al., 1995

ITA283

Column	Version 1	Version 2
2	42.9	38.63
4	42.0	38.0
5	54.0	25.0
7	13.333	14.9666666667
9	13.0	14.0
10	19.98	58.0
11	2,7	36,37
13	MARCHE	EOLIAN Isls., Volcano Isl.
14	Bagni (=Terme) di Triponzo Spr. (Marche, Norcia)	Fossa cone, fumarole FD
16		19890926.0
19	IT94
21		G/F
22	27.0
23	QUATERNARY AND TERTIARY SEDIMENT/QUATERNARY AND TERTIARY IGNEOUS ROCKS
25	2.5
32	0.03	4.78
33	0.01	5.0
34	4.2	6.692e-06
36	1.4	7e-06
37	9.82
38		8.71
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Abedini et al., 2006; Tedesco et al., 1995

ITA284

Column	Version 1	Version 2
2	44.0	38.63
4	44.0	38.0
5	0.0	25.0
7	12.65	14.9666666667
9	12.0	14.0
10	39.0	58.0
11	5.0	36,37
13	MARCHE, Po Basin	EOLIAN Isls., Volcano Isl.
14	Riccione Spr. (Marche Po Basin )	Fossa cone, fumarole FD
16		19890926.0
21	W/S	G/F
32	0.07	3.62
33	0.05	3.88
34	9.8	5.068e-06
36	0.7	5.432e-06
37	4.33
38		4.4
53	Marty B. et al., 1992	Abedini et al., 2006; Tedesco et al., 1995

ITA285

Column	Version 1	Version 2
2	42.9	38.63
4	42.0	38.0
5	54.0	25.0
7	13.333	14.9666666667
9	13.0	14.0
10	19.98	58.0
11	22.0	36,37
13	MARCHE-UMBRIA boundary	EOLIAN Isls., Volcano Isl.
14	Bagni di Triponzo (Marche-Umbria)	Fossa cone, fumarole FD
16	19970928.0	19910129.0
19	4.0
21		G/F
22	29.1
24	100.0
29	24200.0
32	0.056	3.8
33		5.27
34	7.84	5.32e-06
36	7.84	7.378e-06
38	5.14	0.93
45	3300.0
46	900000.0
47	25300.0
48	4000.0
49	15.0
53	Quattrocchi et al, 2000; Journ. Of Seismology.	Abedini et al., 2006; Tedesco et al., 1995

ITA286

Column	Version 1	Version 2
2	42.9	38.63
4	42.0	38.0
5	54.0	25.0
7	13.333	14.9666666667
9	13.0	14.0
10	19.98	58.0
11	22.0	36,37
13	MARCHE-UMBRIA boundary	EOLIAN Isls., Volcano Isl.
14	Bagni di Triponzo (Marche-Umbria)	Fossa cone, fumarole FD
16	19970929.0	19910129.0
19	5.0
21		G/F
22	29.1
32	0.045	4.98
33		4.98
34	6.3	6.972e-06
36	6.3	6.972e-06
38	5.88	60.0
49	15.0
53	Quattrocchi et al, 2000; Journ. Of Seismology.	Abedini et al., 2006; Tedesco et al., 1995

ITA287

Column	Version 1	Version 2
2	42.9	38.63
4	42.0	38.0
5	54.0	25.0
7	13.333	14.9666666667
9	13.0	14.0
10	19.98	58.0
11	22.0	08
13	MARCHE-UMBRIA boundary	EOLIAN Isls., Volcano Isl.
14	Bagni di Triponzo (Marche-Umbria)	Fossa cone, fumarole unnamed
16	19971015.0	19790500.0
19	42.0
21		G/F
22	29.1
23		collected by I.Menyailov
24	100.0
29	22300.0
32	0.089
34	12.46	7.6e-06
35		≥
36	12.46	7.6e-06
38	2.96
45	9100.0
46	857200.0
47	52800.0
48	3700.0
49	10.0
53	Quattrocchi et al, 2000; Journ. Of Seismology.	Polyak, 1988

ITA288

Column	Version 1	Version 2
2	42.9	38.63
4	42.0	38.0
5	54.0	25.0
7	13.333	14.9666666667
9	13.0	14.0
10	19.98	58.0
11	22.0	03
13	MARCHE-UMBRIA boundary	EOLIAN Isls., Volcano Isl.
14	Bagni di Triponzo (Marche-Umbria)	Fossa cone, fumarole unnamed
16	19971018.0	19840205.0
19	64.0
20		a
21		G/F
22	29.6
24	200.0
29	24300.0
32	0.073	2.36
33		5.4
34	10.22	3.31e-06
36	10.22	6.891e-06
37		0.46
38	3.56	0.46
45	10100.0
46	894600.0
47	20800.0
48	3900.0
49	15.0
53	Quattrocchi et al, 2000; Journ. Of Seismology.	Sano et al, 1989

ITA289

Column	Version 1	Version 2
2	42.9	38.63
4	42.0	38.0
5	54.0	25.0
7	13.333	14.9666666667
9	13.0	14.0
10	19.98	58.0
11	22.0	03
13	MARCHE-UMBRIA boundary	EOLIAN Isls., Volcano Isl.
14	Bagni di Triponzo (Marche-Umbria)	Fossa cone, fumarole unnamed
16	19971024.0	19840205.0
19	72.0
20		b
21		G/F
22	29.0
24	200.0
29	22200.0
32	0.108	5.09
33		5.1
34	15.12	7.13e-06
36	15.12	7.137e-06
38	3.69	230.0
45	39300.0
46	848200.0
47	32800.0
48	4200.0
49	15.0
53	Quattrocchi et al, 2000; Journ. Of Seismology.	Sano et al, 1989

ITA290

Column	Version 1	Version 2
2	42.9	38.63
4	42.0	38.0
5	54.0	25.0
7	13.333	14.9666666667
9	13.0	14.0
10	19.98	58.0
11	22.0	03
13	MARCHE-UMBRIA boundary	EOLIAN Isls., Volcano Isl.
14	Bagni di Triponzo (Marche-Umbria)	Fossa cone, fumarole unnamed
16	19971031.0	19860528.0
19	76.0
20		a
21		G/F
22	29.0
24	300.0
29	22800.0
32	0.108	5.88
33		5.9
34	15.12	8.23e-06
36	15.12	8.241e-06
38	6.04	180.0
45	11300.0
46	874600.0
47	13300.0
48	5700.0
49	15.0
53	Quattrocchi et al, 2000; Journ. Of Seismology.	Sano et al, 1989

ITA291

Column	Version 1	Version 2
2	42.9	38.63
4	42.0	38.0
5	54.0	25.0
7	13.333	14.9666666667
9	13.0	14.0
10	19.98	58.0
11	22.0	03
13	MARCHE-UMBRIA boundary	EOLIAN Isls., Volcano Isl.
14	Bagni di Triponzo (Marche-Umbria)	Fossa cone, fumarole unnamed
16	19971110.0	19860528.0
19	90.0
20		b
21		G/F
22	29.2
24	200.0
29	23300.0
32	0.032	5.97
33		6.0
34	4.48	8.36e-06
36	4.48	8.374e-06
38	13.98	150.0
45	11300.0
46	918400.0
47	5700.0
48	4800.0
49	15.0
53	Quattrocchi et al, 2000; Journ. Of Seismology.	Sano et al, 1989

ITA292

Column	Version 1	Version 2
2	42.9	38.63
4	42.0	38.0
5	54.0	25.0
7	13.333	14.9666666667
9	13.0	14.0
10	19.98	58.0
11	22.0	02,07
13	MARCHE-UMBRIA boundary	EOLIAN Isls., Volcano Isl.
14	Bagni di Triponzo (Marche-Umbria)	Fossa cone, fumarole unnamed
15		<
16	19971219.0	19850000.0
19	96.0	IT108
22	29.3
24	200.0
29	22000.0
32	0.03	5.11
33		5.12
34	4.2	7.154e-06
36	4.2	7.168e-06
37		122.0
38	18.44
45	34800.0
46	890500.0
47	29000.0
48	5400.0
49	15.0
53	Quattrocchi et al, 2000; Journ. Of Seismology.	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA293

Column	Version 1	Version 2
2	42.9	38.4166666667
4	42.0	38.0
5	54.0	25.0
7	13.333	14.9666666667
9	13.0	14.0
10	19.98	58.0
11	22.0	03
13	MARCHE-UMBRIA boundary	EOLIAN Isls., Volcano Isl.
14	Bagni di Triponzo (Marche-Umbria)	mud pool
16	19980227.0	19830510.0
19	105.0
21		G/S
22	29.8
24	100.0
29	22000.0
32	0.024	3.73
33		3.8
34	3.36	5.22e-06
36	3.36	5.247e-06
38	12.96	43.0
45	41300.0
46	878100.0
47	19200.0
48	4000.0
49	20.0
53	Quattrocchi et al, 2000; Journ. Of Seismology.	Sano et al, 1989

ITA294

Column	Version 1	Version 2
2	42.9	38.4166666667
4	42.0	38.0
5	54.0	25.0
7	13.333	14.9666666667
9	13.0	14.0
10	19.98	58.0
11	22.0	03
13	MARCHE-UMBRIA boundary	EOLIAN Isls., Volcano Isl.
14	Bagni di Triponzo (Marche-Umbria)	mud pool
16	19980322.0	19830525.0
19	109.0
21		G/S
22	29.9
24	200.0
29	22900.0
32	0.203	4.76
33		4.8
34	28.42	6.67e-06
36	28.42	6.765e-06
38	2.7	17.0
45	52200.0
46	897200.0
47	8600.0
48	3900.0
49	20.0
53	Quattrocchi et al, 2000; Journ. Of Seismology.	Sano et al, 1989

ITA295

Column	Version 1	Version 2
2	42.9	38.4166666667
4	42.0	38.0
5	54.0	25.0
7	13.333	14.9666666667
9	13.0	14.0
10	19.98	58.0
11	22.0	03
13	MARCHE-UMBRIA boundary	EOLIAN Isls., Volcano Isl.
14	Bagni di Triponzo (Marche-Umbria)	sea side
16	19980327.0	19830510.0
19	113.0
21		G
22	29.3
24	200.0
29	24100.0
32	0.003	3.78
33		3.8
34	0.42	5.29e-06
36	0.42	5.316e-06
38	14.64	45.0
45	36200.0
46	892800.0
47	23600.0
48	4900.0
49	20.0
53	Quattrocchi et al, 2000; Journ. Of Seismology.	Sano et al, 1989

ITA296

Column	Version 1	Version 2
2	43.725	38.4166666667
4	43.0	38.0
5	43.5	25.0
7	10.4883333333	14.9666666667
9	10.0	14.0
10	29.3	58.0
11	21.0	03
13	Northern Apennines	EOLIAN Isls., Volcano Isl.
14	Asciano spr. (Northern Apennines)	sea side
16		19860528.0
19	105.0
21	G/S	G
22	24.0
23	cs-cold spring
24	1034.0
29	5286.0
32	0.09	4.83
33	0.09	4.9
34	12.6	6.76e-06
36	12.6	6.812e-06
38		31.0
42	297.0
44	2.0
45	590.0
46	337100.0
47	656200.0
48	2.0
49	5.0
51	-10.31
53	Minissale et al, 2000; Tectonophysics.	Sano et al, 1989

ITA297

Column	Version 1	Version 2
2	43.5983333333	38.4166666667
4	43.0	38.0
5	35.9	25.0
7	10.7133333333	14.9666666667
9	10.0	14.0
10	42.8	58.0
11	21.0	03
13	Northern Apennines	EOLIAN Isls., Volcano Isl.
14	Baccanella (Northern Apennines)	sea side
16		19861019.0
19	108.0
20		b
21	G/S	G
22	16.0
23	gs-gas pool
24	246.0
26	0.256
29	855.0
32	0.05	3.79
33	0.04	3.9
34	7.0	5.31e-06
36	5.6	5.519e-06
37	39.0
38		5.9
44	0.1
45	70.0
46	22500.0
47	964400.0
48	13590.0
49	50.0
51	-7.0
53	Minissale et al, 2000; Tectonophysics.	Sano et al, 1989

ITA298

Column	Version 1	Version 2
2	43.2983333333	38.4166666667
4	43.0	38.0
5	17.9	25.0
7	11.6033333333	14.9666666667
9	11.0	14.0
10	36.2	58.0
11	21.0	03
13	Northern Apennines	EOLIAN Isls., Volcano Isl.
14	Bagni Freddi (Northern Apennines)	sea side
16		19861019.0
19	69.0
20		a
21	ts	G
22	27.0
23	ts-thermal spring
24	1.0
26	1.31
29	133.0
32	0.43	4.83
33	0.13	4.9
34	60.2	6.76e-06
36	18.2	6.877e-06
37	0.8
38		14.0
44	1.0
45	560.0
46	6500.0
47	992700.0
48	20.0
49	139.0
51	-7.54
53	Minissale et al, 2000; Tectonophysics.	Sano et al, 1989

ITA299

Column	Version 1	Version 2
2	43.8166666667
4	43.0
5	49.0
7	11.96
9	11.0
10	57.6
11	21.0	20.0
13	Northern Apennines	EOLIAN Isls., Volcano Isl.
14	Bagno Romagna (Northern Apennines)	Vulcano
19	215.0
21	ts
22	43.0
23	ts-thermal spring
24	65.0
26	1.391
29	1468.0
32	0.03
33	0.02
34	4.2	8.4e-06
36	2.8	8.4e-06
37	48.6
44	2.0
45	950.0
46	95500.0
47	2300.0
48	899045.0
49	5.0
50	-56.2
53	Minissale et al, 2000; Tectonophysics.	Italiano et al, 2000

ITA300

Column	Version 1	Version 2
2	43.1533333333	38.4
4	43.0	38.0
5	9.2	24.0
7	10.8383333333	14.9666666667
9	10.0	14.0
10	50.3	58.0
11	21.0	14.0
13	Northern Apennines	EOLIAN Isls., Volcano Isl.
14	Bagnolo (Northern Apennines)	Vulcano Isl.
19	153.0	ENS-90
21	ts
22	37.0
23	ts-thermal spring
24		6.4e-07
28		1.19e-08
29		1.59e-06
32	1.8
33	2.28
34	252.0	6.94e-06
36	319.2	6.94e-06
37	0.8
42		316.0
53	Minissale et al, 2000; Tectonophysics.	Staudacher & Allegre, 1988

ITA301

Column	Version 1	Version 2
2	44.3083333333	38.4
4	44.0	38.0
5	18.5	24.0
7	11.7366666667	14.9666666667
9	11.0	14.0
10	44.2	58.0
11	21.0	14.0
13	Northern Apennines	EOLIAN Isls., Volcano Isl.
14	Bergullo m.v. (Northern Apennines)	Vulcano Isl.
19	145.0	ENS-93
21	G/MV
22	29.0
23	ms-mud cone
24	4.0	2.6e-06
26	0.837
28		3.97e-08
29	100.0	4.76e-06
32	0.45
33	0.42
34	63.0	8e-06
36	58.8	8e-06
37	4.9
42	328.0	327.0
44	2.0
45	190.0
46	4200.0
47	1200.0
48	993830.0
49	5.0
50	-69.7
53	Minissale et al, 2000; Tectonophysics.	Staudacher & Allegre, 1988

ITA302

Column	Version 1	Version 2
1		~
2	43.4416666667	46.2833333333
3		~
4	43.0	46.0
5	26.5	17.0
6		~
7	10.7166666667	13.1333333333
8		~
9	10.0	13.0
10	43.0	8.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, Barcis-Staro Selo (BS) line
14	Borboi spr. (Northern Apennines)	Gemona 2 sampling site
16		20060509.0
19	100.0	6-2
21	G/S	W
22	12.0
23	gs-gas pool
24	18.0
25		1.78125131911e-06
26	0.054
27		1.20130902917e-05
29	46.0
32	0.07
33	0.07	0.89
34	9.8
36	9.8
37	232.0
38		0.15
42	370.0
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	19.0
45	680.0	0.255174607575
46	19400.0	0.671490322855
47	959900.0	0.0733212752285
48	19832.0
49	5.0
50	-29.6
51	-9.31	-13.32
52		d13C(CO2) calculated from d13C(TDIC) = -8,27
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA303

Column	Version 1	Version 2
2	43.6333333333	46.2833333333
3		~
4	43.0	46.0
5	38.0	17.0
6		~
7	11.9833333333	13.1333333333
8		~
9	11.0	13.0
10	59.0	8.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, Barcis-Staro Selo (BS) line
14	Caprese 1 (Northern Apennines)	Gemona 2 sampling site
16		20060801.0
19	104.0	6-2
21	G/S	W
23	gs-gas pool
24	29.0
25		4.16655320249e-06
26	0.011
27		1.2648465079e-05
29	19.0
32	0.03
33	0.03	0.92
34	4.2
36	4.2
37	2812.0
38		0.33
42	378.0
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	86.0
45	40.0	0.21279182427
46	49900.0	0.634655336023
47	947900.0	0.152525608306
48	1950.0	1.04163830062e-05
49	53.0
50	-38.5
51	-4.21
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA304

Column	Version 1	Version 2
1		~
2	43.1833333333	46.2833333333
3		~
4	43.0	46.0
5	11.0	17.0
6		~
7	11.11	13.1333333333
8		~
9	11.0	13.0
10	6.6	8.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, Barcis-Staro Selo (BS) line
14	Castelletto (Northern Apennines)	Gemona sampling site
16		20061207.0
19	26.0	6.0
21	G/S	W
22	10.0
23	gs-gas pool
24	24.0
25		1.11939560597e-06
26	0.519
27		3.64840049355e-06
29	78.0
32	1.31
33	1.31	0.89
34	183.4
36	183.4
37	72.9
38		0.31
42	295.0
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	2.0
45	100.0	0.223049939264
46	20500.0	0.664589317177
47	937800.0	0.112354151563
48	41434.0	1.82420024677e-06
49	5.0
50	-23.6
51	-4.31
52		d13C(TDIC) = -10,21
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA305

Column	Version 1	Version 2
2	43.1416666667	46.2833333333
3		~
4	43.0	46.0
5	8.5	17.0
6		~
7	11.0716666667	13.1333333333
8		~
9	11.0	13.0
10	4.3	8.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, Barcis-Staro Selo (BS) line
14	Ciciano	Gemona sampling site
16		20070504.0
19		6.0
21	ts	W
22	21.0
23	ts-thermal spring
25		2.35407459415e-06
27		6.37561869249e-06
32	1.63
33	2.12	0.78
34	228.2
36	296.8
37	0.7
38		0.37
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
45		0.149091390963
46		0.658160021948
47		0.192739857396
52		d13C(TDIC) = -11,3
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA306

Column	Version 1	Version 2
1		~
2	44.1666666667	46.2833333333
3		~
4	44.0	46.0
5	10.0	17.0
6		~
7	10.1616666667	13.1333333333
8		~
9	10.0	13.0
10	9.7	8.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, Barcis-Staro Selo (BS) line
14	Equi Terme	Gemona sampling site
16		20070123.0
19		6.0
21	ts	W
22	24.0
23	ts-thermal spring
24	1414.0
25		1.29208456466e-06
26	7.833
27		3.56302107225e-06
29	4778.0
32	0.05
33	0.04	0.82
34	7.0
36	56.0
37	54.4
38		0.36
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	7.0
45	410.0	0.250977638167
46	964600.0	0.598665848294
47	26600.0	0.150351658434
48	3566.0
49	50.0
52		d13C(TDIC) = -12,55
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA307

Column	Version 1	Version 2
2	44.2083333333	46.2833333333
3		~
4	44.0	46.0
5	12.5	17.0
6		~
7	10.7916666667	13.1333333333
8		~
9	10.0	13.0
10	47.5	8.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, Barcis-Staro Selo (BS) line
14	Fanano	Gemona sampling site
16		20070314.0
19		6.0
21	mc	W
23	ms-mud cone
24	30.0
25		2.01938239943e-06
26	1.495
27		5.9357603862e-06
29	127.0
32	0.09
33	0.07	0.88
34	12.6
36	9.8
37	20.9
38		0.34
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	2.0
45	720.0	0.00122386812087
46	8400.0	0.678634873021
47	5700.0	0.320041513607
48	981765.0	9.1790109065e-05
49	5.0
50	-30.5
52		d13C(TDIC)= -9,24
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA308

Column	Version 1	Version 2
1		~
2	43.9466666667	46.2833333333
3		~
4	43.0	46.0
5	56.8	17.0
6		~
7	12.77	13.1333333333
8		~
9	12.0	13.0
10	46.2	8.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, Barcis-Staro Selo (BS) line
14	Fratta	Gemona sampling site
16		20061008.0
19		6.0
21	s	W
25		1.66897564812e-06
27		3.75519520826e-06
32	0.05
33	0.03	0.85
34	7.0
36	4.2
37	11.3
38		0.44
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
45		0.29207073842
46		0.616130176763
47		0.0917936606463
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA309

Column	Version 1	Version 2
1		~
2	43.1416666667	46.8
3		~
4	43.0	46.0
5	8.5	48.0
6		~
7	10.815	13.3
8		~
9	10.0	13.0
10	48.9	18.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, Barcis-Staro Selo (BS) line
14	Lago (Southern Apennines)	Musi sampling site
16		20061008.0
19		11.0
21	sv	W
22	98.0
23	sv-steam vent
24	1.0
25		3.5941404243e-06
26	9.291
27		5.08360402355e-06
29	1484.0
32	1.87
33	2.83	0.71
34	261.8
36	396.2
37	0.6
38		0.88
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	42883.0
45	400.0	0.294654755505
46	74800.0	0.622768475922
47	871400.0	0.0825680908284
48	7353.0
49	1621.0
51	-0.26
52		d13C(TDIC) = -10,49
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA310

Column	Version 1	Version 2
2	43.1866666667	46.25
4	43.0	46.0
5	11.2	15.0
7	10.8416666667	13.333
9	10.0	13.0
10	50.5	20.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, Barcis-Staro Selo (BS) line
14	Le Prata 1 (Southern Apennines)	Vescovo sampling site
16		20060510.0
19		7.0
21	sv	W
22	98.0
23	sv-steam vent
24	4.0
25		1.46442610867e-06
27		3.66106527167e-06
29	364.0
32	1.73
33	2.53	0.75
34	242.2
36	354.2
37	0.6
38		0.41
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	18024.0
45	20.0	0.304914436198
46	25800.0	0.640163413217
47	933700.0	0.054915979075
48	13656.0	1.04601864905e-06
49	8357.0
51	-3.4	-14.1
52		d13C(CO2) calculated from d13C(TDIC) = -8,79
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA311

Column	Version 1	Version 2
1		~
2	43.275	46.4666666667
3		~
4	43.0	46.0
5	16.5	28.0
6		~
7	11.8716666667	13.2333333333
8		~
9	11.0	13.0
10	52.3	14.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, But-Chiarso (BL) line
14	Micciano	Acquaviva sampling site
16		20060508.0
19		1.0
21	gp	W
22	15.0
23	gs-gas pool
24	16.0
25		2.12880690035e-06
26	1.355
27		4.47595296996e-06
29	73.0
32	1.23
33	1.23	0.46
34	172.2
36	172.2
37	15.2
38		0.48
42	295.0
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	13.0
45	260.0	0.158295897718
46	10900.0	0.589515757019
47	962000.0	0.252181740503
48	13124.0
49	13641.0
50	-26.5
51	-6.06	-10.63
52		d13C(CO2) calculated from d13C(TDIC) = -5,8
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA312

Column	Version 1	Version 2
1		~
2	43.3883333333	46.2166666667
3		~
4	43.0	46.0
5	23.3	13.0
6		~
7	11.01	13.1666666667
8		~
9	11.0	13.0
10	0.6	10.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, Monte Pala (MP) line
14	Montemiccioli	Anduins sampling site
16		20060914.0
19		5.0
21	gp	W
22	18.0
23	gs-gas pool
24	33.0
25		2.40836031919e-06
26	0.076
27		4.50258668369e-06
29	31.0
32	1.29
33	1.29	0.46
34	180.6
36	180.6
37	136.0
38		0.53
42	323.0
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	2.0
45	270.0	0.00104711318225
46	44500.0	0.638739041175
47	916800.0	0.292144577849
48	36781.0	0.0680623568465
49	1557.0
50	-27.8
51	-7.26	-17.04
52		d13C(CO2) calculated from d13C(TDIC) = -11,73
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA313

Column	Version 1	Version 2
1		~
2	43.665	46.2166666667
3		~
4	43.0	46.0
5	39.9	13.0
6		~
7	11.0766666667	13.1666666667
8		~
9	11.0	13.0
10	4.6	10.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, Monte Pala (MP) line
14	Montespertoli	Anduins sampling site
16		20061016.0
19		5.0
21	gp	W
22	14.0
23	gs-gas pool
24	134.0
25		9.35061972011e-07
26	1.946
27		2.23375915536e-06
29	69.0
32	0.03
33	0.02	0.47
34	4.2
36	2.8
37	64.1
38		0.42
42	295.0
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	2.0
45	970.0	0.0025973943667
46	43400.0	0.674283577595
47	948500.0	0.310128887384
48	6944.0	0.0129869718335
49	5.0
51	-6.58	-17.82
52		d13C(CO2) calculated from d13C(TDIC) = -12,3
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA314

Column	Version 1	Version 2
1		~
2	44.5116666667	46.2166666667
3		~
4	44.0	46.0
5	30.7	13.0
6		~
7	10.8233333333	13.1666666667
8		~
9	10.0	13.0
10	49.4	10.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, Monte Pala (MP) line
14	Nirano m.v. (Northern Apennines)	Anduins sampling site
16		20070420.0
17	0.0
19	142.0	5.0
21	G/MV	W
22	26.0
23	ms-mud cone
24	29.0
25		3.1669652891e-06
26	0.6
27		3.5508398696e-06
29	200.0
32	0.04
33	0.03	0.59
34	5.6
36	4.2
37	35.5
38		0.89
42	326.0
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	8.0
45	50.0	0.00143952967686
46	13200.0	0.576291713971
47	6600.0	0.239921612811
48	979552.0	0.182340425736
49	5.0
50	-46.0
52		d13C(TDIC) = -11,56
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA315

Column	Version 1	Version 2
1		~
2	43.5	46.4833333333
3		~
4	43.0	46.0
5	30.0	29.0
6		~
7	10.8716666667	12.9333333333
8		~
9	10.0	12.0
10	52.3	56.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, Sauris (SA) line
14	Palagio	Cazzaso sampling site
16		20061023.0
19		8.0
21	ts	W
22	22.0
23	ts-thermal spring
24	1.0
25		6.22403075036e-07
26	0.295
27		1.78422214844e-06
29	195.0
32	2.33
33	2.79	0.68
34	326.2
36	390.6
37	1.1
38		0.35
42	295.0
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	3.0
45	3180.0	0.00124480615007
46	8300.0	0.525308195331
47	988400.0	0.473441272411
48	6.0	3.31948306686e-06
49	5.0
51	-10.3	-17.73
52		d13C(CO2) calculated from d13C(TDIC) = -13,54
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA316

Column	Version 1	Version 2
1		~
2	43.27	46.4833333333
3		~
4	43.0	46.0
5	16.2	29.0
6		~
7	11.1483333333	12.9333333333
8		~
9	11.0	12.0
10	8.9	56.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, Sauris (SA) line
14	Palazzo Piano	Cazzaso sampling site
16		20060509.0
19		8.0
21	gp	W
22	11.0
23	gs-gas pool
24	46.0
25		1.03092002753e-06
26	1.42
27		3.52891855577e-06
29	313.0
32	1.44
33	1.44	0.81
34	201.6
36	201.6
37	50.1
38		0.29
42	295.0
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	457.0
45	20.0	0.0741469404415
46	67900.0	0.54361206067
47	863300.0	0.382233425591
48	66167.0	3.01345854201e-06
49	1811.0
50	-22.6
51	-4.66	-18.66
52		d13C(CO2) calculated from d13C(TDIC) = -13,96
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA317

Column	Version 1	Version 2
1		~
2	43.4816666667	46.4833333333
3		~
4	43.0	46.0
5	28.9	29.0
6		~
7	11.6883333333	12.9333333333
8		~
9	11.0	12.0
10	41.3	56.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, Sauris (SA) line
14	Pergine	Cazzaso sampling site
16		20061207.0
19		8.0
21	gp	W
22	11.0
23	gs-gas pool
24	34.0
25		7.71865535535e-07
26	0.069
27		2.05830809476e-06
29	13.0
32	0.04
33	0.04	0.71
34	5.6
36	5.6
37	333.0
38		0.37
42	328.0
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	2.0
45	380.0	0.00171525674563
46	37100.0	0.485417659014
47	959600.0	0.512861766944
48	2854.0	2.48712228117e-06
49	5.0
51	-6.93
52		d13C(TDIC) = -14,53
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA318

Column	Version 1	Version 2
1		~
2	43.5666666667	46.4833333333
3		~
4	43.0	46.0
5	34.0	29.0
6		~
7	10.42	12.9333333333
8		~
9	10.0	12.0
10	25.2	56.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, Sauris (SA) line
14	Piersanti	Cazzaso sampling site
16		20070511.0
19		8.0
21	cs	W
22	16.0
23	cs-cold spring
24	6.0
25		1.22620802315e-06
26	0.965
27		3.42492585775e-06
29	75.0
32	0.16
33	0.14	0.99
34	22.4
36	19.6
37	13.3
38		0.37
42	295.0
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	4.0
45	480.0	0.00676528564495
46	4700.0	0.49513434314
47	991300.0	0.498094155609
48	3404.0	1.56447230539e-06
49	5.0
51	-6.71
52		d13C(TDIC) = -14,87
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA319

Column	Version 1	Version 2
2	44.165	46.4833333333
3		~
4	44.0	46.0
5	9.9	29.0
6		~
7	11.3366666667	12.9333333333
8		~
9	11.0	12.0
10	20.2	56.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, Sauris (SA) line
14	Pietramala	Cazzaso sampling site
16		20070202.0
19		8.0
21	mc	W
23	ms-mud cone
24	20.0
25		7.66546729978e-07
26	0.04
27		2.09058199085e-06
29	21.0
32	0.02
33	0.02	0.76
34	2.8
36	2.8
37	800.0
38		0.37
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	1.0
45	240.0	0.0125434919451
46	2200.0	0.44703611571
47	8700.0	0.540415444634
48	934871.0	2.09058199085e-06
49	5.0
50	-36.6
52		d13C(TDIC) = -14,95
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA320

Column	Version 1	Version 2
1		~
2	44.1516666667	46.4833333333
3		~
4	44.0	46.0
5	9.1	29.0
6		~
7	11.9666666667	12.9333333333
8		~
9	11.0	12.0
10	58.0	56.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, Sauris (SA) line
14	Porretta	Cazzaso sampling site
16		20070314.0
19		8.0
21	mc	W
22	35.0
23	ms-mud cone
24	21.0
25		1.28955155361e-06
26	0.052
27		3.86865466083e-06
29	39.0
32	0.04
33	0.04	0.91
34	56.0
36	56.0
37	375.7
38		0.33
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	2.0
45	160.0	0.000402984860504
46	3500.0	0.543223591959
47	3600.0	0.45617886209
48	987591.0	0.000189402884437
49	5.0
50	-30.5
52		d13C(TDIC) = -15,28
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA321

Column	Version 1	Version 2
1		~
2		46.4833333333
3		~
4		46.0
5		29.0
6		~
7		12.9333333333
8		~
9		12.0
10		56.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, Sauris (SA) line
14	Portico	Cazzaso sampling site
16		20060707.0
19		8.0
21	mc	W
22	28.0
23	ms-mud cone
24	2745.0
25		8.25257619415e-07
26	0.457
27		2.22460749581e-06
29	603.0
32	0.3
33	0.3	0.97
34	42.0
36	42.0
37	2623.0
38		0.36
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	2.0
45	390.0	0.00143523064246
46	362300.0	0.529241299408
47	4700.0	0.469320420085
48	605426.0
49	5.0
50	-38.1
52		d13C(TDIC) = -9,1
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA322

Column	Version 1	Version 2
1		~
2	44.5566666667	46.4833333333
3		~
4	44.0	46.0
5	33.4	29.0
6		~
7	10.5766666667	12.9333333333
8		~
9	10.0	12.0
10	34.6	56.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps, Sauris (SA) line
14	Regnano	Cazzaso sampling site
16		20060801.0
19		8.0
21	mc	W
22	29.0
23	ms-mud cone
24	63.0
25		9.38751598951e-07
26	1.482
27		2.5480400543e-06
29	74.0
32	0.23
33	0.21	0.58
34	32.2
36	29.4
37	13.7
38		0.36
42	295.0
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	1.0
45	150.0	0.050513776515
46	4900.0	0.556545590807
47	11400.0	0.392934597847
48	974137.0	2.5480400543e-06
49	5.0
50	-44.9
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA323

Column	Version 1	Version 2
2	44.0	46.4833333333
3		~
4	44.0	46.0
5	0.0	29.0
6		~
7	12.6583333333	13.0166666667
8		~
9	12.0	13.0
10	39.5	1.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps,But-Chiarso (BL) line
14	Riccione	Illegio sampling site
16		20060904.0
19		9.0
21	s	W
25		1.93121491931e-06
27		4.99452134305e-06
32	0.07
33	0.004	0.93
34	9.8
36	0.56
37	43.0
38		0.38
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
45		0.149502672202
46		0.68291755164
47		0.167482949037
48		8.9901384175e-05
51		-13.75
52		d13C(CO2) calculated from d13C(TDIC) = -8,97
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA324

Column	Version 1	Version 2
1		~
2	44.62	46.4833333333
3		~
4	44.0	46.0
5	37.2	29.0
6		~
7	10.3383333333	13.0166666667
8		~
9	10.0	13.0
10	20.3	1.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps,But-Chiarso (BL) line
14	Torre	Illegio sampling site
16		20061016.0
19		9.0
21	mc	W
22	25.0
23	ms-mud cone
24	13.0
25		1.74861043757e-06
26	0.182
27		4.73581993509e-06
29	74.0
32	1.1
33	1.1	1.0
34	154.0
36	154.0
37	80.1
38		0.36
42	370.0
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	2.0
45	440.0	0.147174711829
46	4000.0	0.672486430783
47	27300.0	0.180325451375
48	967890.0	6.92158298206e-06
49	5.0
50	-39.1
51		-14.1
52		d13C(CO2) calculated from d13C(TDIC) = -9,19
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA325

Column	Version 1	Version 2
1		~
2	43.1833333333	46.3833333333
3		~
4	43.0	46.0
5	11.0	23.0
6		~
7	11.7166666667	13.4666666667
8		~
9	11.0	13.0
10	43.0	28.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps,Dof-Auda (DA) line
14	Torrite di Siena	Putha sampling site
16		20061016.0
19		10.0
21	gp	W
22	12.0
23	gs-gas pool
24	25.0
25		2.97363532441e-06
26	0.295
27		5.94727064882e-06
29	79.0
32	0.11
33	0.11	0.64
34	15.4
36	15.4
37	64.7
38		0.5
42	295.0
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	2.0
45	130.0	0.00127441513903
46	52000.0	0.878072030793
47	931000.0	0.0960059404738
48	16856.0	0.024638692688
49	5.0
50	-30.8
51	-3.87	-11.44
52		d13C(CO2) calculated from d13C(TDIC) = -5,66
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA326

Column	Version 1	Version 2
2	43.3	46.3833333333
3		~
4	43.0	46.0
5	18.0	23.0
6		~
7	12.3333333333	13.4666666667
8		~
9	12.0	13.0
10	20.0	28.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps,Dof-Auda (DA) line
14	Umbertide	Putha sampling site
16		20070420.0
19		10.0
21	gp	W
23	gs-gas pool
24	40.0
25		4.80342376401e-06
26	0.024
27		9.70388639194e-06
29	41.0
32	0.02
33	0.02	0.9
34	2.8
36	2.8
37	2485.0
38		0.5
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	7.0
45	80.0	0.00242597159799
46	68800.0	0.855882779769
47	928600.0	0.122268968538
48	2366.0	0.0194077727839
49	5.0
50	-26.7
51	-3.57
52		d13C(TDIC) = -7,21
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA327

Column	Version 1	Version 2
1		~
2	43.425	46.3833333333
3		~
4	43.0	46.0
5	25.5	23.0
6		~
7	11.3583333333	13.4666666667
8		~
9	11.0	13.0
10	21.5	28.0
11	21.0	41.0
13	Northern Apennines	FRIULI-VENEZIA, Southern Alps,Dof-Auda (DA) line
14	Vagliagli	Putha sampling site
16		20060913.0
19		10.0
21	gp	W
22	17.0
23	gs-gas pool
24	40.0
25		2.16479071257e-06
26	1.02
27		4.18991750821e-06
29	103.0
32	0.13
33	0.08	0.73
34	18.2
36	11.2
37	5.5
38		0.5
42	330.0
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	2.0
45	820.0	0.00558655667761
46	48900.0	0.887564192155
47	944000.0	0.0803067522406
48	5756.0	0.0265361442186
49	375.0
51	-5.18
53	Minissale et al, 2000; Tectonophysics.	Italiano et al., 2009

ITA328

Column	Version 1	Version 2
1		~
2	36.78	46.4833333333
3		~
4	36.0	46.0
5	46.8	29.0
6		~
7	12.0	12.9666666667
8		~
10	0.0	58.0
11	19,36	41.0
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	FRIULI-VENEZIA, Southern Alps,Sauris (SA) line
14	Aereoporto (Panteleria Isl.)	Lorenzaso sampling site
16	19961106.0	20061016.0
19	15.0	12.0
21	W/H	W
22	57.5
23	[He] =[4He]
24	7.75
25		1.97785978775e-06
27		2.07064268397e-06
32	6.29
33	6.91	0.29
34	880.6
36	967.4
38		0.95
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
45		0.000905198987529
46		0.341033718551
47	87100.0	0.650385472539
48		0.0076715614193
50	-2.2
51		-13.9
52	-3.9	d13C(CO2) calculated from d13C(TDIC) = -9,96
53	Parello et al, 2000; EPSL; NobleGasDate	Italiano et al., 2009

ITA329

Column	Version 1	Version 2
1		~
2	36.78	46.4833333333
3		~
4	36.0	46.0
5	46.8	29.0
6		~
7	12.0	12.9666666667
8		~
10	0.0	58.0
11	19,36	41.0
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	FRIULI-VENEZIA, Southern Alps,Sauris (SA) line
14	Armani (Panteleria Isl.)	Lorenzaso sampling site
16	19941018.0	20060904.0
19		12.0
21	W/H	W
22	23.7
23	[He] =[4He]
24	6.79
25		2.41633197053e-06
27		2.91254300019e-06
32	1.26
33	1.72	0.31
34	176.4
36	240.8
38		0.83
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
45		0.00064723177782
46		0.364391490913
47		0.628246312338
48		0.00670963609674
50	-5.4
52	-12.3	d13C(TDIC) = -10,47
53	Parello et al, 2000; EPSL; NobleGasDate	Italiano et al., 2009

ITA330

Column	Version 1	Version 2
1		~
2	36.78	46.4833333333
3		~
4	36.0	46.0
5	46.8	29.0
6		~
7	12.0	12.9666666667
8		~
10	0.0	58.0
11	19,36	41.0
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	FRIULI-VENEZIA, Southern Alps,Sauris (SA) line
14	Cala Tramon (Panteleria Isl.)	Lorenzaso sampling site
16	19960517.0	20060627.0
19		12.0
21	W/H	W
22	29.5
23	[He] =[4He]
24	7.02
25		5.10248139502e-06
27		5.73421718678e-06
32	5.47
33	12.52	0.42
34	765.8
36	1752.8
38		0.65
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
45		0.000485950609049
46		0.386816684803
47	7000.0	0.605980409484
48		0.00670611840488
52		d13C(TDIC) = -7,87
53	Parello et al, 2000; EPSL; NobleGasDate	Italiano et al., 2009

ITA331

Column	Version 1	Version 2
1		~
2	36.78	46.4833333333
3		~
4	36.0	46.0
5	46.8	29.0
6		~
7	12.0	12.9666666667
8		~
10	0.0	58.0
11	19,36	41.0
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	FRIULI-VENEZIA, Southern Alps,Sauris (SA) line
14	Capperificio (Panteleria Isl.)	Lorenzaso sampling site
16	19941019.0	20060731.0
19		12.0
21	W/H	W
22	34.8
23	[He] =[4He]
24	19.94
25		1.45184257408e-06
27		1.9201788883e-06
32	4.7
33	6.65	0.37
34	658.0
36	931.0
38		0.76
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
45		0.000739478390874
46		0.338434610223
47	96000.0	0.654191883126
48		0.00663065623817
50	-1.9
52	-7.8
53	Parello et al, 2000; EPSL; NobleGasDate	Italiano et al., 2009

ITA332

Column	Version 1	Version 2
1		~
2	36.78	46.4833333333
3		~
4	36.0	46.0
5	46.8	29.0
6		~
7	12.0	12.9666666667
8		~
10	0.0	58.0
11	19,36	41.0
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	FRIULI-VENEZIA, Southern Alps,Sauris (SA) line
14	D'Aietti (Panteleria Isl.)	Lorenzaso sampling site
16	19941020.0	20060509.0
19		12.0
21	W/H	W
22	27.3
23	[He] =[4He]
24	10.89
25		4.30816966126e-06
27		1.48971971971e-06
32	5.55
33	6.06	0.51
34	777.0
36	848.4
38		1.0
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
45		0.000453491543291
46		0.380479404821
47	417000.0	0.611986837671
48		0.00707446807534
50	-4.1
52	-5.7
53	Parello et al, 2000; EPSL; NobleGasDate	Italiano et al., 2009

ITA333

Column	Version 1	Version 2
1		~
2	36.78	46.5
3		~
4	36.0	46.0
5	46.8	30.0
6		~
7	12.0	13.35
8		~
9	12.0	13.0
10	0.0	21.0
11	19,36	41.0
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	FRIULI-VENEZIA, Southern Alps,Sauris (SA) line
14	Favara (Panteleria Isl.)	Lusnizza sampling site
16	19941019.0	20061016.0
19		3.0
21	F	W
22	99.0
24	10.3
25		3.87584280202e-06
27		4.65101136242e-06
32	7.29
33	7.32	0.44
34	1020.6
36	1024.8
38		0.81
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	43900.0
45	8600.0	0.00116275284061
46	33100.0	0.646102995096
47	880000.0	0.352701694984
48	34200.0	2.40302253725e-05
51		-6.68
52	-4.9	d13C(CO2) calculated from d13C(TDIC) = -2,02
53	Parello et al, 2000; EPSL	Italiano et al., 2009

ITA334

Column	Version 1	Version 2
1		~
2	36.78	46.5
3		~
4	36.0	46.0
5	46.8	30.0
6		~
7	12.0	13.35
8		~
9	12.0	13.0
10	0.0	21.0
11	19,36	41.0
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	FRIULI-VENEZIA, Southern Alps,Sauris (SA) line
14	Favara Costa (Panteleria Isl.)	Lusnizza sampling site
16	19941018.0	20060904.0
19		3.0
21	F	W
22	99.1
24	10.1
25		5.66165610102e-06
27		5.99469469519e-06
32	5.04
33	7.45	0.49
34	705.6
36	1043.0
38		0.95
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	7600.0
45	173000.0	0.000666077188355
46	660000.0	0.637435869256
47	154000.0	0.361679913277
48	5400.0	0.00020648392839
51		-7.05
52	-4.7	d13C(CO2) calculated from d13C(TDIC) = -2,72
53	Parello et al, 2000; EPSL	Italiano et al., 2009

ITA335

Column	Version 1	Version 2
1		~
2	36.78	46.5
3		~
4	36.0	46.0
5	46.8	30.0
6		~
7	12.0	13.35
8		~
9	12.0	13.0
10	0.0	21.0
11	19,36	41.0
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	FRIULI-VENEZIA, Southern Alps,Sauris (SA) line
14	Favara* (Panteleria Isl.)	Lusnizza sampling site
16	19900913.0	20060507.0
19		3.0
21	F	W
22	99.0
24	11.3
25		1.99027184249e-06
27		6.79605019388e-06
32	7.03
33	7.21	0.78
34	984.2
36	1009.4
38		0.29
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	39700.0
45	24000.0	0.233007435219
46	116000.0	0.501451417877
47	780000.0	0.265531389718
48	40700.0	9.70864313411e-07
51		-8.01
52	-5.0	d13C(CO2) calculated from d13C(TDIC) = -3,47
53	Parello et al, 2000; EPSL	Italiano et al., 2009

ITA336

Column	Version 1	Version 2
1		~
2	36.78	46.5
3		~
4	36.0	46.0
5	46.8	30.0
6		~
7	12.0	13.35
8		~
9	12.0	13.0
10	0.0	21.0
11	19,36	41.0
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	FRIULI-VENEZIA, Southern Alps,Sauris (SA) line
14	Gadir 1 (Panteleria Isl.)	Lusnizza sampling site
16	19960515.0	20060627.0
19		3.0
21	G/S	W
22	53.9
24	0.48
25		3.3545871845e-06
27		4.57443706977e-06
32	4.54
33	5.21	0.52
34	635.6
36	729.4
38		0.77
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	0.84
45	1000.0	0.000609924942637
46	6000.0	0.534599212221
47	988000.0	0.464762806289
48	1800.0	2.0127523107e-05
52	-5.8
53	Parello et al, 2000; EPSL	Italiano et al., 2009

ITA337

Column	Version 1	Version 2
1		~
2	36.78	46.5166666667
3		~
4	36.0	46.0
5	46.8	31.0
6		~
7	12.0	13.4333333333
8		~
9	12.0	13.0
10	0.0	26.0
11	19,36	41.0
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	FRIULI-VENEZIA, Southern Alps,Sauris (SA) line
14	Gadir 1 (Panteleria Isl.)	Malborghetto sampling site
16	19941018.0	20061016.0
19		4.0
21	G/S	W
22	56.2
23	[He] =[4He]
24	5.39
25		8.49046613277e-06
27		3.70493067612e-06
32	4.95
33	7.33	0.29
34	693.0
36	1026.2	4.06e-07
38		1.36
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
45		0.0598191932081
46		0.637556820515
47	545000.0	0.302569338549
48		4.24523306638e-05
50	-4.5
51		-8.33
52	-6.5	d13C(CO2) calculated from d13C(TDIC) = -3,39
53	Parello et al, 2000; EPSL; NobleGasDate	Italiano et al., 2009

ITA338

Column	Version 1	Version 2
1		~
2	36.78	46.5166666667
3		~
4	36.0	46.0
5	46.8	31.0
6		~
7	12.0	13.4333333333
8		~
9	12.0	13.0
10	0.0	26.0
11	19,36	41.0
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	FRIULI-VENEZIA, Southern Alps,Sauris (SA) line
14	Gadir 1 (Panteleria Isl.)	Malborghetto sampling site
16	19960515.0	20060508.0
19		4.0
21	G/S	W
22	53.9
23	[He] =[4He]
24	8.13
25		7.99191406342e-06
27		1.73941659027e-05
32	5.23
33	6.51	0.71
34	732.2
36	911.4
38		3.4
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
45		0.132101638342
46		0.542039818537
47	589000.0	0.325788026232
48		4.51308088287e-05
51		-7.49
52		d13C(CO2) calculated from d13C(TDIC) = -3,51
53	Parello et al, 2000; EPSL; NobleGasDate	Italiano et al., 2009

ITA339

Column	Version 1	Version 2
1		~
2	36.78	46.5166666667
3		~
4	36.0	46.0
5	46.8	31.0
6		~
7	12.0	13.4333333333
8		~
9	12.0	13.0
10	0.0	26.0
11	19,36	41.0
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	FRIULI-VENEZIA, Southern Alps,Sauris (SA) line
14	Gadir 2 (Panteleria Isl.)	Malborghetto sampling site
16	19941018.0	20060627.0
19		4.0
21	G/S	W
22	44.0
23	[He] =[4He]
24	10.24
25		4.48043820315e-06
27		4.48043820315e-06
32	3.95
33	5.65	0.41
34	553.0
36	791.0
38		0.75
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
45		0.122193769177
46		0.57838384077
47	118000.0	0.299374734483
48		3.86946935726e-05
50	-2.6
52	-7.4
53	Parello et al, 2000; EPSL; NobleGasDate	Italiano et al., 2009

ITA340

Column	Version 1	Version 2
1		~
2	36.78	46.5166666667
3		~
4	36.0	46.0
5	46.8	31.0
6		~
7	12.0	13.4333333333
8		~
9	12.0	13.0
10	0.0	26.0
11	19,36	41.0
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	FRIULI-VENEZIA, Southern Alps,Sauris (SA) line
14	La go mofeta (Panteleria Isl.)	Malborghetto sampling site
16	19941017.0	20060731.0
19		4.0
21	mofette	W
22	29.0
24	8.1
25		6.20428830919e-06
27		6.20428830919e-06
32	5.85
33	6.93	0.33
34	819.0
36	970.2
38		0.98
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	5.0
45	47800.0	0.124815682455
46	220000.0	0.532838878319
47	732000.0	0.342330731413
48	0.5	2.29923625576e-06
52	-4.3
53	Parello et al, 2000; EPSL	Italiano et al., 2009

ITA341

Column	Version 1	Version 2
1		~
2	36.78	46.5166666667
3		~
4	36.0	46.0
5	46.8	31.0
6		~
7	12.0	13.0833333333
8		~
9	12.0	13.0
10	0.0	5.0
11	19,36	41.0
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	FRIULI-VENEZIA, Southern Alps,Val Pesarina (VP) line
14	La go mofeta* (Panteleria Isl.)	Solfar sampling site
16	19900913.0	20060913.0
19		2.0
21	mofette	W
24	10.0
25		9.1570659191e-06
27		4.36050758052e-06
32	6.17
33	7.02	0.34
34	863.8
36	982.8
38		0.83
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
44	5.0
45	51000.0	0.114681349368
46	226000.0	0.628349142354
47	723000.0	0.256833896493
48	1.0	0.000122094212255
51		-5.19
52	-3.8	d13C(CO2) calculated from d13C(TDIC) = -0,75
53	Parello et al, 2000; EPSL	Italiano et al., 2009

ITA342

Column	Version 1	Version 2
1		~
2	36.78	46.5166666667
3		~
4	36.0	46.0
5	46.8	31.0
6		~
7	12.0	13.0833333333
8		~
9	12.0	13.0
10	0.0	5.0
11	19,36	41.0
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	FRIULI-VENEZIA, Southern Alps,Val Pesarina (VP) line
14	La Vela (Panteleria Isl.)	Solfar sampling site
16	19941018.0	20061016.0
19		2.0
21	W/H	W
22	51.6
23	[He] =[4He]
24	142.62
25		1.82130010472e-06
27		4.24970024436e-06
32	6.07
33	6.17	0.64
34	849.8
36	863.8
38		0.43
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
45		0.141801222439
46		0.565036675347
47	270000.0	0.293142588284
48		1.34429293444e-05
51		-5.1
52		d13C(CO2) calculated from d13C(TDIC) = -1,05
53	Parello et al, 2000; EPSL; NobleGasDate	Italiano et al., 2009

ITA343

Column	Version 1	Version 2
1		~
2	36.78	46.5166666667
3		~
4	36.0	46.0
5	46.8	31.0
6		~
7	12.0	13.0833333333
8		~
9	12.0	13.0
10	0.0	5.0
11	19,36	41.0
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	FRIULI-VENEZIA, Southern Alps,Val Pesarina (VP) line
14	Lago (Panteleria Isl.)	Solfar sampling site
16	19960517.0	20070421.0
19		2.0
21		W
22	19.7
23	[He] =[4He]
24	4.14
25		2.71007465199e-06
27		2.71007465199e-06
32	1.01
33		0.57
34	141.4
36	141.4
38		1.0
43		"R/Ra corrected for ASW as suggested by Hilton et al.,1998" [41]; He/Ne and 4He/20Ne ratios, presented by the authors, are not self consisted
45		0.0982976229706
46		0.625154508705
47	2000.0	0.276519481441
48		2.29667343389e-05
50	3.6
52	-3.7	d13C(TDIC) = -2,21
53	Parello et al, 2000; EPSL; NobleGasDate	Italiano et al., 2009

ITA344

Column	Version 1	Version 2
1		~
2	36.78	40.7333333333
3		~
4	36.0	40.0
5	46.8	44.0
6		~
7	12.0	13.95
8		~
9	12.0	13.0
10	0.0	57.0
11	19,36	09
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	ISCHIA Isl, East side fum.
14	Mare Gadir (Panteleria Isl.)	Castello
16	19941018.0	19930111.0
21		G/F
23	[He] =[4He]
24	4.5	1.4e-05
26		7.1e-07
29		0.000186
32	0.99	2.65
34	138.6	3.71e-06
36	138.6	3.71e-06
38		19.7
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
50	-4.0
51		0.45
53	Parello et al, 2000; EPSL	Tedesco, 1996

ITA345

Column	Version 1	Version 2
1		~
2	36.78	40.7333333333
3		~
4	36.0	40.0
5	46.8	44.0
6		~
7	12.0	13.95
8		~
9	12.0	13.0
10	0.0	57.0
11	19,36	09
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	ISCHIA Isl.
14	P. Pantelleria Isl.	Carta Roman
16	19960518.0	19930111.0
21	W/H	G/F
22	29.7
23	[He] =[4He]
24	16.51	5.21e-06
26		6.4e-07
29		0.000399
32	5.65	2.79
33	6.66
34	791.0	3.91e-06
36	932.4	3.91e-06
38		8.13
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
47	392000.0
51		-0.25
53	Parello et al, 2000; EPSL; NobleGasDate	Tedesco, 1996

ITA346

Column	Version 1	Version 2
1		~
2	36.78	40.7333333333
3		~
4	36.0	40.0
5	46.8	44.0
6		~
7	12.0	13.95
8		~
9	12.0	13.0
10	0.0	57.0
11	19,36	09
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	ISCHIA Isl., East side fum.
14	Passo del Vento° (Panteleria Isl.)	Grotta Mago
16	19941019.0	19930111.0
21	F	G/F
22	99.0
24	17.6	1.3e-06
26		1.7e-07
29		0.000221
32	7.28	2.09
33	7.58
34	1019.2	2.96e-06
36	1061.2	2.96e-06
38		7.59
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	52200.0
45	32600.0
46	123000.0
47	753000.0
48	39100.0
51		-0.76
52	-4.3
53	Parello et al, 2000; EPSL	Tedesco, 1996

ITA347

Column	Version 1	Version 2
1		~
2	36.78	40.7333333333
3		~
4	36.0	40.0
5	46.8	44.0
6		~
7	12.0	13.95
8		~
9	12.0	13.0
10	0.0	57.0
11	19,36	09
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	ISCHIA Isl., East side fum.
14	Polla 1 (Panteleria Isl.)	Ischia Porto
16	19941017.0	19930111.0
21	G/S	G/F
22	46.7
24	9.9	1.12e-05
26		4.1e-07
29		0.000413
32	6.91	2.37
33	7.12
34	967.4	3.32e-06
36	996.8	3.32e-06
38		27.9
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	5.0
45	6300.0
46	50900.0
47	942000.0
48	1220.0
50		-16.3
51		-0.26
52	-5.1
53	Parello et al, 2000; EPSL	Tedesco, 1996

ITA348

Column	Version 1	Version 2
1		~
2	36.78	40.7333333333
3		~
4	36.0	40.0
5	46.8	44.0
6		~
7	12.0	13.95
8		~
9	12.0	13.0
10	0.0	57.0
11	19,36	09
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	ISCHIA Isl., East side fum.
14	Polla 1 (Panteleria Isl.)	Ponte S. Ang
16	19960517.0	19930111.0
21	G/S	G/F
22	22.0
24	27.0	5.52e-06
26		1.5e-07
29		0.000173
32	7.14	2.89
33	7.32
34	999.6	4.04e-06
36	1024.8	4.04e-06
38		36.7
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	5.0
45	30000.0
46	113000.0
47	851000.0
48	963.0
50		-12.1
51		-0.56
53	Parello et al, 2000; EPSL	Tedesco, 1996

ITA349

Column	Version 1	Version 2
1		~
2	36.78	40.7333333333
3		~
4	36.0	40.0
5	46.8	44.0
6		~
7	12.0	13.95
8		~
9	12.0	13.0
10	0.0	57.0
11	19,36	09
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	ISCHIA Isl., West side fum.
14	Polla 2 (Panteleria Isl.)	Donna Rachele
16	19960517.0	19881107.0
21	G/S	G/F
22	23.0	112.0
24	59.0	3.3e-05
32	7.18	3.51
33	7.3
34	1005.2	4.84e-06
36	1022.0	4.84e-06
38		15.2
44	1.1	0.0073
45	1000.0	0.000154
46	126000.0	0.0162
47	877000.0	0.9398
48	2100.0	0.000359
51		-5.11
52	-4.8	O2=O2+Ar
53	Parello et al, 2000; EPSL	Tedesco, 1996

ITA350

Column	Version 1	Version 2
1		~
2	36.78	40.7333333333
3		~
4	36.0	40.0
5	46.8	44.0
6		~
7	12.0	13.95
8		~
9	12.0	13.0
10	0.0	57.0
11	19,36	09
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	ISCHIA Isl., West side fum.
14	Pozzo lago (Panteleria Isl.)	Donna Rachele
16	19961106.0	19890427.0
21	W/H	G/F
22	59.3	117.0
23	[He] =[4He]
24	15.24	3.5e-05
32	5.78	3.84
33	6.47
34	809.2	5.31e-06
36	905.8	5.31e-06
38		26.4
44		0.0078
45		3.3e-05
46		0.0087
47	537000.0	0.9617
48		8e-05
51		-4.91
52		O2=O2+Ar
53	Parello et al, 2000; EPSL; NobleGasDate	Tedesco, 1996

ITA351

Column	Version 1	Version 2
1		~
2	36.78	40.7333333333
3		~
4	36.0	40.0
5	46.8	44.0
6		~
7	12.0	13.95
8		~
9	12.0	13.0
10	0.0	57.0
11	19,36	09
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	ISCHIA Isl., West side fum.
14	Pozzo Nika (Panteleria Isl.)	Donna Rachele
16	19961107.0	19880928.0
21	W/H	G/F
22	81.0	114.0
23	[He] =[4He]
24	11.56	5.4e-05
32	5.22	3.79
33	6.99
34	730.8	5.23e-06
36	978.6	5.23e-06
38		7.1
44		0.0102
45		0.000164
46		0.0143
47	8000.0	0.9342
48		0.000431
50	-5.1
51		-4.59
52	-7.2	O2=O2+Ar
53	Parello et al, 2000; EPSL; NobleGasDate	Tedesco, 1996

ITA352

Column	Version 1	Version 2
1		~
2	36.78	40.7333333333
3		~
4	36.0	40.0
5	46.8	44.0
6		~
7	12.0	13.95
8		~
9	12.0	13.0
10	0.0	57.0
11	19,36	09
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	ISCHIA Isl., West side fum.
14	Sataria (Panteleria Isl.)	Donna Rachele
16	19941017.0	19890609.0
21	G/S	G/F
22	38.4	116.0
23	[He] =[4He]
24	19.11	6.4e-05
32	5.52	3.55
33	6.1
34	772.8	4.91e-06
36	854.0	4.91e-06
38		21.4
44		0.0111
45		4.3e-05
46		0.0104
47	570000.0	0.9541
48		0.000101
50	-1.8
51		-4.16
52	-4.6	O2=O2+Ar
53	Parello et al, 2000; EPSL; NobleGasDate	Tedesco, 1996

ITA353

Column	Version 1	Version 2
1		~
2	36.78	40.7333333333
3		~
4	36.0	40.0
5	46.8	44.0
6		~
7	12.0	13.95
8		~
9	12.0	13.0
10	0.0	57.0
11	19,36	09
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	ISCHIA Isl., West side fum.
14	Scauri Porto (Panteleria Isl.)	Donna Rachele
16	19941018.0	19890729.0
21	G/S	G/F
22	38.8	117.0
23	[He] =[4He]
24	12.9	9.1e-05
32	4.37	3.82
33	5.9
34	611.8	5.27e-06
36	826.0	5.27e-06
38		19.1
44		0.0124
45		4.8e-05
46		0.0113
47	29000.0	0.9483
48		0.000158
50	-2.5
52	-8.5	O2=O2+Ar
53	Parello et al, 2000; EPSL; NobleGasDate	Tedesco, 1996

ITA354

Column	Version 1	Version 2
1		~
2	36.78	40.7333333333
3		~
4	36.0	40.0
5	46.8	44.0
6		~
7	12.0	13.95
8		~
9	12.0	13.0
10	0.0	57.0
11	19,36	09
13	PANTELERIA Isl., SCRZ (Sicily Channel Rift Zone)	ISCHIA Isl., West side fum.
14	Sorgente sud (Panteleria Isl.)	Donna Rachele
16	19960517.0	19880512.0
21	G/S	G/F
22	58.0	117.0
23	[He] =[4He]
24	4.67	0.000143
32	2.39	3.95
33	2.91
34	334.6	5.45e-06
36	407.4	5.45e-06
38		9.3
44		0.0091
45		0.000795
46		0.0195
47	747000.0	0.9538
48		0.000187
50		-30.8
51		-4.31
52		O2=O2+Ar
53	Parello et al, 2000; EPSL; NobleGasDate	Tedesco, 1996

ITA355

Column	Version 1	Version 2
1		~
2	44.6833333333	40.7333333333
3		~
4	44.0	40.0
5	41.0	44.0
6		~
7	8.46666666667	13.95
8		~
9	8.0	13.0
10	28.0	57.0
11	1.0	09
13	PIEDMONT	ISCHIA Isl., West side fum.
14	Terme di Acqui, Lago delle Sorgente (Piedmont)	Donna Rachele
16	19780121.0	19930110.0
19	7803-IT
21	G	G/F
24	520.0	2.5e-05
26		2.44e-06
29	7900.0	0.001236
32		3.49
34	8.9	4.82e-06
36	8.9	4.82e-06
38		10.2
42	312.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
50		-34.01
51		-4.46
53	Polyak et al., 1979	Tedesco, 1996

ITA356

Column	Version 1	Version 2
1		~
2		40.7333333333
3		~
4		40.0
5		44.0
6		~
7		13.95
8		~
9		13.0
10		57.0
11	16.0	09
13	SARDINIA Isl.	ISCHIA Isl., West side fum.
14		Donna Rachele
16		19900410.0
21		G/F
24		6.9e-05
32	0.7	3.41
34	98.0	4.71e-06
36	98.0	4.71e-06
38		52.6
53	Bath et al., 1986	Tedesco, 1996

ITA357

Column	Version 1	Version 2
1		~
2		40.7333333333
3		~
4		40.0
5		44.0
6		~
7		13.95
8		~
9		13.0
10		57.0
11	16.0	09
13	SARDINIA Isl.	ISCHIA Isl., West side fum.
14		Donna Rachele
16		19900202.0
21		G/F
24		7.2e-05
32	4.4	3.56
34	616.0	4.91e-06
36	616.0	4.91e-06
38		61.3
52	delta13C(Cобщ)
53	Bath et al., 1986	Tedesco, 1996

ITA358

Column	Version 1	Version 2
1		~
2	37.5333333333	40.7333333333
3		~
4	37.0	40.0
5	32.0	44.0
6		~
7	13.6333333333	13.95
8		~
10	38.0	57.0
11	3.0	09
13	SICILY Isl.	ISCHIA Isl., West side fum.
14	Aquapia (Sicily)	Donna Rachele
16	19860524.0	19860713.0
21	G	G/F
24		0.000102
32	1.36	3.25
33	1.4
34	191.0	4.49e-06
36	192.0	4.49e-06
38	16.0	0.45
53	Sano et al, 1989	Tedesco, 1996

ITA359

Column	Version 1	Version 2
1		~
2	37.4	40.7333333333
3		~
4	37.0	40.0
5	24.0	44.0
6		~
7	13.6	13.95
8		~
10	36.0	57.0
11	3.0	09
13	SICILY Isl.	ISCHIA Isl., West side fum.
14	Aragona (Sicily)	Maronti
16	19860524.0	19930111.0
21	G	G/F
24		1.4e-05
26		5.6e-07
29		0.000454
32	0.65	3.65
33	0.65
34	91.5	5.04e-06
36	91.5	5.04e-06
38	3000.0	24.6
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
51		-3.52
53	Sano et al, 1989	Tedesco, 1996

ITA360

Column	Version 1	Version 2
1		~
2	38.1833333333	40.7333333333
3		~
4	38.0	40.0
5	11.0	44.0
6		~
7	14.9166666667	13.95
8		~
9	14.0	13.0
10	55.0	57.0
11	3.0	09
13	SICILY Isl.	ISCHIA Isl., West side fum.
14	C.Calava (Sicily)	Monte Citto
16	19860527.0	19930110.0
21	G	G/F
24		2e-06
26		2.8e-06
29		0.000258
32	2.45	3.66
33	2.5
34	343.0	5.05e-06
36	347.1	5.05e-06
38	15.0	24.2
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
51		-4.54
53	Sano et al, 1989	Tedesco, 1996

ITA361

Column	Version 1	Version 2
1		~
2	37.7166666667	40.7333333333
3		~
4	37.0	40.0
5	43.0	44.0
6		~
7	15.0083333333	13.95
8		~
9	15.0	13.0
10	0.5	57.0
11	15,36	09
13	SICILY Isl.	ISCHIA Isl., West side fum.
14	Etna volcano, 1989 eruptive fissure, fumarole	Monte Nuovo
16		19930110.0
17	0.0
19	27.0
22	97.0
24	3.8	3e-06
26		2.3e-06
29		0.000741
32	1.59	3.59
34	219.42	4.96e-06
36	219.42	4.96e-06
38		32.7
43	Ra assumed 1.38E-6	Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	129000.0
46	642000.0
47	229000.0
48	130.0
51	-1.1	-5.21
53	Allard et al., 1997	Tedesco, 1996

ITA362

Column	Version 1	Version 2
1		~
2	37.6083333333	40.7333333333
3		~
4	37.0	40.0
5	36.5	44.0
6		~
7	14.9416666667	13.95
8		~
9	14.0	13.0
10	56.5	57.0
11	25.0	09
13	SICILY Isl.	ISCHIA Isl., West side fum.
14	Etna volcano, Acqua Difesa	Panza
16		19930110.0
21		G/F
22	7.6
23	groundwaters
24	30.0	3e-06
26		1.11e-06
29		0.000289
32	5.9	3.77
34	826.0	5.21e-06
36	826.0	5.21e-06
38		13.1
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
51		-4.73
53	Alessandro W., 2001; Water-Rock Interaction	Tedesco, 1996

ITA363

Column	Version 1	Version 2
2	37.6083333333	41.683
4	37.0	41.0
5	36.5	40.98
7	14.9416666667	13.25
9	14.0	13.0
10	56.5	15.0
11	15,36	02,07
13	SICILY Isl.	LAZIO, Roman volcanic province
14	Etna volcano, Acqua Difesa, well	Acqua Puzza Ferentino (Frozione) Spr.
16	19931000.0
19	5.0	IT103
21	W/H	W
22	3.0
25	0.193
32	5.52	0.23
33		0.22
34	761.76	3.22e-07
36	761.76	3e-07
37		12.3
43	Ra assumed 1.38E-6
51	-3.8
53	Allard et al., 1997	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA364

Column	Version 1	Version 2
2	37.6083333333	41.883
4	37.0	41.0
5	36.5	52.98
7	14.9416666667	12.467
9	14.0	12.0
10	56.5	28.02
11	15,36	02,07
13	SICILY Isl.	LAZIO, Roman volcanic province
14	Etna volcano, Acqua Difesa, well	Albani Hills (Colli Albani), Cava del Selgi Spr.
16	19940800.0
19	5.0	IT80
20		ITR1
21	W/H	W/S
22	20.5
23		QUATERNARY AND TERTIARY SEDIMENT
25	0.5117
32	6.29	1.54
34	868.02	2.156e-06
36	868.02	2.156e-06
43	Ra assumed 1.38E-6
51	-3.9
53	Allard et al., 1997	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA365

Column	Version 1	Version 2
2	37.6083333333	41.883
4	37.0	41.0
5	36.5	52.98
7	14.9416666667	12.467
9	14.0	12.0
10	56.5	28.02
11	15,36	02,07
13	SICILY Isl.	LAZIO, Roman volcanic province
14	Etna volcano, Acqua Difesa, well	Albani Hills (Colli Albani), Larinio Torcadara Spr.
16	19940900.0
19	5.0	IT82
20		ITR3
21	W/H	W/S
22	16.8
23		QUATERNARY AND TERTIARY SEDIMENT
25	0.3272
32	6.39	0.22
34	881.82	3.08e-07
36	881.82	3.08e-07
43	Ra assumed 1.38E-6
51	-3.7
53	Allard et al., 1997	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA366

Column	Version 1	Version 2
2	37.6083333333	41.883
4	37.0	41.0
5	36.5	52.98
7	14.9416666667	12.467
9	14.0	12.0
10	56.5	28.02
11	15,36	02,07
13	SICILY Isl.	LAZIO, Roman volcanic province
14	Etna volcano, Acqua Difesa, well	Albani Hills (Colli Albani), Zolforata Spr.
16	19941000.0
19	5.0	IT81
20		ITR2
21	W/H	W/S
22	16.4
23		QUATERNARY AND TERTIARY SEDIMENT
25	0.603
32	6.48	0.95
34	894.24	1.33e-06
36	894.24	1.33e-06
43	Ra assumed 1.38E-6
51	-3.7
53	Allard et al., 1997	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA367

Column	Version 1	Version 2
2	37.6083333333	41.883
4	37.0	41.0
5	36.5	52.98
7	14.9416666667	12.467
9	14.0	12.0
10	56.5	28.02
11	15,36	29.0
13	SICILY Isl.	LAZIO, Roman volcanic province
14	Etna volcano, Acqua Difesa, well	Albani Hills, Area B, fumarole
16	19950300.0	19870721.0
19	5.0
21	W/H	G/F
22	14.8	32.0
25	0.3442
32	6.25	0.9
34	862.5	1.26e-06
36	862.5	1.26e-06
43	Ra assumed 1.38E-6
51	-3.9
53	Allard et al., 1997	Tedesco, 1997

ITA368

Column	Version 1	Version 2
2	37.575	42.15
4	37.0	42.0
5	34.5	9.0
7	14.9	11.933
9	14.0	11.0
10	54.0	55.98
11	15,36	02,07
13	SICILY Isl.	LAZIO, Roman volcanic province
14	Etna volcano, Acqua Grassa, spring	Bagnerello, Tolfa Spr.
16	19930700.0
17	0.0
19	20.0	IT99
22	19.8	40.0
23		QUATERNARY AND TERTIARY IGNEOUS ROCKS
25	0.26	1.4e-07
32	5.8	0.61
33		0.52
34	800.4	8.54e-07
36	800.4	7.41e-07
37		1.46
43	Ra assumed 1.38E-6
51	-3.9
53	Allard et al., 1997	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA369

Column	Version 1	Version 2
2	37.575	41.883
4	37.0	41.0
5	34.5	52.98
7	14.9	12.5
9	14.0	12.0
10	54.0	30.0
11	15,36	02,07
13	SICILY Isl.	LAZIO, Roman volcanic province
14	Etna volcano, Acqua Grassa, spring	Bagni di Tivoili, Acque Albule Spr.
16	19931000.0
17	0.0
19	20.0	IT102
22	19.8
23	Table 1 [15]	QUATERNARY AND TERTIARY IGNEOUS ROCKS
25	0.126
32	5.63	0.62
33		0.6
34	776.94	8.68e-07
36	776.94	8.48e-07
37		7.0
43	Ra assumed 1.38E-6
51	-4.1
53	Allard et al., 1997	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA370

Column	Version 1	Version 2
1		~
2	37.575	42.5666666667
3		~
4	37.0	42.0
5	34.5	34.0
6		~
7	14.9	11.8166666667
8		~
9	14.0	11.0
10	54.0	49.0
11	15,36	01
13	SICILY Isl.	LAZIO, Roman volcanic province
14	Etna volcano, Acqua Grassa, spring	Bolsena Lake, spring no.13, Latera Caldera (Vulsini volc.)
16	19940600.0	19780200.0
17	0.0
19	20.0	7809-IT
21	W/S	G/S
22	19.4
24		6.7e-06
25	0.1184
29		0.000164
32	5.91
34	815.58	6.7e-07
35		≤
36	815.58	6.7e-07
42		297.0
43	Ra assumed 1.38E-6
51	-3.8
53	Allard et al., 1997	Polyak et al., 1979

ITA371

Column	Version 1	Version 2
2	37.575	42.1
4	37.0	42.0
5	34.5	6.0
7	14.9	12.183
9	14.0	12.0
10	54.0	10.98
11	15,36	02,07
13	SICILY Isl.	LAZIO, Roman volcanic province
14	Etna volcano, Acqua Grassa, spring	Bracciano Caldera (Sabatini Volc.), spring to the east of Bracciano Lake
16	19950300.0
17	0.0
19	20.0	IT101
21	W/S
22	19.1
23		QUATERNARY AND TERTIARY IGNEOUS ROCKS
25	0.0706
32	5.78	0.5
33		0.24
34	797.64	7e-07
36	797.64	4.08e-07
37		0.85
43	Ra assumed 1.38E-6
51	-3.9
53	Allard et al., 1997	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA372

Column	Version 1	Version 2
2	37.575	42.1
4	37.0	42.0
5	34.5	6.0
7	14.9	12.1833333333
9	14.0	12.0
10	54.0	11.0
11	15,36	29.0
13	SICILY Isl.	LAZIO, Roman volcanic province
14	Etna volcano, Acqua Grassa, spring, gas bubbles	Bracciano, Fum. A
16		19870723.0
17	0.0
19	20.0
21	G/S
22	18.7	27.0
23	Table 2 [15]; He content and R/Ra ratio of the gas in equilibrium with dissolved helium in water
24	14.7
32	5.63	0.24
34	776.94	3.36e-07
36	776.94	3.36e-07
43	Ra assumed 1.38E-6
45	500.0
46	15000.0
47	985000.0
48	180.0
51	-4.4
53	Allard et al., 1997	Tedesco, 1997

ITA373

Column	Version 1	Version 2
2	37.5916666667	42.4
4	37.0	42.0
5	35.5	24.0
7	14.95	12.1
9	14.0	12.0
10	57.0	6.0
11	15,36	02,07
13	SICILY Isl.	LAZIO, Roman volcanic province
14	Etna volcano, Acquarossa, well	Bullicame (Viterbo), Terme Bullicame, hole
15		<
16	19931000.0	19850000.0
19	23.0	IT97
21	W/H	G/H
22	18.4
23		QUATERNARY AND TERTIARY IGNEOUS ROCKS
25	0.361
32	6.23	0.64
33		0.54
34	859.74	8.96e-07
36	859.74	7.56e-07
37		1.28
43	Ra assumed 1.38E-6
51	-4.1
53	Allard et al., 1997	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA374

Column	Version 1	Version 2
2	37.5916666667	42.4
4	37.0	42.0
5	35.5	24.0
7	14.95	12.1
9	14.0	12.0
10	57.0	6.0
11	15,36	02,07
13	SICILY Isl.	LAZIO, Roman volcanic province
14	Etna volcano, Acquarossa, well	Bullicame (Viterbo), Terme Bullicame, hole
15		<
16	19940900.0	19850000.0
19	23.0	IT98
21	W/H
22	24.4	46.0
23		QUATERNARY AND TERTIARY IGNEOUS ROCKS
25	0.2544
32	6.36	0.99
33		0.96
34	877.68
36	877.68
37		0.37
43	Ra assumed 1.38E-6
51	-3.8
53	Allard et al., 1997	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA375

Column	Version 1	Version 2
1		~
2	37.5916666667	42.5666666667
3		~
4	37.0	42.0
5	35.5	34.0
6		~
7	14.95	11.8166666667
8		~
9	14.0	11.0
10	57.0	49.0
11	15,36	02,07
13	SICILY Isl.	LAZIO, Roman volcanic province
14	Etna volcano, Acquarossa, well	Latera Caldera (Vulsini volc., Bolsena Lake), Latera 2, no. 1
16	19950400.0
19	23.0	IT92
21	W/H	G/H
22	21.1
23		QUATERNARY AND TERTIARY SEDIMENT
25	0.3201
32	6.0	0.43
33		0.41
34	828.0	6.02e-07
36	828.0	5.85e-07
37		11.8
43	Ra assumed 1.38E-6
51	-5.9
53	Allard et al., 1997	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA376

Column	Version 1	Version 2
1		~
2	37.5916666667	42.5666666667
3		~
4	37.0	42.0
5	35.5	34.0
6		~
7	14.95	11.8166666667
8		~
9	14.0	11.0
10	57.0	49.0
11	12,15,36	02,07
13	SICILY Isl.	LAZIO, Roman volcanic province
14	Etna volcano, Aquarossa, hot spring bubbles	Latera Caldera (Vulsini volc., Bolsena Lake), Latera 2, no. 2
16	19910400.0
17	0.0
19	23.0	IT93
21	G/S	M/H
23		QUATERNARY AND TERTIARY SEDIMENT
24	34.0
32	5.25	0.5
33	5.5	0.48
34	729.75	7e-07
36	759.0	6.75e-07
37	5.15409836066	7.3
43	Ra assumed 1.38E-6
53	Marty et al., 1994; Allard et al., 1997	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA377

Column	Version 1	Version 2
1		~
2	37.875	42.5666666667
3		~
4	37.0	42.0
5	52.5	34.0
6		~
7	15.0666666667	11.8166666667
8		~
9	15.0	11.0
10	4.0	49.0
11	15,36	29.0
13	SICILY Isl.	LAZIO, Roman volcanic province
14	Etna volcano, Azienda Cambria, well	Latera caldera, Acquaforte
16	19931000.0	19870724.0
19	8.0
21	W/H
22	10.5	34.0
25	0.0541
32	2.27	0.45
34	313.26	6.3e-07
36	313.26	6.3e-07
43	Ra assumed 1.38E-6
51	-13.4
53	Allard et al., 1997	Tedesco, 1997

ITA378

Column	Version 1	Version 2
2	37.75	42.4
4	37.0	42.0
5	45.0	24.0
7	15.0	12.1
9	15.0	12.0
10	0.0	6.0
11	13,15,37	01
13	SICILY Isl.	LAZIO, Roman volcanic province
14	Etna volcano, Bocca Nuova crater, soil gas	Terme Bullicame Spr., hole, (Viterbo)
16		19780100.0
17	0.0
19	29.0	7811-IT
21	G/soil	G/H
22	61.0
23	Altitude 3230m
24	9.3	3.2e-06
29		0.00069
32	5.0
33	~8
34	690.0	1.4e-06
36	952.2	1.4e-06
42		293.0
43	Ra assumed 1.38E-6
45	142000.0
46	579000.0
47	279000.0
51	-3.7
53	Allard et al., 1991, 1997	Polyak et al., 1979

ITA379

Column	Version 1	Version 2
2	37.725	42.1
4	37.0	42.0
5	43.5	6.0
7	15.0	12.1833333333
9	15.0	12.0
10	0.0	11.0
11	23.0	01
13	SICILY Isl.	LAZIO, Roman volcanic province
14	Etna volcano, BVL	Terme di Stigliano Spr., Bracciano Caldera (Sabatini volc.)
16	20000706.0	19780100.0
19	BLV	7810-IT
21		G/S
22	87.5
24	8.39	2e-06
29		0.00062
32	1.58
34	221.2	1.7e-06
35		≥
36	221.2	1.7e-06
42		296.0
44	110.0
45	149700.0
46	716000.0
47	147000.0
48	44.8
53	Pecoraino G. and Giammanco S., 2005, TAO	Polyak et al., 1979

ITA380

Column	Version 1	Version 2
2	37.725	42.083
4	37.0	42.0
5	43.5	4.98
7	15.0	11.783
9	15.0	11.0
10	0.0	46.98
11	23.0	02,07
13	SICILY Isl.	LAZIO, Roman volcanic province
14	Etna volcano, BVL	Terme di Traiano Spr. (Civitavecchia)
16	20000803.0
19	BLV	IT100
22	87.3	35.0
23		QUATERNARY AND TERTIARY IGNEOUS ROCKS
24	3.43
25		5e-08
32	1.56	0.52
33		0.34
34	218.4	7.28e-07
36	218.4	4.88e-07
37		0.95
44	17.8
45	147000.0
46	761000.0
47	103000.0
48	36.2
51	-1.4
53	Pecoraino G. and Giammanco S., 2005, TAO	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA381

Column	Version 1	Version 2
2	37.725	41.483
4	37.0	41.0
5	43.5	28.98
7	15.0	13.833
9	15.0	13.0
10	0.0	49.98
11	23.0	02,07
13	SICILY Isl.	LAZIO, Roman volcanic province
14	Etna volcano, BVL	Terme Varroniane Spr. (Cassino)
16	20000830.0
19	BLV	IT104
21		W
22	87.0	14.0
24	7.14
25		1.3e-06
32	1.56	0.7
33		0.47
34	218.4	9.8e-07
36	218.4	6.58e-07
37		0.39
44	293.0
45	169000.0
46	679000.0
47	123000.0
48	47.1
51	-1.55
53	Pecoraino G. and Giammanco S., 2005, TAO	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA382

Column	Version 1	Version 2
2	37.725	41.233
4	37.0	41.0
5	43.5	13.98
7	15.0	13.933
9	15.0	13.0
10	0.0	55.98
11	23.0	02,07
13	SICILY Isl.	LAZIO, Roman volcanic province
14	Etna volcano, BVL	Vasca degli Inferni Spr. (Suio)
16	20000914.0
19	BLV	IT105
20		SV10
21		W
22	89.8
23		QUATERNARY AND TERTIARY IGNEOUS ROCKS
32	1.5	0.47
33		0.47
34	210.0	6.58e-07
36	210.0	6.54e-07
37		49.0
44	114.2
45	174800.0
46	727000.0
47	99000.0
48	24.4
51	-1.23
53	Pecoraino G. and Giammanco S., 2005, TAO	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA383

Column	Version 1	Version 2
2	37.725	46.4666666667
4	37.0	46.0
5	43.5	28.0
7	15.0	10.3666666667
9	15.0	10.0
10	0.0	22.0
11	23.0	05
13	SICILY Isl.	LOMBARDIA
14	Etna volcano, BVL	Bormio Spr. (Lombardia)
16	20001018.0
19	BLV
21		W/S
22	88.0
24	3.06
32	1.6	0.13
33		0.07
34	224.0	1.82e-07
36	224.0	9.8e-08
37		4.32
44	171.0
45	169700.0
46	745000.0
47	93000.0
48	29.0
51	-1.31
53	Pecoraino G. and Giammanco S., 2005, TAO	Marty B. et al., 1992

ITA384

Column	Version 1	Version 2
2	37.725	42.9
4	37.0	42.0
5	43.5	54.0
7	15.0	13.333
9	15.0	13.0
10	0.0	19.98
11	23.0	02,07
13	SICILY Isl.	MARCHE
14	Etna volcano, BVL	Bagni di Triponzo Spr. (Marche, Norcia)
16	20001108.0
19	BLV	IT94
22	88.0	27.0
23		QUATERNARY AND TERTIARY; SEDIMENT/IGNEOUS ROCKS
25		2.5e-06
32	1.42	0.03
33		0.01
34	198.8	4.2e-08
36	198.8	1.4e-08
37		9.82
44	98.0
45	195000.0
46	747000.0
47	72000.0
48	23.7
51	-2.18
53	Pecoraino G. and Giammanco S., 2005, TAO	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA385

Column	Version 1	Version 2
2	37.725	44.0
4	37.0	44.0
5	43.5	0.0
7	15.0	12.65
9	15.0	12.0
10	0.0	39.0
11	23.0	05,21
13	SICILY Isl.	MARCHE, Po Basin
14	Etna volcano, BVL	Riccione Spr.
16	20001207.0
19	BLV	150.0
21		W/S
22	88.4
32	1.54	0.07
33		0.005
34	215.6	9.8e-08
36	215.6	7e-09
37		4.33
44	28.8
45	177000.0
46	741000.0
47	92000.0
48	29.1
51	-1.15
53	Pecoraino G. and Giammanco S., 2005, TAO	Marty et al., 1992; Minissale et al, 2000

ITA386

Column	Version 1	Version 2
2	37.725	42.9
4	37.0	42.0
5	43.5	54.0
7	15.0	13.333
9	15.0	13.0
10	0.0	19.98
11	23.0	22.0
13	SICILY Isl.	MARCHE-UMBRIA boundary
14	Etna volcano, BVL	Bagni di Triponzo
16	20001219.0	19970928.0
19	BLV	4.0
22	86.1	29.1
24	4.08	0.0001
29		0.0242
32	1.29	0.056
34	180.6	7.84e-08
36	180.6	7.84e-08
38		5.14
44	23.7
45	185000.0	0.0033
46	747000.0	0.9
47	80000.0	0.0253
48	30.4	0.004
53	Pecoraino G. and Giammanco S., 2005, TAO	Quattrocchi et al, 2000

ITA387

Column	Version 1	Version 2
2	37.725	42.9
4	37.0	42.0
5	43.5	54.0
7	15.0	13.333
9	15.0	13.0
10	0.0	19.98
11	23.0	22.0
13	SICILY Isl.	MARCHE-UMBRIA boundary
14	Etna volcano, BVL	Bagni di Triponzo
16	20010111.0	19971015.0
19	BLV	42.0
22	86.3	29.1
24	3.96	0.0001
29		0.0223
32	1.36	0.089
34	190.4	1.246e-07
36	190.4	1.246e-07
38		2.96
44	18.1
45	187300.0	0.0091
46	765000.0	0.8572
47	61000.0	0.0528
48	22.2	0.0037
51	-2.89
53	Pecoraino G. and Giammanco S., 2005, TAO	Quattrocchi et al, 2000

ITA388

Column	Version 1	Version 2
2	37.725	42.9
4	37.0	42.0
5	43.5	54.0
7	15.0	13.333
9	15.0	13.0
10	0.0	19.98
11	23.0	22.0
13	SICILY Isl.	MARCHE-UMBRIA boundary
14	Etna volcano, BVL	Bagni di Triponzo
16	20010123.0	19980227.0
19	BLV	105.0
22	86.0	29.8
24		0.0001
29		0.022
32	1.31	0.024
34	183.4	3.36e-08
36	183.4	3.36e-08
38		12.96
44	125.6
45	190000.0	0.0413
46	755000.0	0.8781
47	50000.0	0.0192
48	18.8	0.004
51	-0.97
53	Pecoraino G. and Giammanco S., 2005, TAO	Quattrocchi et al, 2000

ITA389

Column	Version 1	Version 2
2	37.725	42.9
4	37.0	42.0
5	43.5	54.0
7	15.0	13.333
9	15.0	13.0
10	0.0	19.98
11	23.0	22.0
13	SICILY Isl.	MARCHE-UMBRIA boundary
14	Etna volcano, BVL	Bagni di Triponzo
16	20010210.0	19971018.0
19	BLV	64.0
22	86.5	29.6
24	4.44	0.0002
29		0.0243
32	1.49	0.073
34	208.6	1.022e-07
36	208.6	1.022e-07
38		3.56
44	126.0
45	174600.0	0.0101
46	729000.0	0.8946
47	96000.0	0.0208
48	27.6	0.0039
51	-1.41
53	Pecoraino G. and Giammanco S., 2005, TAO	Quattrocchi et al, 2000

ITA390

Column	Version 1	Version 2
2	37.725	42.9
4	37.0	42.0
5	43.5	54.0
7	15.0	13.333
9	15.0	13.0
10	0.0	19.98
11	23.0	22.0
13	SICILY Isl.	MARCHE-UMBRIA boundary
14	Etna volcano, BVL	Bagni di Triponzo
16	20010322.0	19971024.0
19	BLV	72.0
22	85.8	29.0
24	8.3	0.0002
29		0.0222
32	1.33	0.108
34	186.2	1.512e-07
36	186.2	1.512e-07
38		3.69
44	178.6
45	189000.0	0.0393
46	765000.0	0.8482
47	11000.0	0.0328
48	25.7	0.0042
51	-1.13
53	Pecoraino G. and Giammanco S., 2005, TAO	Quattrocchi et al, 2000

ITA391

Column	Version 1	Version 2
2	37.725	42.9
4	37.0	42.0
5	43.5	54.0
7	15.0	13.333
9	15.0	13.0
10	0.0	19.98
11	23.0	22.0
13	SICILY Isl.	MARCHE-UMBRIA boundary
14	Etna volcano, BVL	Bagni di Triponzo
16	20010411.0	19971110.0
19	BLV	90.0
22	84.8	29.2
24		0.0002
29		0.0233
32	1.63	0.032
34	228.2	4.48e-08
36	228.2	4.48e-08
38		13.98
44	80.0
45	179000.0	0.0113
46	713000.0	0.9184
47	110000.0	0.0057
48	48.0	0.0048
51	-1.16
53	Pecoraino G. and Giammanco S., 2005, TAO	Quattrocchi et al, 2000

ITA392

Column	Version 1	Version 2
2	37.725	42.9
4	37.0	42.0
5	43.5	54.0
7	15.0	13.333
9	15.0	13.0
10	0.0	19.98
11	23.0	22.0
13	SICILY Isl.	MARCHE-UMBRIA boundary
14	Etna volcano, BVL	Bagni di Triponzo
16	20010504.0	19971219.0
19	BLV	96.0
22	87.0	29.3
24		0.0002
29		0.022
32	1.73	0.03
34	242.2	4.2e-08
36	242.2	4.2e-08
38		18.44
44	136.3
45	166400.0	0.0348
46	710000.0	0.8905
47	135000.0	0.029
48	46.2	0.0054
51	-0.75
53	Pecoraino G. and Giammanco S., 2005, TAO	Quattrocchi et al, 2000

ITA393

Column	Version 1	Version 2
2	37.725	42.9
4	37.0	42.0
5	43.5	54.0
7	15.0	13.333
9	15.0	13.0
10	0.0	19.98
11	23.0	22.0
13	SICILY Isl.	MARCHE-UMBRIA boundary
14	Etna volcano, BVL	Bagni di Triponzo
16	20010517.0	19980322.0
19	BLV	109.0
22	87.7	29.9
24		0.0002
29		0.0229
32	1.42	0.203
34	198.8	2.842e-07
36	198.8	2.842e-07
38		2.7
44	62.0
45	182000.0	0.0522
46	761000.0	0.8972
47	60000.0	0.0086
48	25.1	0.0039
51	-1.49
53	Pecoraino G. and Giammanco S., 2005, TAO	Quattrocchi et al, 2000

ITA394

Column	Version 1	Version 2
2	37.725	42.9
4	37.0	42.0
5	43.5	54.0
7	15.0	13.333
9	15.0	13.0
10	0.0	19.98
11	23.0	22.0
13	SICILY Isl.	MARCHE-UMBRIA boundary
14	Etna volcano, BVL	Bagni di Triponzo
16	20010605.0	19980327.0
19	BLV	113.0
22	85.5	29.3
24	4.56	0.0002
29		0.0241
32	1.5	0.003
34	210.0	4.2e-09
36	210.0	4.2e-09
38		14.64
44	173.0
45	181100.0	0.0362
46	737000.0	0.8928
47	86000.0	0.0236
48	34.0	0.0049
51	-1.19
53	Pecoraino G. and Giammanco S., 2005, TAO	Quattrocchi et al, 2000

ITA395

Column	Version 1	Version 2
2	37.725	42.9
4	37.0	42.0
5	43.5	54.0
7	15.0	13.333
9	15.0	13.0
10	0.0	19.98
11	23.0	22.0
13	SICILY Isl.	MARCHE-UMBRIA boundary
14	Etna volcano, BVL	Bagni di Triponzo
16	20010629.0	19971031.0
19	BLV	76.0
22	86.6	29.0
24		0.0003
29		0.0228
32	1.76	0.108
34	246.4	1.512e-07
36	246.4	1.512e-07
38		6.04
44	325.0
45	150600.0	0.0113
46	733000.0	0.8746
47	124000.0	0.0133
48	30.8	0.0057
51	-1.04
53	Pecoraino G. and Giammanco S., 2005, TAO	Quattrocchi et al, 2000

ITA396

Column	Version 1	Version 2
2	37.725	42.9
4	37.0	42.0
5	43.5	54.0
7	15.0	13.333
9	15.0	13.0
10	0.0	19.98
11	23.0	22.0
13	SICILY Isl.	MARCHE-UMBRIA boundary
14	Etna volcano, BVL	Bagni di Triponzo
16	20010712.0	19970929.0
19	BLV	5.0
22	91.3	29.1
24	5.67
32	1.95	0.045
34	273.0	6.3e-08
36	273.0	6.3e-08
38		5.88
44	476.0
45	161800.0
46	688000.0
47	156000.0
48	54.0
51	-0.82
53	Pecoraino G. and Giammanco S., 2005, TAO	Quattrocchi et al, 2000

ITA397

Column	Version 1	Version 2
2	37.75	36.78
4	37.0	36.0
5	45.0	46.8
7	15.1583333333	12.0
9	15.0	12.0
10	9.5	0.0
11	15,36	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, Cento Cavalli, spring	Aereoporto
16	19931000.0	19961106.0
17	0.0
19	11.0	15.0
21	W/S	W
22	13.8	57.5
25	0.0747	7.75e-08
32	1.6	6.29
33		6.91
34	220.8	8.806e-06
36	220.8	9.674e-06
43	Ra assumed 1.38E-6
51	-20.9	-3.9
52		d13C(CO2) calculated from d13C(TDIC)=-2.2
53	Allard et al., 1997	Parello et al, 2000; Abedini et al., 2006

ITA398

Column	Version 1	Version 2
2	37.7583333333	36.78
4	37.0	36.0
5	45.5	46.8
7	15.2083333333	12.0
9	15.0	12.0
10	12.5	0.0
11	26,36	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, Fondachello	Armani
16	19940705.0	19941018.0
19		6.0
21	NG	W
22		23.7
25		6.79e-08
32	5.95	1.26
33		1.72
34	833.0	1.764e-06
36	833.0	2.408e-06
39	9.951
40	3.04
41	0.1882
42	623.0
51		-12.3
52		d13C(CO2) calculated from d13C(TDIC)=-5.4
53	Nakai S., 1997; Earth and Planetary Science Letters; NobleGasDate	Parello et al, 2000; Abedini et al., 2006

ITA399

Column	Version 1	Version 2
2	37.7583333333	36.78
4	37.0	36.0
5	45.5	46.8
7	15.2083333333	12.0
9	15.0	12.0
10	12.5	0.0
11	15,36	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, Fondachello, gas bubbles	Cala Tramon
16		19960517.0
17	0.0
19	25.0	7b
21	G/S	W
22	19.3	29.5
24	478.0
25		7.02e-08
32	5.9	5.47
33		12.52
34	814.2	7.658e-06
36	814.2	1.7528e-05
43	Ra assumed 1.38E-6
45	1000.0
46	63000.0
47	6000.0
48	931000.0
51	-25.0
53	Allard et al., 1997	Parello et al, 2000; Abedini et al., 2006

ITA400

Column	Version 1	Version 2
2	37.7	36.78
4	37.0	36.0
5	42.0	46.8
7	15.1	12.0
9	15.0	12.0
10	6.0	0.0
11	25.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, Giacomo	Capperificio
16		19941019.0
19		10.0
21		W
22	12.9	34.8
23	groundwaters
24	7.0
25		1.994e-07
32	1.4	4.7
33		6.65
34	196.0	6.58e-06
36	196.0	9.31e-06
51		-7.8
52		d13C(CO2) calculated from d13C(TDIC)=-1.9
53	Alessandro W., 2001; Water-Rock Interaction	Parello et al, 2000; Abedini et al., 2006

ITA401

Column	Version 1	Version 2
2	37.575	36.78
4	37.0	36.0
5	34.5	46.8
7	14.9	12.0
9	14.0	12.0
10	54.0	0.0
11	25.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, Grassa	D'Aietti
16		19941020.0
19		11.0
21		W
22	9.2	27.3
23	groundwaters
24	8.0
25		1.089e-07
32	5.5	5.55
33		6.06
34	770.0	7.77e-06
36	770.0	8.484e-06
51		-5.7
52		d13C(CO2) calculated from d13C(TDIC)=-4.1
53	Alessandro W., 2001; Water-Rock Interaction	Parello et al, 2000; Abedini et al., 2006

ITA402

Column	Version 1	Version 2
2	37.65	36.78
4	37.0	36.0
5	39.0	46.8
7	15.1416666667	12.0
9	15.0	12.0
10	8.5	0.0
11	25.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, Guardia	Favara
16		19900913.0
19		20.0
21		G/F
22	16.7	99.0
23	groundwaters
24	15.0	1.13e-05
32	2.6	7.03
33		7.21
34	364.0	9.842e-06
36	364.0	1.0094e-05
44		0.0397
45		0.024
46		0.116
47		0.78
48		0.0407
51		-5.0
53	Alessandro W., 2001; Water-Rock Interaction	Parello et al, 2000; Abedini et al., 2006

ITA403

Column	Version 1	Version 2
2	37.675	36.78
4	37.0	36.0
5	40.5	46.8
7	15.0916666667	12.0
9	15.0	12.0
10	5.5	0.0
11	25.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, Ilice	Favara
16		19941019.0
19		20.0
21		G/F
22	10.0	99.0
23	groundwaters
24	7.0	1.03e-05
32	1.5	7.29
33		7.32
34	210.0	1.0206e-05
36	210.0	1.0248e-05
44		0.0439
45		0.0086
46		0.0331
47		0.88
48		0.0342
51		-4.9
53	Alessandro W., 2001; Water-Rock Interaction	Parello et al, 2000; Abedini et al., 2006

ITA404

Column	Version 1	Version 2
2	37.6333333333	36.78
4	37.0	36.0
5	38.0	46.8
7	14.85	12.0
9	14.0	12.0
10	51.0	0.0
11	25.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, Licodia Santa Maria spr.	Favara Costa
16		19941018.0
19		19.0
21		G/F
22	4.4	99.1
23	groundwaters
24	6.0	1.01e-05
32	1.6	5.04
33		7.45
34	224.0	7.056e-06
36	224.0	1.043e-05
44		0.0076
45		0.173
46		0.66
47		0.154
48		0.0054
51		-4.7
53	Alessandro W., 2001; Water-Rock Interaction	Parello et al, 2000; Abedini et al., 2006

ITA405

Column	Version 1	Version 2
2	37.7666666667	36.78
4	37.0	36.0
5	46.0	46.8
7	15.0	12.0
8	»
9	15.0	12.0
11	29,36	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, NE crater	Gadir 1
16	19901012.0	19941018.0
19		4a
21	F	W
22	429.0	56.2
25		5.39e-08
32	7.09	4.95
33		7.33
34	992.6	6.93e-06
36	992.6	1.0262e-05
51		-6.5
52		d13C(CO2) calculated from d13C(TDIC)=-4.5
53	Tedesco D. 1997; Earth and Planetary Science Letters	Parello et al, 2000; Abedini et al., 2006

ITA406

Column	Version 1	Version 2
1	»
2	37.7666666667	36.78
4	37.0	36.0
5	46.0	46.8
7	15.0	12.0
8	»
9	15.0	12.0
11	15,36	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, NE erupting summit crater, magmatic gas	Gadir 1
16	19860900.0	19960515.0
17	0.0
19		4b
21	G/crater	W
22	1090.0	53.9
23	Altitude 3320m
24	15.8
25		8.13e-08
32	6.9	5.23
33		6.51
34	952.2	7.322e-06
36	952.2	9.114e-06
43	Ra assumed 1.38E-6; (3He/4He)corr calculated from CO2/3He=5.8E-9 [Marty et al., 1994]
45	7000.0
46	28000.0
47	867000.0
48	0.0
51	-4.0
53	Allard et al., 1997	Parello et al, 2000; Abedini et al., 2006

ITA407

Column	Version 1	Version 2
2	37.55	36.78
4	37.0	36.0
5	33.0	46.8
7	14.9	12.0
9	14.0	12.0
10	54.0	0.0
11	23.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, P39	Gadir 1
16	20000803.0	19960515.0
19	P39	4.0
21		G/S
22		53.9
24	57.3	4.8e-07
32	6.84	4.54
33		5.21
34	957.6	6.356e-06
36	957.6	7.294e-06
44	29.7	8.4e-07
45	1800.0	0.001
46	19000.0	0.006
47	872000.0	0.988
48	130300.0	0.0018
51	1.16	-5.8
53	Pecoraino G. and Giammanco S., 2005, TAO	Parello et al, 2000; Abedini et al., 2006

ITA408

Column	Version 1	Version 2
2	37.55	36.78
4	37.0	36.0
5	33.0	46.8
7	14.9	12.0
9	14.0	12.0
10	54.0	0.0
11	23.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, P39	Gadir 2
16	20000830.0	19941018.0
19	P39	5.0
21		W
22		44.0
24	55.5
25		1.024e-07
32	7.17	3.95
33		5.65
34	1003.8	5.53e-06
36	1003.8	7.91e-06
44	20.0
45	52000.0
46	199000.0
47	678000.0
48	101000.0
51	0.91	-7.4
52		d13C(CO2) calculated from d13C(TDIC)=-2.6
53	Pecoraino G. and Giammanco S., 2005, TAO	Parello et al, 2000; Abedini et al., 2006

ITA409

Column	Version 1	Version 2
2	37.55	36.78
4	37.0	36.0
5	33.0	46.8
7	14.9	12.0
9	14.0	12.0
10	54.0	0.0
11	23.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, P39	La Vela
16	20000915.0	19941018.0
19	P39	8.0
21		W
22		51.6
24	40.6
25		1.4262e-06
32	6.7	6.07
33		6.17
34	938.0	8.498e-06
36	938.0	8.638e-06
44	9.8
45	64100.0
46	258100.0
47	604000.0
48	84500.0
51	0.82
53	Pecoraino G. and Giammanco S., 2005, TAO	Parello et al, 2000; Abedini et al., 2006

ITA410

Column	Version 1	Version 2
2	37.55	36.78
4	37.0	36.0
5	33.0	46.8
7	14.9	12.0
9	14.0	12.0
10	54.0	0.0
11	23.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, P39	Lago
16	20001003.0	19960517.0
19	P39	3.0
21		W
22		19.7
24	55.1
25		4.14e-08
32	7.37	1.01
34	1031.8	1.414e-06
36	1031.8
44	5.7
45	32500.0
46	130000.0
47	755000.0
48	116200.0
51	0.93	-3.7
52		d13C(CO2) calculated from d13C(TDIC)=3.6
53	Pecoraino G. and Giammanco S., 2005, TAO	Parello et al, 2000; Abedini et al., 2006

ITA411

Column	Version 1	Version 2
2	37.55	36.78
4	37.0	36.0
5	33.0	46.8
7	14.9	12.0
9	14.0	12.0
10	54.0	0.0
11	23.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, P39	Lago mofeta
16	20001107.0	19900913.0
19	P39	18.0
21		G/mofette
24	41.2	1e-05
32	7.08	6.17
33		7.02
34	991.2	8.638e-06
36	991.2	9.828e-06
44		5e-06
45	76700.0	0.051
46	285000.0	0.226
47	568000.0	0.723
48	82600.0	1e-06
51	0.54	-3.8
53	Pecoraino G. and Giammanco S., 2005, TAO	Parello et al, 2000; Abedini et al., 2006

ITA412

Column	Version 1	Version 2
2	37.55	36.78
4	37.0	36.0
5	33.0	46.8
7	14.9	12.0
9	14.0	12.0
10	54.0	0.0
11	23.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, P39	Lago mofeta
16	20001205.0	19941017.0
19	P39	18a
21		G/mofette
22		29.0
24	62.9	8.1e-06
32	6.75	5.85
33		6.93
34	945.0	8.19e-06
36	945.0	9.702e-06
44	16.5	5e-06
45	200.0	0.0478
46	5900.0	0.22
47	875000.0	0.732
48	134500.0	5e-07
51	0.64	-4.3
53	Pecoraino G. and Giammanco S., 2005, TAO	Parello et al, 2000; Abedini et al., 2006

ITA413

Column	Version 1	Version 2
2	37.55	36.78
4	37.0	36.0
5	33.0	46.8
7	14.9	12.0
9	14.0	12.0
10	54.0	0.0
11	23.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, P39	Mare Gadir
16	20001219.0	19941018.0
19	P39	17.0
21		W
24	86.6
25		4.5e-08
32	7.25	0.99
34	1015.0	1.386e-06
36	1015.0
44	5.4
45	800.0
46	6900.0
47	861000.0
48	140600.0
51	0.61
53	Pecoraino G. and Giammanco S., 2005, TAO	Parello et al, 2000; Abedini et al., 2006

ITA414

Column	Version 1	Version 2
2	37.55	36.78
4	37.0	36.0
5	33.0	46.8
7	14.9	12.0
9	14.0	12.0
10	54.0	0.0
11	23.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, P39	P. Pantelleria
16	20010110.0	19960518.0
19	P39	12b
21		W
22		29.7
24	55.2
25		1.651e-07
32	6.84	5.65
33		6.66
34	957.6	7.91e-06
36	957.6	9.324e-06
44	2.0
45	800.0
46	5800.0
47	875000.0
48	137100.0
51	1.06
53	Pecoraino G. and Giammanco S., 2005, TAO	Parello et al, 2000; Abedini et al., 2006

ITA415

Column	Version 1	Version 2
2	37.55	36.78
4	37.0	36.0
5	33.0	46.8
7	14.9	12.0
9	14.0	12.0
10	54.0	0.0
11	23.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, P39	Passo del Vento
16	20010122.0	19941019.0
19	P39	21.0
21		G/F
22		99.0
24	64.0	1.76e-05
32	7.16	7.28
33		7.58
34	1002.4	1.0192e-05
36	1002.4	1.0612e-05
44	2.0	0.0522
45	800.0	0.0326
46	5800.0	0.123
47	855000.0	0.753
48	134400.0	0.0391
51	1.05	-4.3
53	Pecoraino G. and Giammanco S., 2005, TAO	Parello et al, 2000; Abedini et al., 2006

ITA416

Column	Version 1	Version 2
2	37.55	36.78
4	37.0	36.0
5	33.0	46.8
7	14.9	12.0
9	14.0	12.0
10	54.0	0.0
11	23.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, P39	Polla 1
16	20010210.0	19941017.0
19	P39	2a
21		G/S
22		46.7
24	53.0	9.9e-06
32	6.92	6.91
33		7.12
34	968.8	9.674e-06
36	968.8	9.968e-06
44	2.0	5e-06
45	300.0	0.0063
46	1600.0	0.0509
47	874000.0	0.942
48	131000.0	0.00122
51	1.37	-5.1
53	Pecoraino G. and Giammanco S., 2005, TAO	Parello et al, 2000; Abedini et al., 2006

ITA417

Column	Version 1	Version 2
2	37.55	36.78
4	37.0	36.0
5	33.0	46.8
7	14.9	12.0
9	14.0	12.0
10	54.0	0.0
11	23.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, P39	Polla 1
16	20010222.0	19960517.0
19	P39	2b
21		G/S
22		22.0
24	53.7	2.7e-05
32	6.87	7.14
33		7.32
34	961.8	9.996e-06
36	961.8	1.0248e-05
44	2.0	5e-06
45	800.0	0.03
46	6200.0	0.113
47	875000.0	0.851
48	125200.0	0.000963
51	0.9
53	Pecoraino G. and Giammanco S., 2005, TAO	Parello et al, 2000; Abedini et al., 2006

ITA418

Column	Version 1	Version 2
2	37.55	36.78
4	37.0	36.0
5	33.0	46.8
7	14.9	12.0
9	14.0	12.0
10	54.0	0.0
11	23.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, P39	Polla 2
16	20010322.0	19960517.0
19	P39	2c
21		G/S
22		23.0
24	75.4	5.9e-05
32	6.99	7.18
33		7.3
34	978.6	1.0052e-05
36	978.6	1.022e-05
44	2.0	1.1e-06
45		0.001
46	5300.0	0.126
47	883000.0	0.877
48	123700.0	0.0021
51	1.0	-4.8
53	Pecoraino G. and Giammanco S., 2005, TAO	Parello et al, 2000; Abedini et al., 2006

ITA419

Column	Version 1	Version 2
2	37.55	36.78
4	37.0	36.0
5	33.0	46.8
7	14.9	12.0
9	14.0	12.0
10	54.0	0.0
11	23.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, P39	Pozzo lago
16	20010411.0	19961106.0
19	P39	14.0
21		W
22		59.3
24	73.0
25		1.524e-07
32	7.03	5.78
33		6.47
34	984.2	8.092e-06
36	984.2	9.058e-06
44	2.0
45	700.0
46	5700.0
47	873000.0
48	130000.0
51	1.32
53	Pecoraino G. and Giammanco S., 2005, TAO	Parello et al, 2000; Abedini et al., 2006

ITA420

Column	Version 1	Version 2
2	37.55	36.78
4	37.0	36.0
5	33.0	46.8
7	14.9	12.0
9	14.0	12.0
10	54.0	0.0
11	23.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, P39	Pozzo Nika
16	20010502.0	19961107.0
19	P39	16.0
21		W
22		81.0
24	63.3
25		1.156e-07
32	6.96	5.22
33		6.99
34	974.4	7.308e-06
36	974.4	9.786e-06
44	2.0
45	600.0
46	7500.0
47	878000.0
48	123700.0
51	1.24	-7.2
52		d13C(CO2) calculated from d13C(TDIC)=-5.1
53	Pecoraino G. and Giammanco S., 2005, TAO	Parello et al, 2000; Abedini et al., 2006

ITA421

Column	Version 1	Version 2
2	37.55	36.78
4	37.0	36.0
5	33.0	46.8
7	14.9	12.0
9	14.0	12.0
10	54.0	0.0
11	23.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, P39	Sataria
16	20010516.0	19941017.0
19	P39	1.0
21		W
22		38.4
24	63.6
25		1.911e-07
32	7.2	5.52
33		6.1
34	1008.0	7.728e-06
36	1008.0	8.54e-06
44	2.0
45	600.0
46	7900.0
47	874000.0
48	124100.0
51	1.34	-4.6
52		d13C(CO2) calculated from d13C(TDIC)=-1.8
53	Pecoraino G. and Giammanco S., 2005, TAO	Parello et al, 2000; Abedini et al., 2006

ITA422

Column	Version 1	Version 2
2	37.55	36.78
4	37.0	36.0
5	33.0	46.8
7	14.9	12.0
9	14.0	12.0
10	54.0	0.0
11	23.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, P39	Scauri Porto
16	20010605.0	19941018.0
19	P39	9.0
21		W
22		38.8
24	70.8
25		1.29e-07
32	6.97	4.37
33		5.9
34	975.8	6.118e-06
36	975.8	8.26e-06
44	2.0
45	900.0
46	11900.0
47	868000.0
48	130000.0
51	1.4	-8.5
52		d13C(CO2) calculated from d13C(TDIC)=-2.5
53	Pecoraino G. and Giammanco S., 2005, TAO	Parello et al, 2000; Abedini et al., 2006

ITA423

Column	Version 1	Version 2
2	37.55	36.78
4	37.0	36.0
5	33.0	46.8
7	14.9	12.0
9	14.0	12.0
10	54.0	0.0
11	23.0	19,36
13	SICILY Isl.	PANTELLERIA ISL., Sicily Channel Rift Zone (SCRZ)
14	Etna volcano, P39	Sorgente sud
16	20010628.0	19960517.0
19	P39	13.0
21		W
22		58.0
24	68.4
25		4.67e-08
32	7.11	2.39
33		2.91
34	995.4	3.346e-06
36	995.4	4.074e-06
44	6.4
45	6400.0
46	20000.0
47	869000.0
48	121200.0
51	1.48
53	Pecoraino G. and Giammanco S., 2005, TAO	Parello et al, 2000; Abedini et al., 2006

ITA424

Column	Version 1	Version 2
2	37.55	44.6833333333
4	37.0	44.0
5	33.0	41.0
7	14.9	8.46666666667
9	14.0	8.0
10	54.0	28.0
11	23.0	01
13	SICILY Isl.	PIEDMONT
14	Etna volcano, P39	Terme di Acqui (Lago delle Sorgente) Spr.
16	20010712.0	19780121.0
19	P39	7803-IT
21		G/S
24	61.5	0.00052
29		0.0079
32	7.34
34	1027.6	8.9e-08
35		≤
36	1027.6	8.9e-08
42		312.0
44	8.4
45	1100.0
46	10800.0
47	869000.0
48	125500.0
51	1.58
53	Pecoraino G. and Giammanco S., 2005, TAO	Polyak et al., 1979

ITA425

Column	Version 1	Version 2
2	37.55
4	37.0
5	33.0
7	14.9
9	14.0
10	54.0
11	23.0	16.0
13	SICILY Isl.	SARDINIA Isl.
14	Etna volcano, P39
16	20010717.0
19	P39
24	62.9
32	7.37	0.7
34	1031.8	9.8e-07
36	1031.8	9.8e-07
44	7.5
45	23100.0
46	63300.0
47	833000.0
48	117700.0
51	1.33
53	Pecoraino G. and Giammanco S., 2005, TAO	Bath et al., 1986

ITA426

Column	Version 1	Version 2
2	37.55
4	37.0
5	33.0
7	14.9
9	14.0
10	54.0
11	23.0	16.0
13	SICILY Isl.	SARDINIA Isl.
14	Etna volcano, P39
16	20010724.0
19	P39
24	81.8
32	7.5	4.4
34	1050.0	6.16e-06
36	1050.0	6.16e-06
44	19.7
45	3200.0
46	10500.0
47	857000.0
48	129100.0
51	1.4
53	Pecoraino G. and Giammanco S., 2005, TAO	Bath et al., 1986

ITA427

Column	Version 1	Version 2
2	37.55	38.1833333333
4	37.0	38.0
5	33.0	11.0
7	14.9	14.9166666667
10	54.0	55.0
11	23.0	03
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	C.Calava (Sicily)
16	20010727.0	19860527.0
19	P39
21		G
24	50.1
32	7.55	2.45
33		2.5
34	1057.0	3.43e-06
36	1057.0	3.471e-06
38		15.0
44	12.9
45	2100.0
46	13300.0
47	859000.0
48	133900.0
53	Pecoraino G. and Giammanco S., 2005, TAO	Sano et al, 1989

ITA428

Column	Version 1	Version 2
2	37.55	37.7166666667
5	33.0	43.0
7	14.9	15.0083333333
9	14.0	15.0
10	54.0	0.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, 1989 eruptive fissure, fumarole
16	20010731.0
19	P39	27.0
21		G/F
22		97.0
24	55.1	3.8e-06
32	7.54	1.59
34	1055.6	2.1942e-06
36	1055.6	2.1942e-06
43		Ra=1.38E-06
44	14.4
45	5900.0	0.129
46	13100.0	0.642
47	861000.0	0.229
48	129990.0	0.00013
51		-1.1
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA429

Column	Version 1	Version 2
2	37.55	37.6083333333
5	33.0	36.5
7	14.9	14.9416666667
10	54.0	56.5
11	23.0	25.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Acqua Difesa
16	20010803.0
19	P39
21		W
22		7.6
23		groundwaters
24	55.8
25		3e-07
32	7.61	5.9
34	1065.4	8.26e-06
36	1065.4	8.26e-06
44	8.8
45	1600.0
46	13500.0
47	849000.0
48	129400.0
51	1.18
53	Pecoraino G. and Giammanco S., 2005, TAO	Alessandro, 2001

ITA430

Column	Version 1	Version 2
2	37.55	37.6083333333
5	33.0	36.5
7	14.9	14.9416666667
10	54.0	56.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Acqua Difesa, well
16	20010807.0	19931000.0
19	P39	5.0
21		W/H
22		3.0
24	56.5
25		1.93e-07
32	7.05	5.52
34	987.0	7.6176e-06
36	987.0	7.6176e-06
43		Ra=1.38E-06
44	7.5
46	10600.0
47	889000.0
48	124500.0
51	1.35	-3.8
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA431

Column	Version 1	Version 2
2	37.55	37.6083333333
5	33.0	36.5
7	14.9	14.9416666667
10	54.0	56.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Acqua Difesa, well
16	20010810.0	19940800.0
19	P39	5.0
21		W/H
22		20.5
24	66.6
25		5.117e-07
32	7.15	6.29
34	1001.0	8.6802e-06
36	1001.0	8.6802e-06
43		Ra=1.38E-06
44	14.7
45	1000.0
46	12300.0
47	863000.0
48	128300.0
51	1.38	-3.9
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA432

Column	Version 1	Version 2
2	37.55	37.6083333333
5	33.0	36.5
7	14.9	14.9416666667
10	54.0	56.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Acqua Difesa, well
16	20010813.0	19940900.0
19	P39	5.0
21		W/H
22		16.8
24	83.3
25		3.272e-07
32	7.1	6.39
34	994.0	8.8182e-06
36	994.0	8.8182e-06
43		Ra=1.38E-06
44	21.0
45	2000.0
46	15000.0
47	861000.0
48	139000.0
51	1.44	-3.7
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA433

Column	Version 1	Version 2
2	37.55	37.6083333333
5	33.0	36.5
7	14.9	14.9416666667
10	54.0	56.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Acqua Difesa, well
16	20010816.0	19941000.0
19	P39	5.0
21		W/H
22		16.4
24	86.3
25		6.03e-07
32	7.11	6.48
34	995.4	8.9424e-06
36	995.4	8.9424e-06
43		Ra=1.38E-06
44	20.2
45	2500.0
46	16900.0
47	864000.0
48	136000.0
51	1.44	-3.7
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA434

Column	Version 1	Version 2
2	37.55	37.6083333333
5	33.0	36.5
7	14.9	14.9416666667
10	54.0	56.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Acqua Difesa, well
16	20010824.0	19950300.0
19	P39	5.0
21		W/H
22		14.8
24	85.6
25		3.442e-07
32	7.11	6.25
34	995.4	8.625e-06
36	995.4	8.625e-06
43		Ra=1.38E-06
44	3.6
45	3100.0
46	15600.0
47	861000.0
48	137000.0
51	1.2	-3.9
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA435

Column	Version 1	Version 2
2	37.55	37.575
5	33.0	34.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Acqua Grassa, spring
16	20010831.0	19931000.0
19	P39	20.0
21		W/S
22		19.8
24	67.0
25		1.26e-07
32	7.13	5.63
34	998.2	7.7694e-06
36	998.2	7.7694e-06
43		Ra=1.38E-06
44	11.9
45	1600.0
46	9600.0
47	861000.0
48	133800.0
51	1.18	-4.1
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA436

Column	Version 1	Version 2
2	37.55	37.575
5	33.0	34.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Acqua Grassa, spring
16	20010907.0	19930700.0
19	P39	20.0
21		W/S
22		19.8
24	61.3
25		2.6e-07
32	7.15	5.8
34	1001.0	8.004e-06
36	1001.0	8.004e-06
43		Ra=1.38E-06
44	2.0
46	6000.0
47	874000.0
48	127600.0
51	0.9	-3.9
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA437

Column	Version 1	Version 2
2	37.55	37.575
5	33.0	34.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Acqua Grassa, spring
16	20010914.0	19940600.0
19	P39	20.0
21		W/S
22		19.4
24	100.7
25		1.184e-07
32	7.08	5.91
34	991.2	8.1558e-06
36	991.2	8.1558e-06
43		Ra=1.38E-06
44	2.0
45	1100.0
46	6500.0
47	881000.0
48	125000.0
51	1.17	-3.8
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA438

Column	Version 1	Version 2
2	37.55	37.575
5	33.0	34.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Acqua Grassa, spring
16	20010918.0	19950300.0
19	P39	20.0
21		W/S
22		19.1
24	65.9
25		7.06e-08
32	7.03	5.78
34	984.2	7.9764e-06
36	984.2	7.9764e-06
43		Ra=1.38E-06
44	2.0
45	500.0
46	5300.0
47	865000.0
48	124100.0
51	1.09	-3.9
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA439

Column	Version 1	Version 2
2	37.55	37.575
5	33.0	34.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Acqua Grassa, spring, gas bubbles
16	20010925.0
19	P39	20.0
21		G/S
22		18.7
24	57.4	1.47e-05
32	7.2	5.63
34	1008.0	7.7694e-06
36	1008.0	7.7694e-06
43		Ra=1.38E-06
44	5.7
45	900.0	0.0005
46	3700.0	0.015
47	887000.0	0.985
48	124000.0	0.00018
51	1.17	-4.4
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA440

Column	Version 1	Version 2
2	37.55	37.5916666667
5	33.0	35.5
7	14.9	14.95
10	54.0	57.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Acquarossa, well
16	20011002.0	19931000.0
19	P39	23.0
21		W/H
22		18.4
24	98.5
25		3.61e-07
32	7.21	6.23
34	1009.4	8.5974e-06
36	1009.4	8.5974e-06
43		Ra=1.38E-06
44	9.2
45	400.0
46	1800.0
47	876000.0
48	129900.0
51	1.11	-4.1
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA441

Column	Version 1	Version 2
2	37.55	37.5916666667
5	33.0	35.5
7	14.9	14.95
10	54.0	57.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Acquarossa, well
16	20011009.0	19940900.0
19	P39	23.0
21		W/H
22		24.4
24	58.1
25		2.544e-07
32	7.17	6.36
34	1003.8	8.7768e-06
36	1003.8	8.7768e-06
43		Ra=1.38E-06
44	9.2
45	400.0
46	9100.0
47	870000.0
48	132700.0
51	1.13	-3.8
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA442

Column	Version 1	Version 2
2	37.55	37.5916666667
5	33.0	35.5
7	14.9	14.95
10	54.0	57.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Acquarossa, well
16	20011016.0	19950400.0
19	P39	23.0
21		W/H
22		21.1
25		3.201e-07
32	6.95	6.0
34	973.0	8.28e-06
36	973.0	8.28e-06
43		Ra=1.38E-06
51	0.96	-5.9
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA443

Column	Version 1	Version 2
2	37.55	37.5916666667
5	33.0	35.5
7	14.9	14.95
10	54.0	57.0
11	23.0	12,15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Aquarossa, hot spring bubbles
16	20011023.0	19910400.0
19	P39	23.0
21		G/S
24	73.2	3.4e-05
32	7.13	5.25
33		5.5
34	998.2	7.2975e-06
36	998.2	7.59e-06
37		5.15409836066
43		Ra=1.38E-06
44	5.1
45	1600.0
46	10400.0
47	870000.0
48	126900.0
51	1.07
53	Pecoraino G. and Giammanco S., 2005, TAO	Marty et al., 1994; Allard et al., 1997; Abedini et al., 2006

ITA444

Column	Version 1	Version 2
2	37.55	37.875
5	33.0	52.5
7	14.9	15.0666666667
9	14.0	15.0
10	54.0	4.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Azienda Cambria, well
16	20011029.0	19931000.0
19	P39	8.0
21		W/H
22		10.5
24	90.8
25		5.41e-08
32	7.29	2.27
34	1020.6	3.1326e-06
36	1020.6	3.1326e-06
43		Ra=1.38E-06
44	6.3
45	500.0
46	7200.0
47	868000.0
48	125500.0
51	1.23	-13.4
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA445

Column	Version 1	Version 2
2	37.55	37.75
5	33.0	45.0
7	14.9	15.0
9	14.0	15.0
10	54.0	0.0
11	23.0	13,15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Bocca Nuova crater, soil gas
16	20011113.0
19	P39	29.0
21		G/soil
22		61.0
23		Altitude 3230m
24	83.8	9.3e-06
32	7.34	5.0
33		8.0
34	1027.6	6.9e-06
36	1027.6	9.522e-06
43		Ra=1.38E-06
45	1100.0	0.142
46	6900.0	0.579
47	877000.0	0.279
48	124000.0
51	1.11	-3.7
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1991, 1997; Abedini et al., 2006

ITA446

Column	Version 1	Version 2
2	37.55	37.725
5	33.0	43.5
7	14.9	15.0
9	14.0	15.0
10	54.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, BVL
16	20011122.0	20001018.0
19	P39	BLV
22		88.0
24	84.7	3.06e-06
32	7.37	1.6
34	1031.8	2.24e-06
36	1031.8	2.24e-06
44		0.000171
45	3200.0	0.1697
46	9400.0	0.745
47	850000.0	0.093
48	133600.0	2.9e-05
51	1.06	-1.31
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA447

Column	Version 1	Version 2
2	37.55	37.725
5	33.0	43.5
7	14.9	15.0
9	14.0	15.0
10	54.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, BVL
16	20011127.0	20000803.0
19	P39	BLV
22		87.3
24	58.2	3.43e-06
32	7.32	1.56
34	1024.8	2.184e-06
36	1024.8	2.184e-06
44		1.78e-05
45		0.147
46	7000.0	0.761
47	874000.0	0.103
48	129100.0	3.62e-05
51	0.99	-1.4
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA448

Column	Version 1	Version 2
2	37.55	37.725
5	33.0	43.5
7	14.9	15.0
9	14.0	15.0
10	54.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, BVL
16	20011205.0	20010111.0
19	P39	BLV
22		86.3
24	64.4	3.96e-06
32	7.34	1.36
34	1027.6	1.904e-06
36	1027.6	1.904e-06
44	4.3	1.81e-05
45	1100.0	0.1873
46	7400.0	0.765
47	878000.0	0.061
48	127600.0	2.22e-05
51	0.97	-2.89
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA449

Column	Version 1	Version 2
2	37.55	37.725
5	33.0	43.5
7	14.9	15.0
9	14.0	15.0
10	54.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, BVL
16	20011211.0	20001219.0
19	P39	BLV
22		86.1
24	73.3	4.08e-06
32	7.25	1.29
34	1015.0	1.806e-06
36	1015.0	1.806e-06
44		2.37e-05
45	0.0	0.185
46	6800.0	0.747
47	870000.0	0.08
48	132000.0	3.04e-05
51	0.92
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA450

Column	Version 1	Version 2
2	37.55	37.725
5	33.0	43.5
7	14.9	15.0
9	14.0	15.0
10	54.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, BVL
16	20020109.0	20010210.0
19	P39	BLV
22		86.5
24	67.6	4.44e-06
32	7.35	1.49
34	1029.0	2.086e-06
36	1029.0	2.086e-06
44		0.000126
45		0.1746
46	5700.0	0.729
47	880000.0	0.096
48	126900.0	2.76e-05
51	0.88	-1.41
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA451

Column	Version 1	Version 2
2	37.55	37.725
5	33.0	43.5
7	14.9	15.0
9	14.0	15.0
10	54.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, BVL
16	20020205.0	20010605.0
19	P39	BLV
22		85.5
24	95.7	4.56e-06
32	7.4	1.5
34	1036.0	2.1e-06
36	1036.0	2.1e-06
44		0.000173
45	2400.0	0.1811
46	7100.0	0.737
47	864400.0	0.086
48	124800.0	3.4e-05
51	1.17	-1.19
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA452

Column	Version 1	Version 2
2	37.55	37.725
5	33.0	43.5
7	14.9	15.0
9	14.0	15.0
10	54.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, BVL
16	20020207.0	20010712.0
19	P39	BLV
22		91.3
24	87.6	5.67e-06
32	7.37	1.95
34	1031.8	2.73e-06
36	1031.8	2.73e-06
44		0.000476
45	700.0	0.1618
46	6200.0	0.688
47	875900.0	0.156
48	120500.0	5.4e-05
51	1.07	-0.82
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA453

Column	Version 1	Version 2
2	37.55	37.725
5	33.0	43.5
7	14.9	15.0
9	14.0	15.0
10	54.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, BVL
16	20020312.0	20000830.0
19	P39	BLV
22		87.0
24	71.6	7.14e-06
32	7.25	1.56
34	1015.0	2.184e-06
36	1015.0	2.184e-06
44		0.000293
45		0.169
46	6800.0	0.679
47	866100.0	0.123
48	128300.0	4.71e-05
51	1.17	-1.55
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA454

Column	Version 1	Version 2
2	37.55	37.725
5	33.0	43.5
7	14.9	15.0
9	14.0	15.0
10	54.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, BVL
16	20020326.0	20010322.0
19	P39	BLV
22		85.8
24	77.2	8.3e-06
32	7.01	1.33
34	981.4	1.862e-06
36	981.4	1.862e-06
44		0.0001786
45		0.189
46	200.0	0.765
47	893500.0	0.011
48	123900.0	2.57e-05
51	1.07	-1.13
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA455

Column	Version 1	Version 2
2	37.55	37.725
5	33.0	43.5
7	14.9	15.0
9	14.0	15.0
10	54.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, BVL
16	20020409.0	20000706.0
19	P39	BLV
22		87.5
24	71.5	8.39e-06
32	7.0	1.58
34	980.0	2.212e-06
36	980.0	2.212e-06
44		0.00011
45		0.1497
46	6300.0	0.716
47	879000.0	0.147
48	121500.0	4.48e-05
51	1.29
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA456

Column	Version 1	Version 2
2	37.55	37.725
5	33.0	43.5
7	14.9	15.0
9	14.0	15.0
10	54.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, BVL
16	20020423.0	20000914.0
19	P39	BLV
22		89.8
32	6.97	1.5
34	975.8	2.1e-06
36	975.8	2.1e-06
44		0.0001142
45		0.1748
46		0.727
47		0.099
48		2.44e-05
51	1.24	-1.23
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA457

Column	Version 1	Version 2
2	37.55	37.725
5	33.0	43.5
7	14.9	15.0
9	14.0	15.0
10	54.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, BVL
16	20020507.0	20001108.0
19	P39	BLV
22		88.0
24	73.5
32	6.91	1.42
34	967.4	1.988e-06
36	967.4	1.988e-06
44		9.8e-05
45	0.0	0.195
46	3900.0	0.747
47	875800.0	0.072
48	124500.0	2.37e-05
51	1.24	-2.18
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA458

Column	Version 1	Version 2
2	37.55	37.725
5	33.0	43.5
7	14.9	15.0
9	14.0	15.0
10	54.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, BVL
16	20020521.0	20001207.0
19	P39	BLV
22		88.4
24	75.0
32	6.89	1.54
34	964.6	2.156e-06
36	964.6	2.156e-06
44		2.88e-05
45	0.0	0.177
46	6200.0	0.741
47	875600.0	0.092
48	118700.0	2.91e-05
51	1.33	-1.15
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA459

Column	Version 1	Version 2
2	37.55	37.725
5	33.0	43.5
7	14.9	15.0
9	14.0	15.0
10	54.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, BVL
16	20020604.0	20010123.0
19	P39	BLV
22		86.0
24	82.5
32	6.94	1.31
34	971.6	1.834e-06
36	971.6	1.834e-06
44		0.0001256
45	0.0	0.19
46	5600.0	0.755
47	872000.0	0.05
48	122800.0	1.88e-05
51	1.24	-0.97
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA460

Column	Version 1	Version 2
2	37.55	37.725
5	33.0	43.5
7	14.9	15.0
9	14.0	15.0
10	54.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, BVL
16	20020617.0	20010411.0
19	P39	BLV
22		84.8
24	59.0
32	6.9	1.63
34	966.0	2.282e-06
36	966.0	2.282e-06
44		8e-05
45	2900.0	0.179
46	7800.0	0.713
47	872800.0	0.11
48	118800.0	4.8e-05
51	1.48	-1.16
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA461

Column	Version 1	Version 2
2	37.55	37.725
5	33.0	43.5
7	14.9	15.0
9	14.0	15.0
10	54.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, BVL
16	20020701.0	20010504.0
19	P39	BLV
22		87.0
24	89.8
32	6.9	1.73
34	966.0	2.422e-06
36	966.0	2.422e-06
44	9.8	0.0001363
45	2700.0	0.1664
46	6500.0	0.71
47	871700.0	0.135
48	120500.0	4.62e-05
51	1.28	-0.75
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA462

Column	Version 1	Version 2
2	37.55	37.725
5	33.0	43.5
7	14.9	15.0
9	14.0	15.0
10	54.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, BVL
16	20020716.0	20010517.0
19	P39	BLV
22		87.7
24	68.7
32	6.83	1.42
34	956.2	1.988e-06
36	956.2	1.988e-06
44	7.5	6.2e-05
45	2300.0	0.182
46	7400.0	0.761
47	872900.0	0.06
48	119100.0	2.51e-05
51	1.37	-1.49
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA463

Column	Version 1	Version 2
2	37.55	37.725
5	33.0	43.5
7	14.9	15.0
9	14.0	15.0
10	54.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, BVL
16	20020731.0	20010629.0
19	P39	BLV
22		86.6
24	78.3
32	6.7	1.76
34	938.0	2.464e-06
36	938.0	2.464e-06
44		0.000325
45		0.1506
46	7900.0	0.733
47	871400.0	0.124
48	121800.0	3.08e-05
51	1.16	-1.04
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA464

Column	Version 1	Version 2
2	37.55	37.75
5	33.0	45.0
7	14.9	15.1583333333
9	14.0	15.0
10	54.0	9.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Cento Cavalli, spring
16	20020813.0	19931000.0
19	P39	11.0
21		W/S
22		13.8
24	90.9
25		7.47e-08
32	6.65	1.6
34	931.0	2.208e-06
36	931.0	2.208e-06
43		Ra=1.38E-06
44	15.3
45	3000.0
46	11000.0
47	864100.0
48	122900.0
51	1.33	-20.9
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA465

Column	Version 1	Version 2
2	37.55	37.7583333333
5	33.0	45.5
7	14.9	15.2083333333
9	14.0	15.0
10	54.0	12.5
11	23.0	26,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Fondachello
16	20020828.0	19940705.0
19	P39
21		G
24	67.4
32	6.73	5.95
34	942.2	8.33e-06
36	942.2	8.33e-06
39		9.951
40		0.0304
41		0.1882
42		623.0
44	7.9
46	12900.0
47	865400.0
48	122300.0
51	1.26
53	Pecoraino G. and Giammanco S., 2005, TAO	Nakai, 1997; Abedini et al., 2006

ITA466

Column	Version 1	Version 2
2	37.55	37.7583333333
5	33.0	45.5
7	14.9	15.2083333333
9	14.0	15.0
10	54.0	12.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Fondachello, gas bubbles
16	20020912.0
19	P39	25.0
21		G/S
22		19.3
24	73.5	0.000478
32	6.83	5.9
34	956.2	8.142e-06
36	956.2	8.142e-06
43		Ra=1.38E-06
44	6.7
45		0.001
46	10300.0	0.063
47	867700.0	0.006
48	124600.0	0.931
51		-25.0
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA467

Column	Version 1	Version 2
2	37.55	37.7
5	33.0	42.0
7	14.9	15.1
9	14.0	15.0
10	54.0	6.0
11	23.0	25.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Giacomo
16	20020924.0
19	P39
21		W
22		12.9
23		groundwaters
24	85.1
25		7e-08
32	6.91	1.4
34	967.4	1.96e-06
36	967.4	1.96e-06
45	1500.0
46	12800.0
47	867300.0
48	123000.0
51	1.29
53	Pecoraino G. and Giammanco S., 2005, TAO	Alessandro, 2001

ITA468

Column	Version 1	Version 2
2	37.55	37.575
5	33.0	34.5
11	23.0	25.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Grassa
16	20021010.0
19	P39
21		W
22		9.2
23		groundwaters
24	77.6
25		8e-08
32	6.99	5.5
34	978.6	7.7e-06
36	978.6	7.7e-06
46	7200.0
47	869700.0
48	123700.0
51	1.07
53	Pecoraino G. and Giammanco S., 2005, TAO	Alessandro, 2001

ITA469

Column	Version 1	Version 2
2	37.55	37.65
5	33.0	39.0
7	14.9	15.1416666667
9	14.0	15.0
10	54.0	8.5
11	23.0	25.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Guardia
16	20021021.0
19	P39
21		W
22		16.7
23		groundwaters
24	85.9
25		1.5e-07
32	7.17	2.6
34	1003.8	3.64e-06
36	1003.8	3.64e-06
45	900.0
46	7800.0
47	869900.0
48	122800.0
51	1.12
53	Pecoraino G. and Giammanco S., 2005, TAO	Alessandro, 2001

ITA470

Column	Version 1	Version 2
2	37.55	37.675
5	33.0	40.5
7	14.9	15.0916666667
9	14.0	15.0
10	54.0	5.5
11	23.0	25.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Ilice
16	20021027.0
19	P39
21		W
22		10.0
23		groundwaters
24	105.0
25		7e-08
32	7.02	1.5
34	982.8	2.1e-06
36	982.8	2.1e-06
45	3000.0
46	11300.0
47	858000.0
48	131400.0
51	1.0
53	Pecoraino G. and Giammanco S., 2005, TAO	Alessandro, 2001

ITA471

Column	Version 1	Version 2
2	37.55	37.6333333333
5	33.0	38.0
7	14.9	14.85
10	54.0	51.0
11	23.0	25.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, Licodia Santa Maria spr.
16	20021031.0
19	P39
21		W
22		4.4
23		groundwaters
24	75.7
25		6e-08
32	6.91	1.6
34	967.4	2.24e-06
36	967.4	2.24e-06
45	1200.0
46	7700.0
47	866100.0
48	125200.0
51	1.12
53	Pecoraino G. and Giammanco S., 2005, TAO	Alessandro, 2001

ITA472

Column	Version 1	Version 2
1		~
2	37.55	37.7666666667
3		~
5	33.0	46.0
6		~
7	14.9	15.0
8		~
9	14.0	15.0
10	54.0	0.0
11	23.0	29,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, NE crater
16	20021104.0	19901012.0
19	P39
21		F
22		429.0
24	81.9
32	6.86	7.09
34	960.4	9.926e-06
36	960.4	9.926e-06
45	1000.0
46	8200.0
47	866700.0
48	125100.0
51	1.04
53	Pecoraino G. and Giammanco S., 2005, TAO	Tedesco 1997; Abedini et al., 2006

ITA473

Column	Version 1	Version 2
1		~
2	37.55	37.7666666667
3		~
5	33.0	46.0
6		~
7	14.9	15.0
8		~
9	14.0	15.0
10	54.0	0.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P39	Etna volcano, NE erupting summit crater, magmatic gas
16	20021108.0	19860900.0
19	P39
21		G/crater
22		1090.0
23		Altitude 3320m
24	67.8	1.58e-05
32	6.93	6.9
34	970.2	9.522e-06
36	970.2	9.522e-06
43		Ra=1.38E-06
45		0.007
46	6500.0	0.028
47	867500.0	0.867
48	128200.0
51	1.01	-4.0
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA474

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021111.0	20000915.0
24	92.5	4.06e-05
32	6.94	6.7
34	971.6	9.38e-06
36	971.6	9.38e-06
44		9.8e-06
45	3200.0	0.0641
46	10100.0	0.2581
47	854700.0	0.604
48	132800.0	0.0845
51	1.06	0.82
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA475

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021114.0	20001107.0
24	62.8	4.12e-05
32	6.9	7.08
34	966.0	9.912e-06
36	966.0	9.912e-06
45	0.0	0.0767
46	5100.0	0.285
47	872900.0	0.568
48	122800.0	0.0826
51	0.98	0.54
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA476

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021118.0	20030506.0
24	74.5	4.96e-05
32	6.89	6.49
34	964.6	9.086e-06
36	964.6	9.086e-06
45	400.0
46	5600.0	0.0069
47	871600.0	0.8665
48	123800.0	0.1345
51	1.08	1.43
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA477

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021121.0	20010727.0
24	73.2	5.01e-05
32	6.97	7.55
34	975.8	1.057e-05
36	975.8	1.057e-05
44		1.29e-05
45	2000.0	0.0021
46	7900.0	0.0133
47	868800.0	0.859
48	127600.0	0.1339
51	1.04
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA478

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021125.0	20030402.0
24	76.7	5.26e-05
32	7.0	6.46
34	980.0	9.044e-06
36	980.0	9.044e-06
45	9700.0	0.0003
46	66000.0	0.0046
47	805400.0	0.8707
48	122800.0	0.1343
51	1.06	1.08
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA479

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021202.0	20010210.0
24	70.6	5.3e-05
32	6.33	6.92
34	886.2	9.688e-06
36	886.2	9.688e-06
44		2e-06
45	800.0	0.0003
46	6100.0	0.0016
47	871900.0	0.874
48	124300.0	0.131
51	1.11	1.37
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA480

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021208.0	20010222.0
24		5.37e-05
32	6.5	6.87
34	910.0	9.618e-06
36	910.0	9.618e-06
44		2e-06
45		0.0008
46		0.0062
47		0.875
48	119800.0	0.1252
51	1.13	0.9
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA481

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021211.0	20001003.0
24	79.4	5.51e-05
32	6.45	7.37
34	903.0	1.0318e-05
36	903.0	1.0318e-05
44		5.7e-06
45		0.0325
46	6000.0	0.13
47	866500.0	0.755
48	121700.0	0.1162
51	1.06	0.93
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA482

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021217.0	20010731.0
24	70.1	5.51e-05
32	6.49	7.54
34	908.6	1.0556e-05
36	908.6	1.0556e-05
44		1.44e-05
45		0.0059
46	6000.0	0.0131
47	875500.0	0.861
48	133800.0	0.12999
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA483

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021224.0	20010110.0
24	74.5	5.52e-05
32	6.46	6.84
34	904.4	9.576e-06
36	904.4	9.576e-06
44		2e-06
45		0.0008
46	5200.0	0.0058
47	877600.0	0.875
48	123400.0	0.1371
51		1.06
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA484

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030116.0	20000830.0
24	70.1	5.55e-05
32	6.44	7.17
34	901.6	1.0038e-05
36	901.6	1.0038e-05
44		2e-05
45		0.052
46	6000.0	0.199
47	875500.0	0.678
48	121300.0	0.101
51	1.04	0.91
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA485

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030123.0	20010803.0
24	58.5	5.58e-05
32	6.44	7.61
34	901.6	1.0654e-05
36	901.6	1.0654e-05
44		8.8e-06
45		0.0016
46	5100.0	0.0135
47	881000.0	0.849
48	123900.0	0.1294
51	1.09	1.18
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA486

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030130.0	20010807.0
24	72.4	5.65e-05
32	6.45	7.05
34	903.0	9.87e-06
36	903.0	9.87e-06
44		7.5e-06
45	400.0
46	5400.0	0.0106
47	874400.0	0.889
48	121000.0	0.1245
51	1.2	1.35
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA487

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030206.0	20000803.0
24	75.4	5.73e-05
32	6.38	6.84
34	893.2	9.576e-06
36	893.2	9.576e-06
44		2.97e-05
45		0.0018
46	5100.0	0.019
47	876400.0	0.872
48	125300.0	0.1303
51	1.12	1.16
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA488

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20020222.0	20030530.0
24	66.1	5.73e-05
32	6.34	6.21
34	887.6	8.694e-06
36	887.6	8.694e-06
46	4700.0	0.0059
47	871900.0	0.8616
48	124200.0	0.1137
51	1.11	1.2
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA489

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030312.0	20010925.0
24	74.4	5.74e-05
32	6.27	7.2
34	877.8	1.008e-05
36	877.8	1.008e-05
44		5.7e-06
45	600.0	0.0009
46	5600.0	0.0037
47	875900.0	0.887
48	130200.0	0.124
51		1.17
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA490

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030402.0	20011009.0
24	52.6	5.81e-05
32	6.46	7.17
34	904.4	1.0038e-05
36	904.4	1.0038e-05
44		9.2e-06
45	300.0	0.0004
46	4600.0	0.0091
47	870700.0	0.87
48	134300.0	0.1327
51	1.08	1.13
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA491

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030416.0	20011127.0
24	60.0	5.82e-05
32	6.43	7.32
34	900.2	1.0248e-05
36	900.2	1.0248e-05
46	6500.0	0.007
47	463600.0	0.874
48	122100.0	0.1291
51	1.33	0.99
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA492

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030506.0	20030123.0
24	49.6	5.85e-05
32	6.49	6.44
34	908.6	9.016e-06
36	908.6	9.016e-06
46	6900.0	0.0051
47	866500.0	0.881
48	134500.0	0.1239
51	1.43	1.09
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA493

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030530.0	20020617.0
24	57.3	5.9e-05
32	6.21	6.9
34	869.4	9.66e-06
36	869.4	9.66e-06
45		0.0029
46	5900.0	0.0078
47	861600.0	0.8728
48	113700.0	0.1188
51	1.2	1.48
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA494

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030613.0	20030416.0
24		6e-05
32	6.27	6.43
34	877.8	9.002e-06
36	877.8	9.002e-06
46		0.0065
47		0.4636
48		0.1221
51	1.35	1.33
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA495

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030624.0	20010907.0
24		6.13e-05
32	6.39	7.15
34	894.6	1.001e-05
36	894.6	1.001e-05
44		2e-06
46		0.006
47		0.874
48		0.1276
51	1.32	0.9
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA496

Column	Version 1	Version 2
11	39.0	23.0
13	SICILY Isl.	SICILY Eastern
16	19970200.0	20010712.0
24		6.15e-05
32	7.6	7.34
34	1064.0	1.0276e-05
36	1064.0	1.0276e-05
44		8.4e-06
45		0.0011
46		0.0108
47		0.869
48		0.1255
51		1.58
53	Italiano F. et al, 1999	Pecoraino and Giammanco, 2005

ITA497

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P78	Etna volcano, P39
16	20000915.0	20021114.0
19	P78	P39
24		6.28e-05
32	1.15	6.9
34	161.0	9.66e-06
36	161.0	9.66e-06
45	172000.0
46	761800.0	0.0051
47	71000.0	0.8729
48	17.9	0.1228
51	-9.69	0.98
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA498

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P78	Etna volcano, P39
16	20001004.0	20001205.0
19	P78	P39
24	3.9	6.29e-05
32	1.3	6.75
34	182.0	9.45e-06
36	182.0	9.45e-06
44		1.65e-05
45	170000.0	0.0002
46	765000.0	0.0059
47	65000.0	0.875
48		0.1345
51	-11.81	0.64
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA499

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P78	Etna volcano, P39
16	20001018.0	20010717.0
19	P78	P39
24		6.29e-05
32	1.06	7.37
34	148.4	1.0318e-05
36	148.4	1.0318e-05
44		7.5e-06
45	204000.0	0.0231
46	776000.0	0.0633
47	11000.0	0.833
48	4.4	0.1177
51	-10.61	1.33
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA500

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P78	Etna volcano, P39
16	20001108.0	20010502.0
19	P78	P39
24		6.33e-05
32	1.24	6.96
34	173.6	9.744e-06
36	173.6	9.744e-06
44		2e-06
45	187000.0	0.0006
46	739700.0	0.0075
47	74000.0	0.878
48		0.1237
51	-6.49	1.24
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA501

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P78	Etna volcano, P39
16	20001205.0	20010516.0
19	P78	P39
24		6.36e-05
32	1.02	7.2
34	142.8	1.008e-05
36	142.8	1.008e-05
44		2e-06
45	209000.0	0.0006
46	777500.0	0.0079
47	3000.0	0.874
48	36.1	0.1241
51	-9.18	1.34
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA502

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P78	Etna volcano, P39
16	20010322.0	20010122.0
19	P78	P39
24		6.4e-05
32	1.08	7.16
34	151.2	1.0024e-05
36	151.2	1.0024e-05
44		2e-06
45	199000.0	0.0008
46	750100.0	0.0058
47	69000.0	0.855
48	23.7	0.1344
51	-14.65	1.05
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA503

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P78	Etna volcano, P39
16	20010411.0	20011205.0
19	P78	P39
24		6.44e-05
32	1.1	7.34
34	154.0	1.0276e-05
36	154.0	1.0276e-05
44		4.3e-06
45	180000.0	0.0011
46	778000.0	0.0074
47	43000.0	0.878
48		0.1276
51	-11.66	0.97
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA504

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P78	Etna volcano, P39
16	20010504.0	20010918.0
19	P78	P39
24		6.59e-05
32	1.12	7.03
34	156.8	9.842e-06
36	156.8	9.842e-06
44		2e-06
45	202000.0	0.0005
46	760700.0	0.0053
47	44000.0	0.865
48	34.4	0.1241
51	-5.93	1.09
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA505

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P78	Etna volcano, P39
16	20010516.0	20020222.0
19	P78	P39
24		6.61e-05
32	1.18	6.34
34	165.2	8.876e-06
36	165.2	8.876e-06
45	181000.0
46	760800.0	0.0047
47	64000.0	0.8719
48	27.4	0.1242
51	-8.31	1.11
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA506

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P78	Etna volcano, P39
16	20010605.0	20010810.0
19	P78	P39
24		6.66e-05
32	1.18	7.15
34	165.2	1.001e-05
36	165.2	1.001e-05
44		1.47e-05
45	198000.0	0.001
46	756400.0	0.0123
47	54000.0	0.863
48	12.5	0.1283
51	-6.51	1.38
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA507

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P78	Etna volcano, P39
16	20010628.0	20010831.0
19	P78	P39
24		6.7e-05
32	1.35	7.13
34	189.0	9.982e-06
36	189.0	9.982e-06
44		1.19e-05
45	190000.0	0.0016
46	738900.0	0.0096
47	78000.0	0.861
48		0.1338
51	-5.08	1.18
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA508

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P78	Etna volcano, P39
16	20010712.0	20020828.0
19	P78	P39
24		6.74e-05
32	1.28	6.73
34	179.2	9.422e-06
36	179.2	9.422e-06
44		7.9e-06
45	202000.0
46	748000.0	0.0129
47	75000.0	0.8654
48		0.1223
51	-4.82	1.26
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA509

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P78	Etna volcano, P39
16	20010721.0	20020109.0
19	P78	P39
24		6.76e-05
32	1.24	7.35
34	173.6	1.029e-05
36	173.6	1.029e-05
45	190000.0
46	760700.0	0.0057
47	65000.0	0.88
48		0.1269
51	-6.23	0.88
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA510

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, P78	Etna volcano, P39
16	20010724.0	20021108.0
19	P78	P39
24		6.78e-05
32	1.79	6.93
34	250.6	9.702e-06
36	250.6	9.702e-06
45	189000.0
46	740400.0	0.0065
47	71000.0	0.8675
48		0.1282
51	-6.43	1.01
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA511

Column	Version 1	Version 2
2	37.7166666667	37.55
5	43.0	33.0
7	15.15	14.9
9	15.0	14.0
10	9.0	54.0
11	25.0	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Paolo	Etna volcano, P39
16		20010628.0
19		P39
22	17.0
23	groundwaters
24	10.0	6.84e-05
32	3.0	7.11
34	420.0	9.954e-06
36	420.0	9.954e-06
44		6.4e-06
45		0.0064
46		0.02
47		0.869
48		0.1212
51		1.48
53	Alessandro W., 2001; Water-Rock Interaction	Pecoraino and Giammanco, 2005

ITA512

Column	Version 1	Version 2
2	37.5666666667	37.55
5	34.0	33.0
7	14.9166666667	14.9
10	55.0	54.0
11	26,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Paterno	Etna volcano, P39
16	19940705.0	20020716.0
19		P39
21	NG
24		6.87e-05
32	6.14	6.83
34	859.6	9.562e-06
36	859.6	9.562e-06
39	10.23
40	3.32
41	0.1912
42	903.0
44		7.5e-06
45		0.0023
46		0.0074
47		0.8729
48		0.1191
51		1.37
53	Nakai S., 1997; Earth and Planetary Science Letters; NobleGasDate	Pecoraino and Giammanco, 2005

ITA513

Column	Version 1	Version 2
2	37.5666666667	37.55
5	34.0	33.0
7	14.9166666667	14.9
10	55.0	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Paterno 2, mofette	Etna volcano, P39
15	<
16	19870000.0	20021217.0
17	0.0
19	26.0	P39
21	G/S
22	28.0
23	Altitude 250m
24	9.5	7.01e-05
32		6.49
33	6.6
34	920.0	9.086e-06
36	920.0	9.086e-06
46		0.006
47	987000.0	0.8755
48		0.1338
51	-0.6
53	Allard et al., 1991	Pecoraino and Giammanco, 2005

ITA514

Column	Version 1	Version 2
2	37.5666666667	37.55
5	34.0	33.0
7	14.9166666667	14.9
10	55.0	54.0
11	12,15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Paterno, mud volcano, mud pool gas	Etna volcano, P39
16	19910400.0	20030116.0
17	0.0
19	26.0	P39
21	G/S
24	63.0	7.01e-05
32	6.32	6.44
33	6.34
34	872.0	9.016e-06
36	887.6	9.016e-06
37	67.2896174863
43	Ra assumed 1.38E-6
46		0.006
47		0.8755
48		0.1213
51		1.04
52	CO2/3He(*10^9)=1,6
53	Marty et al., 1994; Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA515

Column	Version 1	Version 2
2	37.5666666667	37.55
5	34.0	33.0
7	14.9166666667	14.9
10	55.0	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Paterno, Salinella 1, mud pool gas	Etna volcano, P39
16		20021202.0
17	0.0
19	26.0	P39
21	G/S
22	19.1
24	17.1	7.06e-05
32	6.11	6.33
34	843.18	8.862e-06
36	843.18	8.862e-06
43	Ra assumed 1.38E-6
45	4000.0	0.0008
46	13000.0	0.0061
47	942000.0	0.8719
48	42000.0	0.1243
51	-0.4	1.11
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA516

Column	Version 1	Version 2
2	37.5666666667	37.55
5	34.0	33.0
7	14.9166666667	14.9
10	55.0	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Paterno, Salinella 1, mud pool gas	Etna volcano, P39
16		20010605.0
17	0.0
19	26.0	P39
20	b
21	G/S
22	19.1
24	18.8	7.08e-05
32	6.0	6.97
34	828.0	9.758e-06
36	828.0	9.758e-06
43	Ra assumed 1.38E-6
44		2e-06
45	4000.0	0.0009
46	13000.0	0.0119
47	941000.0	0.868
48	42000.0	0.13
51	-0.4	1.4
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA517

Column	Version 1	Version 2
2	37.5666666667	37.55
5	34.0	33.0
7	14.9166666667	14.9
10	55.0	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Paterno, Salinella 2, mud pool gas	Etna volcano, P39
16		20020409.0
17	0.0
19	26.0	P39
20	a
21	G/S
22	19.5
24	18.3	7.15e-05
32	6.15	7.0
34	848.7	9.8e-06
36	848.7	9.8e-06
43	Ra assumed 1.38E-6
45	6000.0
46	16000.0	0.0063
47	946000.0	0.879
48	31000.0	0.1215
51	-0.3	1.29
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA518

Column	Version 1	Version 2
2	37.5666666667	37.55
5	34.0	33.0
7	14.9166666667	14.9
10	55.0	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Paterno, Salinella 2, mud pool gas	Etna volcano, P39
16		20020312.0
17	0.0
19	26.0	P39
20	b
21	G/S
22	19.5
24	15.8	7.16e-05
32	6.06	7.25
34	836.28	1.015e-05
36	836.28	1.015e-05
43	Ra assumed 1.38E-6
45	6000.0
46	17000.0	0.0068
47	947000.0	0.8661
48	31000.0	0.1283
51	-0.3	1.17
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA519

Column	Version 1	Version 2
2	37.5666666667	37.55
5	34.0	33.0
7	14.9166666667	14.9
10	55.0	54.0
11	12,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Paterno, Salinella, mud pool gas	Etna volcano, P39
16	19910400.0	20030130.0
17	0.0
19	26.0	P39
20	a
21	G/S
24	116.0	7.24e-05
32	5.89	6.45
33	5.89
34	818.71	9.03e-06
36	818.71	9.03e-06
37	385.412021858
45		0.0004
46		0.0054
47		0.8744
48		0.121
51		1.2
52	CO2/3He(*10^9)=0,9
53	Marty et al., 1994	Pecoraino and Giammanco, 2005

ITA520

Column	Version 1	Version 2
2	37.5666666667	37.55
5	34.0	33.0
7	14.9166666667	14.9
10	55.0	54.0
11	12,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Paterno, Salinella, mud pool gas	Etna volcano, P39
16	19910400.0	20010411.0
17	0.0
19	26.0	P39
20	b
21	G/S
24	115.0	7.3e-05
32	5.91	7.03
33	5.91
34	821.49	9.842e-06
36	821.49	9.842e-06
37	371.667759563
43	Ra assumed 1.38E-6
44		2e-06
45		0.0007
46		0.0057
47		0.873
48		0.13
51		1.32
53	Marty et al., 1994; Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA521

Column	Version 1	Version 2
2	37.5666666667	37.55
5	34.0	33.0
7	14.9166666667	14.9
10	55.0	54.0
11	12,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Paterno, Salinella, mud pool gas	Etna volcano, P39
16	19810600	20011023.0
17	0.0
19	26.0	P39
21	G/S
24		7.32e-05
32	6.05	7.13
33	6.05
34	840.95	9.982e-06
36	840.95	9.982e-06
37	1212.93114754
44		5.1e-06
45		0.0016
46		0.0104
47		0.87
48		0.1269
51		1.07
53	Marty et al., 1994	Pecoraino and Giammanco, 2005

ITA522

Column	Version 1	Version 2
2	37.7166666667	37.55
5	43.0	33.0
7	15.1166666667	14.9
9	15.0	14.0
10	7.0	54.0
11	25.0	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Pertulli	Etna volcano, P39
16		20021121.0
19		P39
22	21.1
23	groundwaters
24	8.0	7.32e-05
32	3.2	6.97
34	448.0	9.758e-06
36	448.0	9.758e-06
45		0.002
46		0.0079
47		0.8688
48		0.1276
51		1.04
53	Alessandro W., 2001; Water-Rock Interaction	Pecoraino and Giammanco, 2005

ITA523

Column	Version 1	Version 2
2	37.7	37.55
5	42.0	33.0
7	15.0916666667	14.9
9	15.0	14.0
10	5.5	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Piano dell'Acqua, spring	Etna volcano, P39
16	19931000.0	20011211.0
17	0.0
19	4.0	P39
21	W/S
22	14.8
24		7.33e-05
25	0.0377
32	1.0	7.25
34	138.0	1.015e-05
36	138.0	1.015e-05
43	Ra assumed 1.38E-6
46		0.0068
47		0.87
48		0.132
51	-8.4	0.92
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA524

Column	Version 1	Version 2
2	37.65	37.55
5	39.0	33.0
7	14.8	14.9
10	48.0	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Pozzo Adrano, well	Etna volcano, P39
16	19931000.0	20020507.0
19	17.0	P39
21	W/H
22	16.7
24		7.35e-05
25	0.0395
32	1.2	6.91
34	165.6	9.674e-06
36	165.6	9.674e-06
43	Ra assumed 1.38E-6
46		0.0039
47		0.8758
48		0.1245
51	-11.2	1.24
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA525

Column	Version 1	Version 2
7	14.95	14.9
10	57.0	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Pozzo Cuscuna, well	Etna volcano, P39
16	19931000.0	20020912.0
19	6.0	P39
21	W/H
22	13.8
24		7.35e-05
25	0.052
32	1.48	6.83
34	204.24	9.562e-06
36	204.24	9.562e-06
43	Ra assumed 1.38E-6
44		6.7e-06
46		0.0103
47		0.8677
48		0.1246
51	-8.5
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA526

Column	Version 1	Version 2
2	37.65	37.55
5	39.0	33.0
7	15.1416666667	14.9
9	15.0	14.0
10	8.5	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Pozzo Guardia, well	Etna volcano, P39
16	19931000.0	20030312.0
19	9.0	P39
21	W/H
22	15.3
24		7.44e-05
25	0.0504
32	2.61	6.27
34	360.18	8.778e-06
36	360.18	8.778e-06
43	Ra assumed 1.38E-6
45		0.0006
46		0.0056
47		0.8759
48		0.1302
51	-6.1
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA527

Column	Version 1	Version 2
2	37.65	37.55
5	39.0	33.0
7	15.1416666667	14.9
9	15.0	14.0
10	8.5	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Pozzo Guardia, well	Etna volcano, P39
16	19941000.0	20021118.0
19	9.0	P39
21	W/H
22	15.7
24		7.45e-05
25	0.063
32	3.06	6.89
34	422.28	9.646e-06
36	422.28	9.646e-06
43	Ra assumed 1.38E-6
45		0.0004
46		0.0056
47		0.8716
48		0.1238
51	-6.5	1.08
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA528

Column	Version 1	Version 2
2	37.65	37.55
5	39.0	33.0
7	15.1416666667	14.9
9	15.0	14.0
10	8.5	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Pozzo Guardia, well	Etna volcano, P39
16	19950300.0	20021224.0
19	9.0	P39
21	W/H
22	15.3
24		7.45e-05
25	0.0637
32	2.9	6.46
34	400.2	9.044e-06
36	400.2	9.044e-06
43	Ra assumed 1.38E-6
46		0.0052
47		0.8776
48		0.1234
51	-6.1
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA529

Column	Version 1	Version 2
2	37.675	37.55
5	40.5	33.0
7	15.0916666667	14.9
9	15.0	14.0
10	5.5	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Pozzo Ilice, well	Etna volcano, P39
16	19931000.0	20020521.0
19	14.0	P39
21	W/H
22	9.3
24		7.5e-05
25	0.0528
32	1.63	6.89
34	224.94	9.646e-06
36	224.94	9.646e-06
43	Ra assumed 1.38E-6
46		0.0062
47		0.8756
48		0.1187
51	-9.0	1.33
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA530

Column	Version 1	Version 2
2	37.675	37.55
5	40.5	33.0
7	15.0916666667	14.9
9	15.0	14.0
10	5.5	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Pozzo Ilice, well	Etna volcano, P39
16	19941000.0	20010322.0
19	14.0	P39
21	W/H
22	10.1
24		7.54e-05
25	0.0536
32	1.61	6.99
34	222.18	9.786e-06
36	222.18	9.786e-06
43	Ra assumed 1.38E-6
44		2e-06
46		0.0053
47		0.883
48		0.1237
51	-9.3	1.0
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA531

Column	Version 1	Version 2
2	37.625	37.55
5	37.5	33.0
7	15.0666666667	14.9
9	15.0	14.0
10	4.0	54.0
11	15.0	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Pozzo Pedara, well	Etna volcano, P39
16	19940500.0	20030206.0
19	31.0	P39
21	W/H
22	14.8
24		7.54e-05
25	0.2082
32	4.92	6.38
34	678.96	8.932e-06
36	678.96	8.932e-06
43	Ra assumed 1.38E-6
46		0.0051
47		0.8764
48		0.1253
51	-17.8	1.12
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA532

Column	Version 1	Version 2
2	37.7916666667	37.55
5	47.5	33.0
7	15.2	14.9
9	15.0	14.0
10	12.0	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Pozzo Piedimonte, well	Etna volcano, P39
16	19931000.0	20021031.0
19	16.0	P39
21	W/H
22	13.5
24		7.57e-05
25	0.122
32	1.0	6.91
34	138.0	9.674e-06
36	138.0	9.674e-06
43	Ra assumed 1.38E-6
45		0.0012
46		0.0077
47		0.8661
48		0.1252
51	-16.4	1.12
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA533

Column	Version 1	Version 2
2	37.7166666667	37.55
5	43.0	33.0
7	15.125	14.9
9	15.0	14.0
10	7.5	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Pozzo Primoti, well	Etna volcano, P39
16	19931000.0	20021125.0
19	13.0	P39
21	W/H
22	21.2
24		7.67e-05
25	0.0476
32	3.04	7.0
34	419.52	9.8e-06
36	419.52	9.8e-06
43	Ra assumed 1.38E-6
45		0.0097
46		0.066
47		0.8054
48		0.1228
51	-4.9	1.06
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA534

Column	Version 1	Version 2
2	37.7166666667	37.55
5	43.0	33.0
7	15.125	14.9
9	15.0	14.0
10	7.5	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Pozzo Primoti, well	Etna volcano, P39
16	19941000.0	20020326.0
19	13.0	P39
21	W/H
22	21.5
24		7.72e-05
25	0.051
32	3.15	7.01
34	434.7	9.814e-06
36	434.7	9.814e-06
43	Ra assumed 1.38E-6
46		0.0002
47		0.8935
48		0.1239
51	-4.2	1.07
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA535

Column	Version 1	Version 2
2	37.7166666667	37.55
5	43.0	33.0
7	15.125	14.9
9	15.0	14.0
10	7.5	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Pozzo Primoti, well	Etna volcano, P39
16	19950100.0	20021010.0
19	13.0	P39
21	W/H
22	21.0
24		7.76e-05
25	0.058
32	3.49	6.99
34	481.62	9.786e-06
36	481.62	9.786e-06
43	Ra assumed 1.38E-6
46		0.0072
47		0.8697
48		0.1237
51	-4.1	1.07
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA536

Column	Version 1	Version 2
2	37.7166666667	37.55
5	43.0	33.0
7	15.125	14.9
9	15.0	14.0
10	7.5	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Pozzo Primoti, well	Etna volcano, P39
16	19950400.0	20020731.0
19	13.0	P39
21	W/H
22	21.0
24		7.83e-05
25	0.0504
32	3.32	6.7
34	458.16	9.38e-06
36	458.16	9.38e-06
43	Ra assumed 1.38E-6
46		0.0079
47		0.8714
48		0.1218
51	-6.9	1.16
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA537

Column	Version 1	Version 2
2	37.5666666667	37.55
5	34.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Pozzo Sa Leonardo, well	Etna volcano, P39
16	19931000.0	20021211.0
19	24.0	P39
21	W/H
22	16.2
24		7.94e-05
25	0.129
32	4.76	6.45
34	656.88	9.03e-06
36	656.88	9.03e-06
43	Ra assumed 1.38E-6
46		0.006
47		0.8665
48		0.1217
51	-6.3	1.06
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA538

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, RNE	Etna volcano, P39
16	20000915.0	20010724.0
19	RNE	P39
22	42.0
24		8.18e-05
32	1.85	7.5
34	259.0	1.05e-05
36	259.0	1.05e-05
44		1.97e-05
45	188000.0	0.0032
46	727500.0	0.0105
47	86000.0	0.857
48	293.0	0.1291
51	-3.79	1.4
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA539

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, RNE	Etna volcano, P39
16	20001018.0	20021104.0
19	RNE	P39
22	37.3
24		8.19e-05
32	1.55	6.86
34	217.0	9.604e-06
36	217.0	9.604e-06
45	199100.0	0.001
46	760000.0	0.0082
47	42000.0	0.8667
48	122.7	0.1251
51	-3.91	1.04
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA540

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, RNE	Etna volcano, P39
16	20001108.0	20020604.0
19	RNE	P39
22	42.0
24	2.39	8.25e-05
32	1.43	6.94
34	200.2	9.716e-06
36	200.2	9.716e-06
45	200900.0
46	754500.0	0.0056
47	60000.0	0.872
48	285.0	0.1228
51	-3.92	1.24
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA541

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, RNE	Etna volcano, P39
16	20001219.0	20010813.0
19	RNE	P39
22	35.0
24		8.33e-05
32	1.45	7.1
34	203.0	9.94e-06
36	203.0	9.94e-06
44		2.1e-05
45	188100.0	0.002
46	737000.0	0.015
47	81000.0	0.861
48	144.0	0.139
51	-3.37	1.44
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA542

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, RNE	Etna volcano, P39
16	20010503.0	20011113.0
19	RNE	P39
22	47.5
24		8.38e-05
32	2.43	7.34
34	340.2	1.0276e-05
36	340.2	1.0276e-05
45	177000.0	0.0011
46	708000.0	0.0069
47	131000.0	0.877
48	1011.0	0.124
51	-3.26	1.11
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA543

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, RNE	Etna volcano, P39
16	20010517.0	20011122.0
19	RNE	P39
22	40.8
24		8.47e-05
32	1.21	7.37
34	169.4	1.0318e-05
36	169.4	1.0318e-05
45	204900.0	0.0032
46	770700.0	0.0094
47	23000.0	0.85
48	19.6	0.1336
51	-3.73	1.06
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA544

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, RNE	Etna volcano, P39
16	20010605.0	20020924.0
19	RNE	P39
22	35.6
24		8.51e-05
32	1.29	6.91
34	180.6	9.674e-06
36	180.6	9.674e-06
45	209100.0	0.0015
46	770700.0	0.0128
47	31000.0	0.8673
48	21.0	0.123
51		1.29
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA545

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, RNE	Etna volcano, P39
16	20010628.0	20010824.0
19	RNE	P39
22	38.1
24		8.56e-05
32	1.81	7.11
34	253.4	9.954e-06
36	253.4	9.954e-06
44		3.6e-06
45	192100.0	0.0031
46	736500.0	0.0156
47	80000.0	0.861
48	71.8	0.137
51	-3.43	1.2
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA546

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, RNE	Etna volcano, P39
16	20010712.0	20021021.0
19	RNE	P39
22	34.3
24		8.59e-05
32	1.42	7.17
34	198.8	1.0038e-05
36	198.8	1.0038e-05
45	236600.0	0.0009
46	780000.0	0.0078
47	51000.0	0.8699
48	161.3	0.1228
51	-3.52	1.12
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA547

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.0	14.9
9	15.0	14.0
10	0.0	54.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, RNE	Etna volcano, P39
16	20010721.0	20010816.0
19	RNE	P39
22	33.9
24	9.48	8.63e-05
32	1.43	7.11
34	200.2	9.954e-06
36	200.2	9.954e-06
44		2.02e-05
45	198000.0	0.0025
46	761700.0	0.0169
47	40000.0	0.864
48	143.0	0.136
51	-2.65	1.44
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA548

Column	Version 1	Version 2
2	37.6166666667	37.55
5	37.0	33.0
7	14.8833333333	14.9
10	53.0	54.0
11	25.0	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Romito	Etna volcano, P39
16		20001219.0
19		P39
22	5.4
23	groundwaters
24	71.0	8.66e-05
32	4.4	7.25
34	616.0	1.015e-05
36	616.0	1.015e-05
44		5.4e-06
45		0.0008
46		0.0069
47		0.861
48		0.1406
51		0.61
53	Alessandro W., 2001; Water-Rock Interaction	Pecoraino and Giammanco, 2005

ITA549

Column	Version 1	Version 2
2	37.6	37.55
5	36.0	33.0
7	14.8916666667	14.9
10	53.5	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Romito Blu, spring	Etna volcano, P39
16	19931000.0	20020207.0
17	0.0
19	21.0	P39
21	W/S
22	14.2
24		8.76e-05
25	0.138
32	3.69	7.37
34	509.22	1.0318e-05
36	509.22	1.0318e-05
43	Ra assumed 1.38E-6
45		0.0007
46		0.0062
47		0.8759
48		0.1205
51	-6.9	1.07
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA550

Column	Version 1	Version 2
2	37.5916666667	37.55
5	35.5	33.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Romito Rossa, spring	Etna volcano, P39
16	19940300.0	20020701.0
17	0.0
19	22.0	P39
21	W/S
22	15.3
24		8.98e-05
25	0.779
32	4.56	6.9
34	629.28	9.66e-06
36	629.28	9.66e-06
43	Ra assumed 1.38E-6
44		9.8e-06
45		0.0027
46		0.0065
47		0.8717
48		0.1205
51	-6.8	1.28
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA551

Column	Version 1	Version 2
2	37.5916666667	37.55
5	35.5	33.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Romito Rossa, spring	Etna volcano, P39
16	19940900.0	20011029.0
17	0.0
19	22.0	P39
21	W/S
22	15.4
24		9.08e-05
25	0.605
32	4.42	7.29
34	609.96	1.0206e-05
36	609.96	1.0206e-05
43	Ra assumed 1.38E-6
44		6.3e-06
45		0.0005
46		0.0072
47		0.868
48		0.1255
51	-8.1	1.23
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA552

Column	Version 1	Version 2
2	37.5916666667	37.55
5	35.5	33.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Romito Rossa, spring	Etna volcano, P39
16	19950300.0	20020813.0
17	0.0
19	22.0	P39
21	W/S
22	14.6
24		9.09e-05
25	0.5523
32	4.47	6.65
34	616.86	9.31e-06
36	616.86	9.31e-06
43	Ra assumed 1.38E-6
44		1.53e-05
45		0.003
46		0.011
47		0.8641
48		0.1229
51	-8.6	1.33
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA553

Column	Version 1	Version 2
2	37.5833333333	37.55
5	35.0	33.0
7	14.9333333333	14.9
10	56.0	54.0
11	25.0	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Rossa	Etna volcano, P39
16		20021111.0
19		P39
22	9.9
23	groundwaters
24	17.0	9.25e-05
32	3.6	6.94
34	504.0	9.716e-06
36	504.0	9.716e-06
45		0.0032
46		0.0101
47		0.8547
48		0.1328
51		1.06
53	Alessandro W., 2001; Water-Rock Interaction	Pecoraino and Giammanco, 2005

ITA554

Column	Version 1	Version 2
2	37.6166666667	37.55
5	37.0	33.0
7	14.875	14.9
10	52.5	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, S. Maria Licodia, spring	Etna volcano, P39
16	19930700.0	20020205.0
17	0.0
19	19.0	P39
21	W/S
22	14.6
24		9.57e-05
25	0.046
32	1.47	7.4
34	202.86	1.036e-05
36	202.86	1.036e-05
43	Ra assumed 1.38E-6
45		0.0024
46		0.0071
47		0.8644
48		0.1248
51	-7.4	1.17
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA555

Column	Version 1	Version 2
2	37.6166666667	37.55
5	37.0	33.0
7	14.875	14.9
10	52.5	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, S. Maria Licodia, spring	Etna volcano, P39
16	19931000.0	20011002.0
17	0.0
19	19.0	P39
21	W/S
22	15.8
24		9.85e-05
25	0.0577
32	1.71	7.21
34	235.98	1.0094e-05
36	235.98	1.0094e-05
43	Ra assumed 1.38E-6
44		9.2e-06
45		0.0004
46		0.0018
47		0.876
48		0.1299
51	-7.4	1.11
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA556

Column	Version 1	Version 2
2	37.6166666667	37.55
5	37.0	33.0
7	14.875	14.9
10	52.5	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, S. Maria Licodia, spring	Etna volcano, P39
16	19941100.0	20010914.0
17	0.0
19	19.0	P39
21	W/S
22	14.8
24		0.0001007
25	0.0541
32	1.59	7.08
34	219.42	9.912e-06
36	219.42	9.912e-06
43	Ra assumed 1.38E-6
44		2e-06
45		0.0011
46		0.0065
47		0.881
48		0.125
51	-7.9	1.17
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA557

Column	Version 1	Version 2
2	37.675	37.55
5	40.5	33.0
7	15.15	14.9
9	15.0	14.0
10	9.0	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, San Paolo, well	Etna volcano, P39
16	19931000.0	20021027.0
19	3.0	P39
21	W/H
22	16.6
24		0.000105
25	0.0903
32	3.12	7.02
34	430.56	9.828e-06
36	430.56	9.828e-06
43	Ra assumed 1.38E-6
45		0.003
46		0.0113
47		0.858
48		0.1314
51	-8.7	1.0
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA558

Column	Version 1	Version 2
2	37.675	37.55
5	40.5	33.0
7	15.15	14.9
9	15.0	14.0
10	9.0	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, San Paolo, well	Etna volcano, P39
16	19940900.0	20011016.0
19	3.0	P39
21	W/H
22	17.6
25	0.0997
32	3.03	6.95
34	418.14	9.73e-06
36	418.14	9.73e-06
43	Ra assumed 1.38E-6
51	-8.1	0.96
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA559

Column	Version 1	Version 2
2	37.675	37.55
5	40.5	33.0
7	15.15	14.9
9	15.0	14.0
10	9.0	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, San Paolo, well	Etna volcano, P39
16	19950300.0	20020423.0
19	3.0	P39
21	W/H
22	15.6
25	0.1033
32	3.09	6.97
34	426.42	9.758e-06
36	426.42	9.758e-06
43	Ra assumed 1.38E-6
51	-8.6	1.24
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA560

Column	Version 1	Version 2
2	37.675	37.55
5	40.5	33.0
7	15.15	14.9
9	15.0	14.0
10	9.0	54.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, San Paolo, well	Etna volcano, P39
16	19950400.0	20021208.0
19	3.0	P39
21	W/H
22	16.4
25	0.1314
32	3.19	6.5
34	440.22	9.1e-06
36	440.22	9.1e-06
43	Ra assumed 1.38E-6
48		0.1198
51	-8.4	1.13
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA561

Column	Version 1	Version 2
2	37.6833333333	37.55
5	41.0	33.0
7	15.1416666667	14.9
9	15.0	14.0
10	8.5	54.0
11	15.0	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Santa Venerina galleria, spring	Etna volcano, P39
16	19931000.0	20030613.0
17	0.0
19	1.0	P39
21	W/S
22	20.6
25	0.0516
32	1.73	6.27
34	238.74	8.778e-06
36	238.74	8.778e-06
43	Ra assumed 1.38E-6
51	-5.9	1.35
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA562

Column	Version 1	Version 2
2	37.7333333333	37.55
5	44.0	33.0
7	15.1583333333	14.9
9	15.0	14.0
10	9.5	54.0
11	15.0	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Santa Venerina sorgente, spring	Etna volcano, P39
16	19931000.0	20030624.0
17	0.0
19	2.0	P39
21	W/S
22	20.4
25	0.0492
32	1.74	6.39
34	240.12	8.946e-06
36	240.12	8.946e-06
43	Ra assumed 1.38E-6
51		1.32
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA563

Column	Version 1	Version 2
2	37.6416666667	37.55
5	38.5	33.0
7	14.8416666667	14.9
10	50.5	54.0
11	15,36	39.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Sorgente Adrano, spring	Etna volcano, P39
16	19931000.0	19970200.0
17	0.0
19	18.0	P39
21	W/S
22	15.7
25	0.0471
32	1.0	7.6
34	138.0	1.064e-05
36	138.0	1.064e-05
43	Ra assumed 1.38E-6
51	-15.0
53	Allard et al., 1997	Italiano et al., 1999

ITA564

Column	Version 1	Version 2
2	37.75	37.7333333333
5	45.0	44.0
7	15.1333333333	15.0
10	8.0	0.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Sorgente Fornazzo, spring	Etna volcano, P78
16	19931000.0	20001004.0
19	10.0	P78
21	W/S
22	14.2
24		3.9e-06
25	0.0475
32	1.01	1.3
34	139.38	1.82e-06
36	139.38	1.82e-06
43	Ra assumed 1.38E-6
45		0.17
46		0.765
47		0.065
51	-22.0	-11.81
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA565

Column	Version 1	Version 2
7	15.1333333333	15.0
10	8.0	0.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Sorgente Nunziata, spring	Etna volcano, P78
16	19931000.0	20000915.0
17	0.0
19	12.0	P78
21	W/S
22	13.5
25	0.0663
32	1.38	1.15
34	190.44	1.61e-06
36	190.44	1.61e-06
43	Ra assumed 1.38E-6
45		0.172
46		0.7618
47		0.071
48		1.79e-05
51	-19.4	-9.69
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA566

Column	Version 1	Version 2
2	37.7916666667	37.7333333333
5	47.5	44.0
7	15.1416666667	15.0
10	8.5	0.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Sorgente Vena, spring	Etna volcano, P78
16	19931000.0	20001018.0
17	0.0
19	15.0	P78
21	W/S
22	12.7
25	0.686
32	4.57	1.06
34	630.66	1.484e-06
36	630.66	1.484e-06
43	Ra assumed 1.38E-6
45		0.204
46		0.776
47		0.011
48		4.4e-06
51	-21.5	-10.61
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA567

Column	Version 1	Version 2
11	13,15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Southeast crater, soil gas	Etna volcano, P78
15	<
16	19870000.0	20001108.0
17	0.0
19	28.0	P78
21	G/soil
22	81.0
23	Altitude 3075m
24	6.6
32	2.83	1.24
34	390.54	1.736e-06
36	400.0	1.736e-06
43	Ra assumed 1.38E-6
45	177000.0	0.187
46	742000.0	0.7397
47	81000.0	0.074
51	-4.1	-6.49
53	Allard et al., 1991, 1997	Pecoraino and Giammanco, 2005

ITA568

Column	Version 1	Version 2
2	37.8333333333	37.7333333333
5	50.0	44.0
7	15.2083333333	15.0
10	12.5	0.0
11	15,36	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Taormina, spring	Etna volcano, P78
16	19931000.0	20001205.0
17	0.0
19	7.0	P78
21	W/S
22	18.4
25	0.0475
32	1.0	1.02
34	138.0	1.428e-06
36	138.0	1.428e-06
43	Ra assumed 1.38E-6
45		0.209
46		0.7775
47		0.003
48		3.61e-05
51		-9.18
53	Allard et al., 1997	Pecoraino and Giammanco, 2005

ITA569

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, TDF	Etna volcano, P78
16	20000706.0	20010322.0
19	TDF	P78
22	29.0
32	1.58	1.08
34	221.2	1.512e-06
36	221.2	1.512e-06
45	198000.0	0.199
46	769000.0	0.7501
47	38000.0	0.069
48	2.2	2.37e-05
51	-1.97	-14.65
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA570

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, TDF	Etna volcano, P78
16	20000803.0	20010411.0
19	TDF	P78
22	17.2
24	2.36
32	1.35	1.1
34	189.0	1.54e-06
36	189.0	1.54e-06
45	186000.0	0.18
46		0.778
47	25000.0	0.043
48	2.7
51	-2.83	-11.66
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA571

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, TDF	Etna volcano, P78
16	20000830.0	20010504.0
19	TDF	P78
22	25.0
32	1.28	1.12
34	179.2	1.568e-06
36	179.2	1.568e-06
44	5.1
45	230000.0	0.202
46	705000.0	0.7607
47	9000.0	0.044
48	5.4	3.44e-05
51	-3.79	-5.93
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA572

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, TDF	Etna volcano, P78
16	20000915.0	20010516.0
19	TDF	P78
22	16.1
32	1.46	1.18
34	204.4	1.652e-06
36	204.4	1.652e-06
45	204000.0	0.181
46	764000.0	0.7608
47	37000.0	0.064
48	2.1	2.74e-05
51	-1.14	-8.31
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA573

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, TDF	Etna volcano, P78
16	20001018.0	20010605.0
19	TDF	P78
22	11.4
24	4.09
32	1.45	1.18
34	203.0	1.652e-06
36	203.0	1.652e-06
45	200000.0	0.198
46	768000.0	0.7564
47	28000.0	0.054
48	3.4	1.25e-05
51	-2.25	-6.51
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA574

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, TDF	Etna volcano, P78
16	20001108.0	20010628.0
19	TDF	P78
22	5.0
32	1.42	1.35
34	198.8	1.89e-06
36	198.8	1.89e-06
45		0.19
46		0.7389
47		0.078
51		-5.08
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA575

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, TDF	Etna volcano, P78
16	20001205.0	20010712.0
19	TDF	P78
32	1.54	1.28
34	215.6	1.792e-06
36	215.6	1.792e-06
45		0.202
46		0.748
47		0.075
51		-4.82
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA576

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, TDF	Etna volcano, P78
16	20001219.0	20010721.0
19	TDF	P78
24	3.63
32	1.18	1.24
34	165.2	1.736e-06
36	165.2	1.736e-06
45	209000.0	0.19
46	781000.0	0.7607
47	8000.0	0.065
48	3.4
51	-3.8	-6.23
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA577

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, TDF	Etna volcano, P78
16	20010209.0	20010724.0
19	TDF	P78
22	8.7
24	4.5
32	1.39	1.79
34	194.6	2.506e-06
36	194.6	2.506e-06
45	202000.0	0.189
46	776000.0	0.7404
47	26000.0	0.071
48	4.6
51	-2.67	-6.43
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA578

Column	Version 1	Version 2
2	37.7333333333	37.7166666667
5	44.0	43.0
7	15.0	15.15
10	0.0	9.0
11	23.0	25.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, TDF	Etna volcano, Paolo
16	20010412.0
19	TDF
21		W
22	6.5	17.0
23		groundwaters
25		1e-07
32	1.3	3.0
34	182.0	4.2e-06
36	182.0	4.2e-06
45	202000.0
46	774000.0
47	23000.0
51	-2.31
53	Pecoraino G. and Giammanco S., 2005, TAO	Alessandro, 2001

ITA579

Column	Version 1	Version 2
2	37.7333333333	37.5666666667
5	44.0	34.0
7	15.0	14.9166666667
9	15.0	14.0
10	0.0	55.0
11	23.0	26,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, TDF	Etna volcano, Paterno
16	20010504.0	19940705.0
19	TDF
21		G
22	12.5
32	1.49	6.14
34	208.6	8.596e-06
36	208.6	8.596e-06
39		10.23
40		0.0332
41		0.1912
42		903.0
45	204000.0
46	766000.0
47	31000.0
48	34.7
51	-2.48
53	Pecoraino G. and Giammanco S., 2005, TAO	Nakai, 1997; Abedini et al., 2006

ITA580

Column	Version 1	Version 2
2	37.7333333333	37.5666666667
5	44.0	34.0
7	15.0	14.9166666667
9	15.0	14.0
10	0.0	55.0
11	23.0	13,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, TDF	Etna volcano, Paterno 2, mofette
15		<
16	20010517.0	19870000.0
19	TDF	26.0
21		G/S
22	14.6	28.0
23		Altitude 250m
24		9.5e-06
32	1.42
33		6.6
34	198.8	9.2e-06
36	198.8	9.2e-06
47		0.987
51		-0.6
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1991; Abedini et al., 2006

ITA581

Column	Version 1	Version 2
2	37.7333333333	37.5666666667
5	44.0	34.0
7	15.0	14.9166666667
9	15.0	14.0
10	0.0	55.0
11	23.0	12,15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, TDF	Etna volcano, Paterno, mud volcano, mud pool gas
16	20010605.0	19910400.0
19	TDF	26.0
21		G/S
22	13.1
24		6.3e-05
32	1.5	6.32
33		6.34
34	210.0	8.72e-06
36	210.0	8.876e-06
37		67.2896174863
43		Ra=1.38E-06
53	Pecoraino G. and Giammanco S., 2005, TAO	Marty et al., 1994; Allard et al., 1997; Abedini et al., 2006

ITA582

Column	Version 1	Version 2
2	37.7333333333	37.5666666667
5	44.0	34.0
7	15.0	14.9166666667
9	15.0	14.0
10	0.0	55.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, TDF	Etna volcano, Paterno, Salinella 1, mud pool gas
16	20010628.0
19	TDF	26.0
21		G/S
22	14.6	19.1
24		1.71e-05
32	1.76	6.11
34	246.4	8.4318e-06
36	246.4	8.4318e-06
43		Ra=1.38E-06
45		0.004
46		0.013
47		0.942
48		0.042
51		-0.4
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA583

Column	Version 1	Version 2
2	37.7333333333	37.5666666667
5	44.0	34.0
7	15.0	14.9166666667
9	15.0	14.0
10	0.0	55.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, TDF	Etna volcano, Paterno, Salinella 1, mud pool gas
16	20010712.0
19	TDF	26.0
20		b
21		G/S
22	19.3	19.1
24		1.88e-05
32	1.95	6.0
34	273.0	8.28e-06
36	273.0	8.28e-06
43		Ra=1.38E-06
45		0.004
46		0.013
47		0.941
48		0.042
51		-0.4
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA584

Column	Version 1	Version 2
2	37.75	37.5666666667
5	45.0	34.0
7	15.1333333333	14.9166666667
9	15.0	14.0
10	8.0	55.0
11	25.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Vena	Etna volcano, Paterno, Salinella 2, mud pool gas
19		26.0
20		b
21		G/S
22	13.8	19.5
23	groundwaters
24	5.0	1.58e-05
32	1.0	6.06
34	140.0	8.3628e-06
36	140.0	8.3628e-06
43		Ra=1.38E-06
45		0.006
46		0.017
47		0.947
48		0.031
51		-0.3
53	Alessandro W., 2001; Water-Rock Interaction	Allard et al., 1997; Abedini et al., 2006

ITA585

Column	Version 1	Version 2
2	37.7416666667	37.5666666667
5	44.5	34.0
7	15.0166666667	14.9166666667
9	15.0	14.0
10	1.0	55.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Voragine crater rim, fumarole	Etna volcano, Paterno, Salinella 2, mud pool gas
17	0.0
19	30.0	26.0
20		a
21	G/F	G/S
22	135.0	19.5
24	3.1	1.83e-05
32	1.23	6.15
34	169.74	8.487e-06
36	169.74	8.487e-06
43	Ra assumed 1.38E-6	Ra=1.38E-06
45	196000.0	0.006
46	860000.0	0.016
47	1000.0	0.946
48	2900.0	0.031
51		-0.3
53	Allard et al., 1997	Allard et al., 1997; Abedini et al., 2006

ITA586

Column	Version 1	Version 2
2	37.575	37.5666666667
5	34.5	34.0
7	14.9333333333	14.9166666667
10	56.0	55.0
11	26.0	12,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Paterno, Salinella, mud pool gas
16	19960213.0	19910400.0
19		26.0
20		b
21	NG	G/S
24		0.000115
32	6.4	5.91
33		5.91
34	896.0	8.2149e-06
36	896.0	8.2149e-06
37		371.667759563
39	10.5
40	3.56
41	0.1889
42	1237.0
43		Ra=1.38E-06
53	Nakai S., 1997; Earth and Planetary Science Letters; NobleGasDate	Marty et al., 1994; Abedini et al., 2006

ITA587

Column	Version 1	Version 2
2	37.575	37.5666666667
5	34.5	34.0
7	14.9333333333	14.9166666667
10	56.0	55.0
11	23.0	12,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Paterno, Salinella, mud pool gas
16	20000706.0	19910400.0
19	VS	26.0
20		a
21		G/S
24	142.2	0.000116
32	6.84	5.89
33		5.89
34	957.6	8.1871e-06
36	957.6	8.1871e-06
37		385.412021858
45	6200.0
46	24000.0
47	631000.0
48	369000.0
51	-2.66
53	Pecoraino G. and Giammanco S., 2005, TAO	Marty et al., 1994; Abedini et al., 2006

ITA588

Column	Version 1	Version 2
2	37.575	37.5666666667
5	34.5	34.0
7	14.9333333333	14.9166666667
10	56.0	55.0
11	23.0	12,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Paterno, Salinella, mud pool gas
16	20000803.0	19810600
19	VS	26.0
21		G/S
24	110.8
32	6.43	6.05
33		6.05
34	900.2	8.4095e-06
36	900.2	8.4095e-06
37		1212.93114754
45	1000.0
46	8000.0
47	627000.0
48	339300.0
51	-3.04
53	Pecoraino G. and Giammanco S., 2005, TAO	Marty et al., 1994; Abedini et al., 2006

ITA589

Column	Version 1	Version 2
2	37.575	37.7166666667
5	34.5	43.0
7	14.9333333333	15.1166666667
9	14.0	15.0
10	56.0	7.0
11	23.0	25.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Pertulli
16	20000830.0
19	VS
21		W
22		21.1
23		groundwaters
24	99.7
25		8e-08
32	6.59	3.2
34	922.6	4.48e-06
36	922.6	4.48e-06
45	700.0
46	7000.0
47	724000.0
48	318000.0
51	-2.97
53	Pecoraino G. and Giammanco S., 2005, TAO	Alessandro, 2001

ITA590

Column	Version 1	Version 2
2	37.575	37.7
5	34.5	42.0
7	14.9333333333	15.0916666667
9	14.0	15.0
10	56.0	5.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Piano dell'Acqua, spring
16	20000915.0	19931000.0
19	VS	4.0
21		W/S
22		14.8
24	153.2
25		3.77e-08
32	6.42	1.0
34	898.8	1.38e-06
36	898.8	1.38e-06
43		Ra=1.38E-06
45	11600.0
46	53000.0
47	537000.0
48	448000.0
51	-2.83	-8.4
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA591

Column	Version 1	Version 2
2	37.575	37.65
5	34.5	39.0
7	14.9333333333	14.8
10	56.0	48.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Pozzo Adrano, well
16	20001003.0	19931000.0
19	VS	17.0
21		W/H
22		16.7
24	142.0
25		3.95e-08
32	6.84	1.2
34	957.6	1.656e-06
36	957.6	1.656e-06
43		Ra=1.38E-06
45	2700.0
46	13000.0
47	548000.0
48	443000.0
51	-2.83	-11.2
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA592

Column	Version 1	Version 2
2	37.575	37.55
5	34.5	33.0
7	14.9333333333	14.95
10	56.0	57.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Pozzo Cuscuna, well
16	20001018.0	19931000.0
19	VS	6.0
21		W/H
22		13.8
24	107.0
25		5.2e-08
32	6.78	1.48
34	949.2	2.0424e-06
36	949.2	2.0424e-06
43		Ra=1.38E-06
45	700.0
46	3000.0
47	785000.0
48	215000.0
51	-3.52	-8.5
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA593

Column	Version 1	Version 2
2	37.575	37.65
5	34.5	39.0
7	14.9333333333	15.1416666667
9	14.0	15.0
10	56.0	8.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Pozzo Guardia, well
16	20001109.0	19931000.0
19	VS	9.0
21		W/H
22		15.3
24	110.6
25		5.04e-08
32	6.78	2.61
34	949.2	3.6018e-06
36	949.2	3.6018e-06
43		Ra=1.38E-06
45	4900.0
46	22000.0
47	687000.0
48	289000.0
51	-3.39	-6.1
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA594

Column	Version 1	Version 2
2	37.575	37.65
5	34.5	39.0
7	14.9333333333	15.1416666667
9	14.0	15.0
10	56.0	8.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Pozzo Guardia, well
16	20001206.0	19941000.0
19	VS	9.0
21		W/H
22		15.7
24	139.0
25		6.3e-08
32	6.65	3.06
34	931.0	4.2228e-06
36	931.0	4.2228e-06
43		Ra=1.38E-06
45	300.0
46	7000.0
47	682000.0
48	334000.0
51	-3.28	-6.5
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA595

Column	Version 1	Version 2
2	37.575	37.65
5	34.5	39.0
7	14.9333333333	15.1416666667
9	14.0	15.0
10	56.0	8.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Pozzo Guardia, well
16	20001219.0	19950300.0
19	VS	9.0
21		W/H
22		15.3
24	153.5
25		6.37e-08
32	6.65	2.9
34	931.0	4.002e-06
36	931.0	4.002e-06
43		Ra=1.38E-06
45	20200.0
46	75000.0
47	538000.0
48	373000.0
51	-3.15	-6.1
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA596

Column	Version 1	Version 2
2	37.575	37.675
5	34.5	40.5
7	14.9333333333	15.0916666667
9	14.0	15.0
10	56.0	5.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Pozzo Ilice, well
16	20010111.0	19931000.0
19	VS	14.0
21		W/H
22		9.3
24	115.3
25		5.28e-08
32	6.74	1.63
34	943.6	2.2494e-06
36	943.6	2.2494e-06
43		Ra=1.38E-06
45	1000.0
46	7000.0
47	665000.0
48	349500.0
51	-3.31	-9.0
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA597

Column	Version 1	Version 2
2	37.575	37.675
5	34.5	40.5
7	14.9333333333	15.0916666667
9	14.0	15.0
10	56.0	5.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Pozzo Ilice, well
16	20010122.0	19941000.0
19	VS	14.0
21		W/H
22		10.1
24	238.0
25		5.36e-08
32	6.58	1.61
34	921.2	2.2218e-06
36	921.2	2.2218e-06
43		Ra=1.38E-06
45	1200.0
46	10000.0
47	454000.0
48	555000.0
51	-2.03	-9.3
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA598

Column	Version 1	Version 2
2	37.575	37.625
5	34.5	37.5
7	14.9333333333	15.0666666667
9	14.0	15.0
10	56.0	4.0
11	23.0	15.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Pozzo Pedara, well
16	20010210.0	19940500.0
19	VS	31.0
21		W/H
22		14.8
24	182.4
25		2.082e-07
32	6.87	4.92
34	961.8	6.7896e-06
36	961.8	6.7896e-06
43		Ra=1.38E-06
45	200.0
46	2000.0
47	479000.0
48	533000.0
51	-2.51	-17.8
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997

ITA599

Column	Version 1	Version 2
2	37.575	37.7916666667
5	34.5	47.5
7	14.9333333333	15.2
9	14.0	15.0
10	56.0	12.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Pozzo Piedimonte, well
16	20010227.0	19931000.0
19	VS	16.0
21		W/H
22		13.5
24	109.0
25		1.22e-07
32	6.63	1.0
34	928.2	1.38e-06
36	928.2	1.38e-06
43		Ra=1.38E-06
45	700.0
46	6000.0
47	649000.0
48	383500.0
51	-3.4	-16.4
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA600

Column	Version 1	Version 2
2	37.575	37.7166666667
5	34.5	43.0
7	14.9333333333	15.125
9	14.0	15.0
10	56.0	7.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Pozzo Primoti, well
16	20010322.0	19931000.0
19	VS	13.0
21		W/H
22		21.2
24	181.8
25		4.76e-08
32	6.49	3.04
34	908.6	4.1952e-06
36	908.6	4.1952e-06
43		Ra=1.38E-06
46	5000.0
47	602000.0
48	432000.0
51	-3.02	-4.9
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA601

Column	Version 1	Version 2
2	37.575	37.7166666667
5	34.5	43.0
7	14.9333333333	15.125
9	14.0	15.0
10	56.0	7.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Pozzo Primoti, well
16	20010411.0	19941000.0
19	VS	13.0
21		W/H
22		21.5
24	166.2
25		5.1e-08
32	6.52	3.15
34	912.8	4.347e-06
36	912.8	4.347e-06
43		Ra=1.38E-06
45	15300.0
46	53000.0
47	514000.0
48	434000.0
51	-1.43	-4.2
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA602

Column	Version 1	Version 2
2	37.575	37.7166666667
5	34.5	43.0
7	14.9333333333	15.125
9	14.0	15.0
10	56.0	7.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Pozzo Primoti, well
16	20010502.0	19950100.0
19	VS	13.0
21		W/H
22		21.0
24	116.0
25		5.8e-08
32	6.57	3.49
34	919.8	4.8162e-06
36	919.8	4.8162e-06
43		Ra=1.38E-06
45	700.0
46	5000.0
47	676000.0
48	332000.0
51	-2.3	-4.1
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA603

Column	Version 1	Version 2
2	37.575	37.7166666667
5	34.5	43.0
7	14.9333333333	15.125
9	14.0	15.0
10	56.0	7.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Pozzo Primoti, well
16	20010516.0	19950400.0
19	VS	13.0
21		W/H
22		21.0
24	249.0
25		5.04e-08
32	6.66	3.32
34	932.4	4.5816e-06
36	932.4	4.5816e-06
43		Ra=1.38E-06
45	600.0
46	8000.0
47	509000.0
48	509100.0
51	-2.4	-6.9
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA604

Column	Version 1	Version 2
2	37.575	37.5666666667
5	34.5	34.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Pozzo S. Leonardo, well
16	20010605.0	19931000.0
19	VS	24.0
21		W/H
22		16.2
24	172.0
25		1.29e-07
32	6.57	4.76
34	919.8	6.5688e-06
36	919.8	6.5688e-06
43		Ra=1.38E-06
46	6000.0
47	587000.0
48	427000.0
51	-2.96	-6.3
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA605

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, RNE
16	20010628.0	20001108.0
19	VS	RNE
22		42.0
24	204.1	2.39e-06
32	6.69	1.43
34	936.6	2.002e-06
36	936.6	2.002e-06
45	1300.0	0.2009
46	8000.0	0.7545
47	637000.0	0.06
48	383300.0	0.000285
51	-2.51	-3.92
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA606

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, RNE
16	20010712.0	20010721.0
19	VS	RNE
22		33.9
24	208.3	9.48e-06
32	6.87	1.43
34	961.8	2.002e-06
36	961.8	2.002e-06
45		0.198
46	7000.0	0.7617
47	528000.0	0.04
48	397400.0	0.000143
51	-2.32	-2.65
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA607

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, RNE
16	20010717.0	20000915.0
19	VS	RNE
22		42.0
24	204.8
32	6.9	1.85
34	966.0	2.59e-06
36	966.0	2.59e-06
45	1500.0	0.188
46	7000.0	0.7275
47	598000.0	0.086
48	458600.0	0.000293
51	-2.83	-3.79
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA608

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, RNE
16	20010724.0	20001018.0
19	VS	RNE
22		37.3
24	281.0
32	7.06	1.55
34	988.4	2.17e-06
36	988.4	2.17e-06
45		0.1991
46	10000.0	0.76
47	500000.0	0.042
48	490200.0	0.0001227
51	-2.15	-3.91
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA609

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, RNE
16	20010727.0	20001219.0
19	VS	RNE
22		35.0
24	169.0
32	7.12	1.45
34	996.8	2.03e-06
36	996.8	2.03e-06
45		0.1881
46	7000.0	0.737
47	560000.0	0.081
48	441800.0	0.000144
51		-3.37
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA610

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, RNE
16	20010803.0	20010503.0
19	VS	RNE
22		47.5
24	120.0
32	7.08	2.43
34	991.2	3.402e-06
36	991.2	3.402e-06
45		0.177
46	5000.0	0.708
47	701000.0	0.131
48	309000.0	0.001011
51	-3.17	-3.26
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA611

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, RNE
16	20010807.0	20010517.0
19	VS	RNE
22		40.8
24	280.4
32	6.76	1.21
34	946.4	1.694e-06
36	946.4	1.694e-06
45		0.2049
46	10000.0	0.7707
47	450000.0	0.023
48	560400.0	1.96e-05
51		-3.73
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA612

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, RNE
16	20010810.0	20010605.0
19	VS	RNE
22		35.6
24	229.5
32	6.87	1.29
34	961.8	1.806e-06
36	961.8	1.806e-06
45	11700.0	0.2091
46	53000.0	0.7707
47	490000.0	0.031
48	458000.0	2.1e-05
51	-2.27
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA613

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, RNE
16	20010813.0	20010628.0
19	VS	RNE
22		38.1
24	151.1
32	6.72	1.81
34	940.8	2.534e-06
36	940.8	2.534e-06
45		0.1921
46	8000.0	0.7365
47	656000.0	0.08
48	351000.0	7.18e-05
51	-3.19	-3.43
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA614

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, RNE
16	20010816.0	20010712.0
19	VS	RNE
22		34.3
24	156.0
32	6.71	1.42
34	939.4	1.988e-06
36	939.4	1.988e-06
45	17300.0	0.2366
46	81000.0	0.78
47	550000.0	0.051
48	381400.0	0.0001613
51	-2.83	-3.52
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA615

Column	Version 1	Version 2
2	37.575	37.6166666667
5	34.5	37.0
7	14.9333333333	14.8833333333
10	56.0	53.0
11	23.0	25.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Romito
16	20010824.0
19	VS
21		W
22		5.4
23		groundwaters
25		7.1e-07
32	6.68	4.4
34	935.2	6.16e-06
36	935.2	6.16e-06
51	-3.15
53	Pecoraino G. and Giammanco S., 2005, TAO	Alessandro, 2001

ITA616

Column	Version 1	Version 2
2	37.575	37.6
5	34.5	36.0
7	14.9333333333	14.8916666667
10	56.0	53.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Romito Blu, spring
16	20010830.0	19931000.0
19	VS	21.0
21		W/S
22		14.2
24	117.4
25		1.38e-07
32	6.66	3.69
34	932.4	5.0922e-06
36	932.4	5.0922e-06
43		Ra=1.38E-06
46	5000.0
47	737000.0
48	266300.0
51	-3.8	-6.9
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA617

Column	Version 1	Version 2
2	37.575	37.5916666667
5	34.5	35.5
7	14.9333333333	14.9
10	56.0	54.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Romito Rossa, spring
16	20010907.0	19940300.0
19	VS	22.0
21		W/S
22		15.3
24	203.0
25		7.79e-07
32	6.65	4.56
34	931.0	6.2928e-06
36	931.0	6.2928e-06
43		Ra=1.38E-06
45	700.0
46	6000.0
47	662000.0
48	336000.0
51	-3.28	-6.8
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA618

Column	Version 1	Version 2
2	37.575	37.5916666667
5	34.5	35.5
7	14.9333333333	14.9
10	56.0	54.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Romito Rossa, spring
16	20010914.0	19940900.0
19	VS	22.0
21		W/S
22		15.4
24	139.4
25		6.05e-07
32	6.64	4.42
34	929.6	6.0996e-06
36	929.6	6.0996e-06
43		Ra=1.38E-06
46	5000.0
47	676000.0
48	358000.0
51	-3.6	-8.1
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA619

Column	Version 1	Version 2
2	37.575	37.5916666667
5	34.5	35.5
7	14.9333333333	14.9
10	56.0	54.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Romito Rossa, spring
16	20010918.0	19950300.0
19	VS	22.0
21		W/S
22		14.6
24	279.8
25		5.523e-07
32	6.57	4.47
34	919.8	6.1686e-06
36	919.8	6.1686e-06
43		Ra=1.38E-06
45	8000.0
46	21000.0
47	535000.0
48	510000.0
51	-2.24	-8.6
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA620

Column	Version 1	Version 2
2	37.575	37.5833333333
5	34.5	35.0
11	23.0	25.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Rossa
16	20010925.0
19	VS
21		W
22		9.9
23		groundwaters
24	107.0
25		1.7e-07
32	6.68	3.6
34	935.2	5.04e-06
36	935.2	5.04e-06
45	100.0
46	2000.0
47	739000.0
48	271400.0
51	-3.42
53	Pecoraino G. and Giammanco S., 2005, TAO	Alessandro, 2001

ITA621

Column	Version 1	Version 2
2	37.575	37.6166666667
5	34.5	37.0
7	14.9333333333	14.875
10	56.0	52.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, S. Maria Licodia, spring
16	20011002.0	19930700.0
19	VS	19.0
21		W/S
22		14.6
24	122.4
25		4.6e-08
32	6.71	1.47
34	939.4	2.0286e-06
36	939.4	2.0286e-06
43		Ra=1.38E-06
45	200.0
46	2000.0
47	714000.0
48	297000.0
51	-3.33	-7.4
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA622

Column	Version 1	Version 2
2	37.575	37.6166666667
5	34.5	37.0
7	14.9333333333	14.875
10	56.0	52.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, S. Maria Licodia, spring
16	20011009.0	19931000.0
19	VS	19.0
21		W/S
22		15.8
24	137.0
25		5.77e-08
32	6.7	1.71
34	938.0	2.3598e-06
36	938.0	2.3598e-06
43		Ra=1.38E-06
45	100.0
46	7000.0
47	640000.0
48	371200.0
51	-3.17	-7.4
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA623

Column	Version 1	Version 2
2	37.575	37.6166666667
5	34.5	37.0
7	14.9333333333	14.875
10	56.0	52.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, S. Maria Licodia, spring
16	20011016.0	19941100.0
19	VS	19.0
21		W/S
22		14.8
25		5.41e-08
32	6.49	1.59
34	908.6	2.1942e-06
36	908.6	2.1942e-06
43		Ra=1.38E-06
51	-2.79	-7.9
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA624

Column	Version 1	Version 2
2	37.575	37.675
5	34.5	40.5
7	14.9333333333	15.15
9	14.0	15.0
10	56.0	9.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, San Paolo, well
16	20011023.0	19931000.0
19	VS	3.0
21		W/H
22		16.6
25		9.03e-08
32	6.66	3.12
34	932.4	4.3056e-06
36	932.4	4.3056e-06
43		Ra=1.38E-06
51	-3.17	-8.7
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA625

Column	Version 1	Version 2
2	37.575	37.675
5	34.5	40.5
7	14.9333333333	15.15
9	14.0	15.0
10	56.0	9.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, San Paolo, well
16	20011107.0	19940900.0
19	VS	3.0
21		W/H
22		17.6
24	136.5
25		9.97e-08
32	7.06	3.03
34	988.4	4.1814e-06
36	988.4	4.1814e-06
43		Ra=1.38E-06
44	7.5
45	5000.0
46	5000.0
47	676000.0
48	315400.0
51	-2.95	-8.1
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA626

Column	Version 1	Version 2
2	37.575	37.675
5	34.5	40.5
7	14.9333333333	15.15
9	14.0	15.0
10	56.0	9.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, San Paolo, well
16	20011113.0	19950300.0
19	VS	3.0
21		W/H
22		15.6
24	190.6
25		1.033e-07
32	6.77	3.09
34	947.8	4.2642e-06
36	947.8	4.2642e-06
43		Ra=1.38E-06
45	600.0
46	10000.0
47	657000.0
48	342400.0
51	-2.73	-8.6
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA627

Column	Version 1	Version 2
2	37.575	37.675
5	34.5	40.5
7	14.9333333333	15.15
9	14.0	15.0
10	56.0	9.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, San Paolo, well
16	20011121.0	19950400.0
19	VS	3.0
21		W/H
22		16.4
24	134.0
25		1.314e-07
32	6.9	3.19
34	966.0	4.4022e-06
36	966.0	4.4022e-06
43		Ra=1.38E-06
45	600.0
46	8000.0
47	670000.0
48	331000.0
51	-2.76	-8.4
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA628

Column	Version 1	Version 2
2	37.575	37.6833333333
5	34.5	41.0
7	14.9333333333	15.1416666667
9	14.0	15.0
10	56.0	8.5
11	23.0	15.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Santa Venerina galleria, spring
16	20011127.0	19931000.0
19	VS	1.0
21		W/S
22		20.6
24	126.0
25		5.16e-08
32	6.82	1.73
34	954.8	2.3874e-06
36	954.8	2.3874e-06
43		Ra=1.38E-06
45	900.0
46	6000.0
47	660000.0
48	347700.0
51	-3.09	-5.9
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997

ITA629

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.1583333333
9	14.0	15.0
10	56.0	9.5
11	23.0	15.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Santa Venerina sorgente, spring
16	20011206.0	19931000.0
19	VS	2.0
21		W/S
22		20.4
24	154.0
25		4.92e-08
32	6.87	1.74
34	961.8	2.4012e-06
36	961.8	2.4012e-06
43		Ra=1.38E-06
45	1600.0
46	11000.0
47	657000.0
48	337600.0
51	-2.98
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997

ITA630

Column	Version 1	Version 2
2	37.575	37.6416666667
5	34.5	38.5
7	14.9333333333	14.8416666667
10	56.0	50.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Sorgente Adrano, spring
16	20011211.0	19931000.0
19	VS	18.0
21		W/S
22		15.7
24	172.4
25		4.71e-08
32	6.75	1.0
34	945.0	1.38e-06
36	945.0	1.38e-06
43		Ra=1.38E-06
46	5000.0
47	642000.0
48	360100.0
51	-3.2	-15.0
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA631

Column	Version 1	Version 2
2	37.575	37.75
5	34.5	45.0
7	14.9333333333	15.1333333333
9	14.0	15.0
10	56.0	8.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Sorgente Fornazzo, spring
16	20020109.0	19931000.0
19	VS	10.0
21		W/S
22		14.2
24	170.4
25		4.75e-08
32	6.67	1.01
34	933.8	1.3938e-06
36	933.8	1.3938e-06
43		Ra=1.38E-06
46	5000.0
47	670000.0
48	338400.0
51	-3.21	-22.0
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA632

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.1333333333
9	14.0	15.0
10	56.0	8.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Sorgente Nunziata, spring
16	20020110.0	19931000.0
19	VS	12.0
21		W/S
22		13.5
24	171.4
25		6.63e-08
32	6.81	1.38
34	953.4	1.9044e-06
36	953.4	1.9044e-06
43		Ra=1.38E-06
45	5400.0
46	6000.0
47	676000.0
48	324100.0
51		-19.4
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA633

Column	Version 1	Version 2
2	37.575	37.7916666667
5	34.5	47.5
7	14.9333333333	15.1416666667
9	14.0	15.0
10	56.0	8.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Sorgente Vena, spring
16	20020204.0	19931000.0
19	VS	15.0
21		W/S
22		12.7
24	154.3
25		6.86e-07
32	6.69	4.57
34	936.6	6.3066e-06
36	936.6	6.3066e-06
43		Ra=1.38E-06
45	14300.0
46	34000.0
47	603000.0
48	354700.0
51	-3.24	-21.5
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA634

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
11	23.0	13,15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Southeast crater, soil gas
15		<
16	20020207.0	19870000.0
19	VS	28.0
21		G/soil
22		81.0
23		Altitude 3075m
24	175.2	6.6e-06
32	6.7	2.83
34	938.0	3.9054e-06
36	938.0	4e-06
43		Ra=1.38E-06
45	1300.0	0.177
46	9000.0	0.742
47	667000.0	0.081
48	331600.0
51	-3.13	-4.1
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1991, 1997; Abedini et al., 2006

ITA635

Column	Version 1	Version 2
2	37.575	37.8333333333
5	34.5	50.0
7	14.9333333333	15.2083333333
9	14.0	15.0
10	56.0	12.5
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Taormina, spring
16	20020220.0	19931000.0
19	VS	7.0
21		W/S
22		18.4
24	169.6
25		4.75e-08
32	6.67	1.0
34	933.8	1.38e-06
36	933.8	1.38e-06
43		Ra=1.38E-06
45	6200.0
46	22000.0
47	645000.0
48	334200.0
51	-3.06
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA636

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, TDF
16	20020312.0	20000803.0
19	VS	TDF
22		17.2
24	243.4	2.36e-06
32	6.47	1.35
34	905.8	1.89e-06
36	905.8	1.89e-06
45		0.186
46	11000.0
47	558000.0	0.025
48	430800.0	2.7e-06
51	-1.95	-2.83
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA637

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, TDF
16	20020326.0	20001219.0
19	VS	TDF
24	196.1	3.63e-06
32	6.58	1.18
34	921.2	1.652e-06
36	921.2	1.652e-06
45		0.209
46	5000.0	0.781
47	591000.0	0.008
48	424000.0	3.4e-06
51	-2.52	-3.8
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA638

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, TDF
16	20020409.0	20001018.0
19	VS	TDF
22		11.4
24		4.09e-06
32	6.48	1.45
34	907.2	2.03e-06
36	907.2	2.03e-06
45		0.2
46		0.768
47		0.028
48		3.4e-06
51	-3.7	-2.25
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA639

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, TDF
16	20020423.0	20010209.0
19	VS	TDF
22		8.7
24		4.5e-06
32	6.41	1.39
34	897.4	1.946e-06
36	897.4	1.946e-06
45		0.202
46		0.776
47		0.026
48		4.6e-06
51	-3.24	-2.67
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA640

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, TDF
16	20020507.0	20000706.0
19	VS	TDF
22		29.0
24	154.7
32	6.32	1.58
34	884.8	2.212e-06
36	884.8	2.212e-06
45		0.198
46	5000.0	0.769
47	657000.0	0.038
48	341600.0	2.2e-06
51	-3.2	-1.97
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA641

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, TDF
16	20020604.0	20000830.0
19	VS	TDF
22		25.0
24	156.1
32	6.32	1.28
34	884.8	1.792e-06
36	884.8	1.792e-06
44	40.1	5.1e-06
45		0.23
46	6000.0	0.705
47		0.009
48	324300.0	5.4e-06
51	-2.79	-3.79
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA642

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, TDF
16	20020617.0	20000915.0
19	VS	TDF
22		16.1
24	158.8
32	6.35	1.46
34	889.0	2.044e-06
36	889.0	2.044e-06
45	2700.0	0.204
46	10000.0	0.764
47		0.037
48	325900.0	2.1e-06
51	-2.33	-1.14
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA643

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, TDF
16	20020701.0	20001108.0
19	VS	TDF
22		5.0
24	293.6
32	6.32	1.42
34	884.8	1.988e-06
36	884.8	1.988e-06
45	9800.0
46	45000.0
48	457400.0
51	-3.49
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA644

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, TDF
16	20020716.0	20001205.0
19	VS	TDF
24	166.6
32	6.34	1.54
34	887.6	2.156e-06
36	887.6	2.156e-06
46	6000.0
48	329700.0
51	-2.88
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA645

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, TDF
16	20020731.0	20010412.0
19	VS	TDF
22		6.5
24	172.3
32	6.31	1.3
34	883.4	1.82e-06
36	883.4	1.82e-06
45		0.202
46	7000.0	0.774
47	47000.0	0.023
48	310700.0
51	-2.7	-2.31
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA646

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, TDF
16	20020813.0	20010504.0
19	VS	TDF
22		12.5
24	215.0
32	6.31	1.49
34	883.4	2.086e-06
36	883.4	2.086e-06
45		0.204
46	10000.0	0.766
47		0.031
48	351600.0	3.47e-05
51		-2.48
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA647

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, TDF
16	20020828.0	20010517.0
19	VS	TDF
22		14.6
24	254.1
32	6.37	1.42
34	891.8	1.988e-06
36	891.8	1.988e-06
44	12.8
46	11000.0
48	482700.0
51	-2.44
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA648

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, TDF
16	20020910.0	20010605.0
19	VS	TDF
22		13.1
24	176.3
32	6.4	1.5
34	896.0	2.1e-06
36	896.0	2.1e-06
46	10000.0
48	328100.0
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA649

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, TDF
16	20020924.0	20010628.0
19	VS	TDF
22		14.6
24	243.3
32	6.53	1.76
34	914.2	2.464e-06
36	914.2	2.464e-06
45	15800.0
46	64000.0
47	14000.0
48	383000.0
51	-2.08
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA650

Column	Version 1	Version 2
2	37.575	37.7333333333
5	34.5	44.0
7	14.9333333333	15.0
9	14.0	15.0
10	56.0	0.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, TDF
16	20021010.0	20010712.0
19	VS	TDF
22		19.3
24	210.4
32	6.58	1.95
34	921.2	2.73e-06
36	921.2	2.73e-06
45	300.0
46	7000.0
48	422100.0
51	-2.31
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA651

Column	Version 1	Version 2
2	37.575	37.75
5	34.5	45.0
7	14.9333333333	15.1333333333
9	14.0	15.0
10	56.0	8.0
11	23.0	25.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Vena
16	20021022.0
19	VS
21		W
22		13.8
23		groundwaters
24	314.3
25		5e-08
32	6.54	1.0
34	915.6	1.4e-06
36	915.6	1.4e-06
46	13000.0
48	502700.0
51	-1.74
53	Pecoraino G. and Giammanco S., 2005, TAO	Alessandro, 2001

ITA652

Column	Version 1	Version 2
2	37.575	37.7416666667
5	34.5	44.5
7	14.9333333333	15.0166666667
9	14.0	15.0
10	56.0	1.0
11	23.0	15,36
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, VS (Vallone Salato)	Etna volcano, Voragine crater rim, fumarole
16	20021027.0
19	VS	30.0
21		G/F
22		135.0
24	333.0	3.1e-06
32	6.53	1.23
34	914.2	1.6974e-06
36	914.2	1.6974e-06
43		Ra=1.38E-06
45	1800.0	0.196
46	17000.0	0.86
47		0.001
48	501300.0	0.0029
51	-1.51
53	Pecoraino G. and Giammanco S., 2005, TAO	Allard et al., 1997; Abedini et al., 2006

ITA653

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021030.0	20030530.0
24	270.8	7.25e-05
32	6.52	6.29
34	912.8	8.806e-06
36	912.8	8.806e-06
45	11800.0
46	49000.0	0.003
47	20000.0
48	467400.0	0.2816
51	-1.74	-2.06
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA654

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021104.0	20030703.0
24	321.8	7.83e-05
32	6.51	6.42
34	911.4	8.988e-06
36	911.4	8.988e-06
46	9000.0	0.002
48	502800.0	0.2744
51	-2.21	-3.676
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA655

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021108.0	20000830.0
24	312.7	9.97e-05
32	6.46	6.59
34	904.4	9.226e-06
36	904.4	9.226e-06
45		0.0007
46	15000.0	0.007
47		0.724
48	517100.0	0.318
51	-2.0	-2.97
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA656

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021111.0	20001018.0
24	301.7	0.000107
32	6.45	6.78
34	903.0	9.492e-06
36	903.0	9.492e-06
45	800.0	0.0007
46	12000.0	0.003
47		0.785
48	479700.0	0.215
51	-1.95	-3.52
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA657

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021114.0	20010925.0
24	259.7	0.000107
32	6.41	6.68
34	897.4	9.352e-06
36	897.4	9.352e-06
45	0.0	0.0001
46	8000.0	0.002
47	20000.0	0.739
48	440800.0	0.2714
51	-2.18	-3.42
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA658

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021119.0	20010227.0
24	244.9	0.000109
32	6.35	6.63
34	889.0	9.282e-06
36	889.0	9.282e-06
45	6400.0	0.0007
46	24000.0	0.006
47	20000.0	0.649
48	432500.0	0.3835
51	-3.13	-3.4
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA659

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021121.0	20001109.0
24	203.6	0.0001106
32	6.49	6.78
34	908.6	9.492e-06
36	908.6	9.492e-06
45	1100.0	0.0049
46	14000.0	0.022
47		0.687
48	433800.0	0.289
51	-2.23	-3.39
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA660

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021202.0	20000803.0
24	264.1	0.0001108
32	6.41	6.43
34	897.4	9.002e-06
36	897.4	9.002e-06
45		0.001
46	10000.0	0.008
47		0.627
48	486100.0	0.3393
51	-1.97	-3.04
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA661

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021211.0	20010111.0
24	271.3	0.0001153
32	6.57	6.74
34	919.8	9.436e-06
36	919.8	9.436e-06
45		0.001
46	9000.0	0.007
47		0.665
48	450800.0	0.3495
51	-2.15	-3.31
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA662

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021217.0	20010502.0
24	271.0	0.000116
32	6.56	6.57
34	918.4	9.198e-06
36	918.4	9.198e-06
45		0.0007
46	14000.0	0.005
47		0.676
48	474900.0	0.332
51	-2.16	-2.3
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA663

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021224.0	20010830.0
24	193.9	0.0001174
32	6.45	6.66
34	903.0	9.324e-06
36	903.0	9.324e-06
46	9000.0	0.005
47		0.737
48	454800.0	0.2663
51	-1.96	-3.8
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA664

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021227.0	20010803.0
24	169.6	0.00012
32	6.47	7.08
34	905.8	9.912e-06
36	905.8	9.912e-06
45	11500.0
46	54000.0	0.005
47		0.701
48	381200.0	0.309
51	-2.24	-3.17
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA665

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030108.0	20011002.0
24	134.4	0.0001224
32	6.34	6.71
34	887.6	9.394e-06
36	887.6	9.394e-06
45	25700.0	0.0002
46	100000.0	0.002
47		0.714
48	284800.0	0.297
51	-3.04	-3.33
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA666

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030116.0	20011127.0
24	203.5	0.000126
32	6.36	6.82
34	890.4	9.548e-06
36	890.4	9.548e-06
45		0.0009
46	9000.0	0.006
47		0.66
48	441400.0	0.3477
51	-2.05	-3.09
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA667

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030123.0	20011121.0
24	169.4	0.000134
32	6.28	6.9
34	879.2	9.66e-06
36	879.2	9.66e-06
45	300.0	0.0006
46	9000.0	0.008
47		0.67
48	384000.0	0.331
51	-2.29	-2.76
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA668

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030130.0	20030108.0
24	151.2	0.0001344
32	6.33	6.34
34	886.2	8.876e-06
36	886.2	8.876e-06
45		0.0257
46	7000.0	0.1
47	25000.0
48	407700.0	0.2848
51	-2.28	-3.04
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA669

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030206.0	20011107.0
24	2002.2	0.0001365
32	6.41	7.06
34	897.4	9.884e-06
36	897.4	9.884e-06
44		7.5e-06
45		0.005
46	10000.0	0.005
47		0.676
48	460000.0	0.3154
51	-2.03	-2.95
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA670

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030222.0	20011009.0
24		0.000137
32	6.36	6.7
34	890.4	9.38e-06
36	890.4	9.38e-06
45		0.0001
46		0.007
47		0.64
48		0.3712
51	-3.61	-3.17
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA671

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030312.0	20001206.0
24	148.2	0.000139
32	6.48	6.65
34	907.2	9.31e-06
36	907.2	9.31e-06
45	55000.0	0.0003
46	223000.0	0.007
47	17000.0	0.682
48	304600.0	0.334
51	-2.36	-3.28
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA672

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030402.0	20010914.0
24	167.3	0.0001394
32	6.57	6.64
34	919.8	9.296e-06
36	919.8	9.296e-06
46	6000.0	0.005
47		0.676
48	406000.0	0.358
51	-2.24	-3.6
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA673

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030414.0	20001003.0
24	176.4	0.000142
32	6.51	6.84
34	911.4	9.576e-06
36	911.4	9.576e-06
45	10100.0	0.0027
46	44000.0	0.013
47		0.548
48	439700.0	0.443
51	-2.34	-2.83
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA674

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030506.0	20000706.0
24	150.9	0.0001422
32	6.49	6.84
34	908.6	9.576e-06
36	908.6	9.576e-06
45	21900.0	0.0062
46	107000.0	0.024
47	29000.0	0.631
48	412100.0	0.369
51	-2.25	-2.66
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA675

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030530.0	20030312.0
24	72.5	0.0001482
32	6.29	6.48
34	880.6	9.072e-06
36	880.6	9.072e-06
45		0.055
46	3000.0	0.223
47		0.017
48	281600.0	0.3046
51	-2.06	-2.36
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA676

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030613.0	20030506.0
24		0.0001509
32	6.44	6.49
34	901.6	9.086e-06
36	901.6	9.086e-06
45		0.0219
46		0.107
47		0.029
48		0.4121
51	-3.36	-2.25
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA677

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030624.0	20010813.0
24		0.0001511
32	6.62	6.72
34	926.8	9.408e-06
36	926.8	9.408e-06
46		0.008
47		0.656
48		0.351
51	-2.11	-3.19
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA678

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030703.0	20030130.0
24	78.3	0.0001512
32	6.42	6.33
34	898.8	8.862e-06
36	898.8	8.862e-06
46	2000.0	0.007
47		0.025
48	274400.0	0.4077
51	-3.676	-2.28
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA679

Column	Version 1	Version 2
2	37.7333333333	37.575
5	42.0	34.5
7	15.0	14.9333333333
9	15.0	14.0
10	7.0	56.0
11	12.0	23.0
13	SICILY Isl.	SICILY Eastern
14	Etna volcano, Zafferana, well gas	Etna volcano, VS (Vallone Salato)
16	19910400.0	20000915.0
19		VS
21	G/W
24	7.0	0.0001532
32	3.33	6.42
33	4.33
34	462.87	8.988e-06
36	601.87	8.988e-06
37	0.956371584699
45		0.0116
46		0.053
47		0.537
48		0.448
51		-2.83
53	Marty et al., 1994	Pecoraino and Giammanco, 2005

ITA680

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20000731.0	20001219.0
19		VS
24		0.0001535
32	6.22	6.65
34	870.8	9.31e-06
36	870.8	9.31e-06
45		0.0202
46		0.075
47		0.538
48		0.373
51	-0.9	-3.15
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA681

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20000915.0	20011206.0
19		VS
24	87.8	0.000154
32	6.19	6.87
34	866.6	9.618e-06
36	866.6	9.618e-06
45	370.0	0.0016
46	5500.0	0.011
47	997000.0	0.657
48	4653.0	0.3376
51	-1.0	-2.98
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA682

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20001003.0	20020204.0
19		VS
24	92.3	0.0001543
32	6.61	6.69
34	925.4	9.366e-06
36	925.4	9.366e-06
45	990.0	0.0143
46	7600.0	0.034
47	996000.0	0.603
48	5523.0	0.3547
51	-0.95	-3.24
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA683

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20001018.0	20020507.0
19		VS
24	88.0	0.0001547
32	6.64	6.32
34	929.6	8.848e-06
36	929.6	8.848e-06
45	580.0
46	4900.0	0.005
47	991000.0	0.657
48	4883.0	0.3416
51	-0.93	-3.2
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA684

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20001107.0	20010816.0
19		VS
24	89.2	0.000156
32	6.51	6.71
34	911.4	9.394e-06
36	911.4	9.394e-06
45		0.0173
46	4700.0	0.081
47	991000.0	0.55
48	4878.0	0.3814
51	-1.41	-2.83
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA685

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20001205.0	20020604.0
19		VS
24	89.7	0.0001561
32	6.45	6.32
34	903.0	8.848e-06
36	903.0	8.848e-06
44		4.01e-05
45	120.0
46	5000.0	0.006
47	996000.0
48	5000.0	0.3243
51	-1.39	-2.79
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA686

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20001219.0	20020617.0
19		VS
24		0.0001588
32	6.55	6.35
34	917.0	8.89e-06
36	917.0	8.89e-06
45		0.0027
46		0.01
48		0.3259
51	-1.71	-2.33
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA687

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010111.0	20010411.0
19		VS
24	108.5	0.0001662
32	6.27	6.52
34	877.8	9.128e-06
36	877.8	9.128e-06
45	340.0	0.0153
46	5100.0	0.053
47	990000.0	0.514
48	5900.0	0.434
51	-1.01	-1.43
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA688

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010122.0	20020716.0
19		VS
24		0.0001666
32	6.52	6.34
34	912.8	8.876e-06
36	912.8	8.876e-06
46		0.006
48		0.3297
51	-0.99	-2.88
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA689

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010210.0	20030402.0
19		VS
24	94.7	0.0001673
32	6.3	6.57
34	882.0	9.198e-06
36	882.0	9.198e-06
46	4600.0	0.006
47	990000.0
48	4652.0	0.406
51	-0.98	-2.24
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA690

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010227.0	20010727.0
19		VS
24	65.0	0.000169
32	6.26	7.12
34	876.4	9.968e-06
36	876.4	9.968e-06
45	600.0
46	5100.0	0.007
47	984000.0	0.56
48	4473.0	0.4418
51	-0.99
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA691

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010301.0	20030123.0
19		VS
24	115.5	0.0001694
32	6.36	6.28
34	890.4	8.792e-06
36	890.4	8.792e-06
45		0.0003
46	4200.0	0.009
47	974000.0
48	5200.0	0.384
51	-0.98	-2.29
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA692

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010411.0	20020220.0
19		VS
24	86.0	0.0001696
32	6.37	6.67
34	891.8	9.338e-06
36	891.8	9.338e-06
45		0.0062
46	4200.0	0.022
47	993000.0	0.645
48	4560.0	0.3342
51	-1.05	-3.06
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA693

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010503.0	20021227.0
19		VS
24	85.6	0.0001696
32	6.5	6.47
34	910.0	9.058e-06
36	910.0	9.058e-06
45		0.0115
46	3900.0	0.054
47	989000.0
48	4925.0	0.3812
51	-0.97	-2.24
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA694

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010517.0	20020109.0
19		VS
24	78.0	0.0001704
32	6.5	6.67
34	910.0	9.338e-06
36	910.0	9.338e-06
46	4600.0	0.005
47	990000.0	0.67
48	5091.0	0.3384
51	-0.92	-3.21
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA695

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010606.0	20020110.0
19		VS
24	105.0	0.0001714
32	6.36	6.81
34	890.4	9.534e-06
36	890.4	9.534e-06
45		0.0054
46	4200.0	0.006
47	992000.0	0.676
48	5100.0	0.3241
51	-0.97
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA696

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010628.0	20010605.0
19		VS
24	94.1	0.000172
32	6.44	6.57
34	901.6	9.198e-06
36	901.6	9.198e-06
46	4500.0	0.006
47	991000.0	0.587
48	4833.0	0.427
51	-0.97	-2.96
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA697

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010712.0	20020731.0
19		VS
24	87.8	0.0001723
32	6.65	6.31
34	931.0	8.834e-06
36	931.0	8.834e-06
46	4200.0	0.007
47	973000.0	0.047
48	4913.0	0.3107
51	-0.91	-2.7
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA698

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010724.0	20011211.0
19		VS
24	97.5	0.0001724
32	6.83	6.75
34	956.2	9.45e-06
36	956.2	9.45e-06
46	5200.0	0.005
47	990000.0	0.642
48	5005.0	0.3601
51	-0.97	-3.2
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA699

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010727.0	20020207.0
19		VS
24	102.2	0.0001752
32	7.13	6.7
34	998.2	9.38e-06
36	998.2	9.38e-06
45		0.0013
46	5400.0	0.009
47	991000.0	0.667
48	5100.0	0.3316
51	-0.97	-3.13
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA700

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010731.0	20020910.0
19		VS
24	63.6	0.0001763
32	6.84	6.4
34	957.6	8.96e-06
36	957.6	8.96e-06
45	3300.0
46	10200.0	0.01
47	981000.0
48	5068.0	0.3281
51	-0.96
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA701

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010803.0	20030414.0
19		VS
24	51.0	0.0001764
32	6.87	6.51
34	961.8	9.114e-06
36	961.8	9.114e-06
45		0.0101
46	5300.0	0.044
47	993000.0
48	5117.0	0.4397
51	-0.99	-2.34
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA702

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010807.0	20010322.0
19		VS
24	88.9	0.0001818
32	6.39	6.49
34	894.6	9.086e-06
36	894.6	9.086e-06
46	5000.0	0.005
47	1000000.0	0.602
48	5061.0	0.432
51	-1.0	-3.02
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA703

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010810.0	20010210.0
19		VS
24		0.0001824
32	6.53	6.87
34	914.2	9.618e-06
36	914.2	9.618e-06
45		0.0002
46		0.002
47		0.479
48		0.533
51	-1.05	-2.51
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA704

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010813.0	20011113.0
19		VS
24	120.5	0.0001906
32	6.56	6.77
34	918.4	9.478e-06
36	918.4	9.478e-06
45		0.0006
46	5700.0	0.01
47	992000.0	0.657
48	5600.0	0.3424
51	-1.02	-2.73
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA705

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010816.0	20021224.0
19		VS
24	121.0	0.0001939
32	6.49	6.45
34	908.6	9.03e-06
36	908.6	9.03e-06
46	5600.0	0.009
47	988000.0
48	5600.0	0.4548
51	-0.62	-1.96
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA706

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010824.0	20020326.0
19		VS
24		0.0001961
32	6.48	6.58
34	907.2	9.212e-06
36	907.2	9.212e-06
46		0.005
47		0.591
48		0.424
51	-1.03	-2.52
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA707

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010831.0	20010907.0
19		VS
24	86.7	0.000203
32	6.52	6.65
34	912.8	9.31e-06
36	912.8	9.31e-06
45		0.0007
46	5400.0	0.006
47	990000.0	0.662
48	5700.0	0.336
51	-1.12	-3.28
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA708

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010907.0	20030116.0
19		VS
24	126.0	0.0002035
32	6.48	6.36
34	907.2	8.904e-06
36	907.2	8.904e-06
46	5400.0	0.009
47	990000.0
48	5720.0	0.4414
51	-1.07	-2.05
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA709

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010914.0	20021121.0
19		VS
24	90.8	0.0002036
32	6.4	6.49
34	896.0	9.086e-06
36	896.0	9.086e-06
45		0.0011
46	4200.0	0.014
47	978000.0
48	5500.0	0.4338
51	-1.1	-2.23
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA710

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010918.0	20010628.0
19		VS
24	118.2	0.0002041
32	6.46	6.69
34	904.4	9.366e-06
36	904.4	9.366e-06
45		0.0013
46	5000.0	0.008
47	978000.0	0.637
48	4500.0	0.3833
51	-1.05	-2.51
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA711

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20010925.0	20010717.0
19		VS
24	85.6	0.0002048
32	6.5	6.9
34	910.0	9.66e-06
36	910.0	9.66e-06
45		0.0015
46	2300.0	0.007
47	994000.0	0.598
48	6000.0	0.4586
51	-1.03	-2.83
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA712

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20011009.0	20010712.0
19		VS
24	112.0	0.0002083
32	6.4	6.87
34	896.0	9.618e-06
36	896.0	9.618e-06
46	5400.0	0.007
47	999000.0	0.528
48	6300.0	0.3974
51	-1.03	-2.32
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA713

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20011016.0	20021010.0
19		VS
24	93.7	0.0002104
32	6.38	6.58
34	893.2	9.212e-06
36	893.2	9.212e-06
45		0.0003
46	5000.0	0.007
47	990000.0
48	5300.0	0.4221
51	-1.03	-2.31
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA714

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20011023.0	20020813.0
19		VS
24		0.000215
32	6.49	6.31
34	908.6	8.834e-06
36	908.6	8.834e-06
46		0.01
48		0.3516
51	-1.04
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA715

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20011030.0	20010810.0
19		VS
24		0.0002295
32	6.67	6.87
34	933.8	9.618e-06
36	933.8	9.618e-06
45		0.0117
46		0.053
47		0.49
48		0.458
51	-0.92	-2.27
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA716

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20011121.0	20010122.0
19		VS
24	88.5	0.000238
32	6.72	6.58
34	940.8	9.212e-06
36	940.8	9.212e-06
45		0.0012
46	4700.0	0.01
47	994000.0	0.454
48	5369.0	0.555
51	-0.86	-2.03
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA717

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20011127.0	20020924.0
19		VS
24	86.6	0.0002433
32	6.6	6.53
34	924.0	9.142e-06
36	924.0	9.142e-06
45		0.0158
46	4800.0	0.064
47	989000.0	0.014
48	5460.0	0.383
51	-0.95	-2.08
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA718

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20011211.0	20020312.0
19		VS
24	107.6	0.0002434
32	6.59	6.47
34	922.6	9.058e-06
36	922.6	9.058e-06
46	4500.0	0.011
47	988000.0	0.558
48	5292.0	0.4308
51	-1.05	-1.95
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA719

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20020109.0	20021119.0
19		VS
24	119.2	0.0002449
32	6.55	6.35
34	917.0	8.89e-06
36	917.0	8.89e-06
45		0.0064
46	4800.0	0.024
47	988700.0	0.02
48	5500.0	0.4325
51		-3.13
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA720

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20020122.0	20010516.0
19		VS
24	137.7	0.000249
32	6.55	6.66
34	917.0	9.324e-06
36	917.0	9.324e-06
45		0.0006
46	6000.0	0.008
47	988000.0	0.509
48	6600.0	0.5091
51	-1.0	-2.4
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA721

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20020205.0	20020828.0
19		VS
24	78.4	0.0002541
32	6.64	6.37
34	929.6	8.918e-06
36	929.6	8.918e-06
44		1.28e-05
46	4900.0	0.011
47	988000.0
48	4800.0	0.4827
51	-1.03	-2.44
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA722

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20020312.0	20021114.0
19		VS
24	103.1	0.0002597
34	897.4	8.974e-06
36	897.4	8.974e-06
46	4600.0	0.008
47	969000.0	0.02
48	4600.0	0.4408
51	-1.0	-2.18
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA723

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20020326.0	20021202.0
19		VS
24	84.9	0.0002641
32	6.28	6.41
34	879.2	8.974e-06
36	879.2	8.974e-06
46	400.0	0.01
47	997000.0
48	5500.0	0.4861
51	-0.98	-1.97
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA724

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20020409.0	20021030.0
19		VS
24	120.0	0.0002708
32	6.39	6.52
34	894.6	9.128e-06
36	894.6	9.128e-06
45		0.0118
46	5300.0	0.049
47	992000.0	0.02
48	5440.0	0.4674
51	-0.96	-1.74
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA725

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20020423.0	20021217.0
19		VS
24		0.000271
32	6.13	6.56
34	858.2	9.184e-06
36	858.2	9.184e-06
46		0.014
48		0.4749
51		-2.16
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA726

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20020507.0	20021211.0
19		VS
24	86.6	0.0002713
32	6.45	6.57
34	903.0	9.198e-06
36	903.0	9.198e-06
46	3200.0	0.009
47	990000.0
48	6900.0	0.4508
51	-0.98	-2.15
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA727

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20020521.0	20010918.0
19		VS
24	120.3	0.0002798
32	6.37	6.57
34	891.8	9.198e-06
36	891.8	9.198e-06
45		0.008
46	5400.0	0.021
47	990000.0	0.535
48	5104.0	0.51
51	-0.97	-2.24
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA728

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20020604.0	20010807.0
19		VS
24	109.9	0.0002804
32	6.39	6.76
34	894.6	9.464e-06
36	894.6	9.464e-06
46	5500.0	0.01
47	989000.0	0.45
48	5675.0	0.5604
51	-0.98
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA729

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20020617.0	20010724.0
19		VS
24	103.9	0.000281
32	6.46	7.06
34	904.4	9.884e-06
36	904.4	9.884e-06
46	5300.0	0.01
47	989000.0	0.5
48	5736.0	0.4902
51	-0.97	-2.15
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA730

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
19		VS
24	125.3	0.0002936
32	6.16	6.32
34	862.4	8.848e-06
36	862.4	8.848e-06
45		0.0098
46	5100.0	0.045
47	990000.0
48	5200.0	0.4574
51	-0.98	-3.49
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA731

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20020716.0	20021111.0
19		VS
24	115.9	0.0003017
32	6.18	6.45
34	865.2	9.03e-06
36	865.2	9.03e-06
45		0.0008
46	5300.0	0.012
47	990000.0
48	5762.0	0.4797
51	-1.0	-1.95
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA732

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20020731.0	20021108.0
19		VS
24	121.0	0.0003127
32	6.17	6.46
34	863.8	9.044e-06
36	863.8	9.044e-06
45	14900.0
46	57200.0	0.015
47	924000.0
48	4854.0	0.5171
51	-0.99	-2.0
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA733

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20020804.0	20021022.0
19		VS
24		0.0003143
32	6.17	6.54
34	863.8	9.156e-06
36	863.8	9.156e-06
46		0.013
48		0.5027
51		-1.74
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA734

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20020813.0	20021104.0
19		VS
24	128.4	0.0003218
32	6.27	6.51
34	877.8	9.114e-06
36	877.8	9.114e-06
45	3600.0
46	5200.0	0.009
47	989000.0
48	5397.0	0.5028
51	-0.96	-2.21
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA735

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20020828.0	20021027.0
19		VS
24	114.2	0.000333
32	6.45	6.53
34	903.0	9.142e-06
36	903.0	9.142e-06
45	4700.0	0.0018
46	5200.0	0.017
47	985000.0
48	5900.0	0.5013
51	-0.97	-1.51
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA736

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20020910.0	20030206.0
19		VS
24		0.0020022
32	6.29	6.41
34	880.6	8.974e-06
36	880.6	8.974e-06
46		0.01
48		0.46
51	-1.0	-2.03
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA737

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20020924.0	20010824.0
19		VS
24	131.0
32	6.34	6.68
34	887.6	9.352e-06
36	887.6	9.352e-06
45	4600.0
46	5400.0
47	985000.0
48	5700.0
51	-0.93	-3.15
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA738

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20021010.0	20011016.0
19		VS
24	111.8
32	6.36	6.49
34	890.4	9.086e-06
36	890.4	9.086e-06
45	3500.0
46	4500.0
47	986000.0
48	5900.0
51	-1.01	-2.79
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA739

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20021021.0	20011023.0
19		VS
24	134.0
32	6.26	6.66
34	876.4	9.324e-06
36	876.4	9.324e-06
45	4700.0
46	5000.0
47	986000.0
48	6000.0
51	-0.95	-3.17
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA740

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20021027.0	20020409.0
19		VS
24	137.9
32	6.38	6.48
34	893.2	9.072e-06
36	893.2	9.072e-06
45	4500.0
46	4800.0
47	985000.0
48	5400.0
51		-3.7
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA741

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20021030.0	20020423.0
19		VS
24	78.3
32	6.28	6.41
34	879.2	8.974e-06
36	879.2	8.974e-06
45	4600.0
46	5000.0
47	986000.0
48	5490.0
51	-1.07	-3.24
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA742

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20021104.0	20030222.0
19		VS
24	114.9
32	6.29	6.36
34	880.6	8.904e-06
36	880.6	8.904e-06
45	3900.0
46	5100.0
47	987000.0
48	5800.0
51	-0.97	-3.61
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA743

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20021108.0	20030613.0
19		VS
24	87.6
32	6.25	6.44
34	875.0	9.016e-06
36	875.0	9.016e-06
45	4100.0
46	4700.0
47	986000.0
48	5700.0
51	-0.94	-3.36
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA744

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20021111.0	20030624.0
19		VS
24	109.8
32	6.27	6.62
34	877.8	9.268e-06
36	877.8	9.268e-06
45	4500.0
46	5100.0
47	988000.0
48	6000.0
51	-1.05	-2.11
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA745

Column	Version 1	Version 2
2	37.2666666667	37.575
5	16.0	34.5
7	14.6866666667	14.9333333333
10	41.2	56.0
11	23.0	26.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, VS (Vallone Salato)
16	20021114.0	19960213.0
21		G
24	103.7
32	6.27	6.4
34	877.8	8.96e-06
36	877.8	8.96e-06
39		10.5
40		0.0356
41		0.1889
42		1237.0
45	2600.0
46	4500.0
47	988000.0
48	5466.0
51	-1.05
53	Pecoraino G. and Giammanco S., 2005, TAO	Nakai, 1997

ITA746

Column	Version 1	Version 2
2	37.2666666667	37.7333333333
5	16.0	42.0
7	14.6866666667	15.0
9	14.0	15.0
10	41.2	7.0
11	23.0	12.0
13	SICILY Isl.	SICILY Eastern
14	Naftia (Mofete dei Palici)	Etna volcano, Zafferana, well gas
16	20021118.0	19910400.0
21		G/W
24	88.3	7e-06
32	6.19	3.33
33		4.33
34	866.6	4.6287e-06
36	866.6	6.0187e-06
37		0.956371584699
45	4100.0
46	6100.0
47	985000.0
48	5158.0
51	-1.04
53	Pecoraino G. and Giammanco S., 2005, TAO	Marty et al., 1994

ITA747

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021121.0	20010803.0
24	86.3	5.1e-05
32	6.35	6.87
34	889.0	9.618e-06
36	889.0	9.618e-06
45	4100.0
46	4800.0	0.0053
47	987000.0	0.993
48	5404.0	0.005117
51	-1.07	-0.99
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA748

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021125.0	20010731.0
24	111.3	6.36e-05
32	6.32	6.84
34	884.8	9.576e-06
36	884.8	9.576e-06
45	0.0	0.0033
46	5100.0	0.0102
47	991000.0	0.981
48	5742.0	0.005068
51	-1.08	-0.96
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA749

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021202.0	20010227.0
24	112.0	6.5e-05
32	6.33	6.26
34	886.2	8.764e-06
36	886.2	8.764e-06
45	4700.0	0.0006
46	5000.0	0.0051
47	993000.0	0.984
48	5900.0	0.004473
51	-1.04	-0.99
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA750

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021211.0	20030506.0
24	109.7	7.49e-05
32	6.5	6.49
34	910.0	9.086e-06
36	910.0	9.086e-06
45	4300.0	0.0021
46	5100.0	0.0047
47	985000.0	0.989
48	5805.0	0.005272
51	-1.04	-0.92
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA751

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021217.0	20010517.0
24	110.5	7.8e-05
32	6.45	6.5
34	903.0	9.1e-06
36	903.0	9.1e-06
45	5200.0
46	7600.0	0.0046
47	982000.0	0.99
48	5302.0	0.005091
51	-0.98	-0.92
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA752

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021224.0	20021030.0
24	98.9	7.83e-05
32	6.49	6.28
34	908.6	8.792e-06
36	908.6	8.792e-06
45	2000.0	0.0046
46	4400.0	0.005
47	988000.0	0.986
48	5478.0	0.00549
51	-0.92	-1.07
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA753

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20021227.0	20020205.0
24	90.8	7.84e-05
32	6.46	6.64
34	904.4	9.296e-06
36	904.4	9.296e-06
45	2300.0
46	4000.0	0.0049
47	990000.0	0.988
48	5080.0	0.0048
51	-1.01	-1.03
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA754

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030116.0	20030206.0
24	106.0	8.47e-05
32	6.44	6.38
34	901.6	8.932e-06
36	901.6	8.932e-06
45	2800.0	0.0025
46	4400.0	0.0042
47	989000.0	0.989
48	5800.0	0.005299
51	-1.29	-1.02
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA755

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030123.0	20020326.0
24	84.9	8.49e-05
32	6.44	6.28
34	901.6	8.792e-06
36	901.6	8.792e-06
45	2800.0
46	4600.0	0.0004
47	991000.0	0.997
48	5600.0	0.0055
51	-0.97	-0.98
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA756

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030130.0	20030123.0
24	109.6	8.49e-05
32	6.45	6.44
34	903.0	9.016e-06
36	903.0	9.016e-06
45	2500.0	0.0028
46	4100.0	0.0046
47	987000.0	0.991
48	6400.0	0.0056
51	-0.92	-0.97
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA757

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030206.0	20010503.0
24	84.7	8.56e-05
32	6.38	6.5
34	893.2	9.1e-06
36	893.2	9.1e-06
45	2500.0
46	4200.0	0.0039
47	989000.0	0.989
48	5299.0	0.004925
51	-1.02	-0.97
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA758

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030222.0	20010925.0
24		8.56e-05
32	6.34	6.5
34	887.6	9.1e-06
36	887.6	9.1e-06
46		0.0023
47		0.994
48		0.006
51		-1.03
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA759

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030312.0	20010411.0
24	110.0	8.6e-05
32	6.27	6.37
34	877.8	8.918e-06
36	877.8	8.918e-06
45	2900.0
46	4300.0	0.0042
47	995000.0	0.993
48	5300.0	0.00456
51	-0.93	-1.05
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA760

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030402.0	20021121.0
24	93.6	8.63e-05
32	6.46	6.35
34	904.4	8.89e-06
36	904.4	8.89e-06
45	2500.0	0.0041
46	4300.0	0.0048
47	988000.0	0.987
48	5900.0	0.005404
51	-0.99	-1.07
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA761

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030416.0	20011127.0
24	97.6	8.66e-05
32	6.43	6.6
34	900.2	9.24e-06
36	900.2	9.24e-06
45	3700.0
46	5000.0	0.0048
47	987000.0	0.989
48	5219.0	0.00546
51	-0.98	-0.95
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA762

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030506.0	20020507.0
24	74.9	8.66e-05
32	6.49	6.45
34	908.6	9.03e-06
36	908.6	9.03e-06
45	2100.0
46	4700.0	0.0032
47	989000.0	0.99
48	5272.0	0.0069
51	-0.92	-0.98
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA763

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030530.0	20010831.0
24		8.67e-05
32	6.21	6.52
34	869.4	9.128e-06
36	869.4	9.128e-06
46		0.0054
47		0.99
48		0.0057
51	-1.03	-1.12
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA764

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030613.0	20021108.0
24		8.76e-05
32	6.27	6.25
34	877.8	8.75e-06
36	877.8	8.75e-06
45		0.0041
46		0.0047
47		0.986
48		0.0057
51	-1.02	-0.94
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA765

Column	Version 1	Version 2
13	SICILY Isl.	SICILY Eastern
16	20030624.0	20000915.0
24		8.78e-05
32	6.39	6.19
34	894.6	8.666e-06
36	894.6	8.666e-06
45		0.00037
46		0.0055
47		0.997
48		0.004653
51	-1.07	-1.0
53	Pecoraino G. and Giammanco S., 2005, TAO	Pecoraino and Giammanco, 2005

ITA766

Column	Version 1	Version 2
2	37.1666666667	37.2666666667
5	10.0	16.0
7	14.6666666667	14.6866666667
10	40.0	41.2
11	26,36	23.0
13	SICILY Isl.	SICILY Eastern
16	19940705.0	20010712.0
21	NG
24		8.78e-05
32	6.2	6.65
34	868.0	9.31e-06
36	868.0	9.31e-06
39	10.56
40	3.57
41	0.1917
42	1622.0
46		0.0042
47		0.973
48		0.004913
51		-0.91
53	Nakai S., 1997; Earth and Planetary Science Letters; NobleGasDate	Pecoraino and Giammanco, 2005

ITA767

Column	Version 1	Version 2
2	37.1666666667	37.2666666667
5	10.0	16.0
7	14.6666666667	14.6866666667
10	40.0	41.2
11	26,36	23.0
13	SICILY Isl.	SICILY Eastern
16	19960213.0	20001018.0
21	NG
24		8.8e-05
32	6.38	6.64
34	893.2	9.296e-06
36	893.2	9.296e-06
39	10.69
40	3.67
41	0.1879
42	1788.0
45		0.00058
46		0.0049
47		0.991
48		0.004883
51		-0.93
53	Nakai S., 1997; Earth and Planetary Science Letters; NobleGasDate	Pecoraino and Giammanco, 2005

ITA768

Column	Version 1	Version 2
1	»
2	37.1666666667	37.2666666667
3	»
5	10.0	16.0
6	»
7	14.6666666667	14.6866666667
8	»
10	40.0	41.2
11	1.0	23.0
13	SICILY Isl.	SICILY Eastern
16	19780104.0	20021118.0
19	7801-IT
21	G
24	100.0	8.83e-05
29	203.0
32		6.19
34	920.0	8.666e-06
36	920.0	8.666e-06
42	453.0
45		0.0041
46		0.0061
47		0.985
48		0.005158
51		-1.04
53	Polyak et al., 1979	Pecoraino and Giammanco, 2005

ITA769

Column	Version 1	Version 2
2	37.9333333333	37.2666666667
5	56.0	16.0
7	12.8333333333	14.6866666667
9	12.0	14.0
10	50.0	41.2
11	3.0	23.0
13	SICILY Isl.	SICILY Eastern
14	Segesta Spr. (Sicily )	Naftia (Mofete dei Palici)
16	19860524	20011121.0
21	G
24		8.85e-05
32	0.72	6.72
33	0.72
34	101.0	9.408e-06
36	100.7	9.408e-06
38	39.0
46		0.0047
47		0.994
48		0.005369
51		-0.86
53	Sano et al, 1989	Pecoraino and Giammanco, 2005

ITA770

Column	Version 1	Version 2
2	37.9333333333	37.2666666667
5	56.0	16.0
7	12.9166666667	14.6866666667
9	12.0	14.0
10	55.0	41.2
11	43.0	23.0
13	SICILY Isl., Western part	SICILY Eastern
14	Alcamo Basin, Gorga Spr.	Naftia (Mofete dei Palici)
16		20010807.0
21	W/S
23	water from spring
24	5.26	8.89e-05
32	0.7	6.39
33	0.7
34	98.0	8.946e-06
36	98.0	8.946e-06
38	35.21
43	Rcorr is calculated from (R/Ra)corr *140
46	469084.353318	0.005
47	528840.321893	1.0
48	1918.16659127	0.005061
51		-1.0
53	Caracausi et al., 2005	Pecoraino and Giammanco, 2005

ITA771

Column	Version 1	Version 2
2	37.9833333333	37.2666666667
5	59.0	16.0
7	12.9166666667	14.6866666667
9	12.0	14.0
10	55.0	41.2
11	43.0	23.0
13	SICILY Isl., Western part	SICILY Eastern
14	Alcamo Basin, P1 (Cefala Diana) Spr.	Naftia (Mofete dei Palici)
16		20001107.0
21	W/S
23	water from spring
24	0.871	8.92e-05
32	0.3	6.51
33	0.3
34	42.0	9.114e-06
36	42.0	9.114e-06
38	4.1
43	Rcorr is calculated from (R/Ra)corr *140
46	451822.700921	0.0047
47	548112.784723	0.991
48		0.004878
51		-1.41
53	Caracausi et al., 2005	Pecoraino and Giammanco, 2005

ITA772

Column	Version 1	Version 2
2	37.9833333333	37.2666666667
5	59.0	16.0
7	12.9166666667	14.6866666667
9	12.0	14.0
10	55.0	41.2
11	43.0	23.0
13	SICILY Isl., Western part	SICILY Eastern
14	Alcamo Basin, P2 (Maragani) (vs)	Naftia (Mofete dei Palici)
16		20001205.0
21	G
23	gas from vent
24	4.0	8.97e-05
32	0.4	6.45
33	0.4
34	56.0	9.03e-06
36	56.0	9.03e-06
38	12.7
43	Rcorr is calculated from (R/Ra)corr *140
45		0.00012
46	22600.0	0.005
47	3000.0	0.996
48	962000.0	0.005
51		-1.39
53	Caracausi et al., 2005	Pecoraino and Giammanco, 2005

ITA773

Column	Version 1	Version 2
2	37.9833333333	37.2666666667
5	59.0	16.0
7	12.9166666667	14.6866666667
9	12.0	14.0
10	55.0	41.2
11	43.0	23.0
13	SICILY Isl., Western part	SICILY Eastern
14	Alcamo Basin, P3 (Vanghe del'olio) (vs)	Naftia (Mofete dei Palici)
16		20010914.0
21	G
23	gas from vent
24	441.5	9.08e-05
32	0.3	6.4
33	0.3
34	42.0	8.96e-06
36	42.0	8.96e-06
38	512.97
43	Rcorr is calculated from (R/Ra)corr *140
46	26000.0	0.0042
47	25600.0	0.978
48	945000.0	0.0055
51		-1.1
53	Caracausi et al., 2005	Pecoraino and Giammanco, 2005

ITA774

Column	Version 1	Version 2
2	37.9833333333	37.2666666667
5	59.0	16.0
7	12.9166666667	14.6866666667
9	12.0	14.0
10	55.0	41.2
11	43.0	23.0
13	SICILY Isl., Western part	SICILY Eastern
14	Alcamo Basin, Segestane Spr.	Naftia (Mofete dei Palici)
16		20021227.0
21	W/S
23	water from spring
24	4.23	9.08e-05
32	0.7	6.46
33	0.7
34	98.0	9.044e-06
36	98.0	9.044e-06
38	66.87
43	Rcorr is calculated from (R/Ra)corr *140
45		0.0023
46	389647.923667	0.004
47	608299.276516	0.99
48	1934.22350597	0.00508
51		-1.01
53	Caracausi et al., 2005	Pecoraino and Giammanco, 2005

ITA775

Column	Version 1	Version 2
2	37.7	37.2666666667
5	42.0	16.0
7	12.9833333333	14.6866666667
9	12.0	14.0
10	59.0	41.2
11	43.0	23.0
13	SICILY Isl., Western part	SICILY Eastern
14	Montevago Basin, Acqua Pia Spr.	Naftia (Mofete dei Palici)
16		20001003.0
21	W/S
23	water from spring
24	1.33	9.23e-05
32	1.4	6.61
33	1.4
34	196.0	9.254e-06
36	196.0	9.254e-06
38	14.64
43	Rcorr is calculated from (R/Ra)corr *140
45		0.00099
46	292779.911888	0.0076
47	707165.927133	0.996
48	10.2109472656	0.005523
51		-0.95
53	Caracausi et al., 2005	Pecoraino and Giammanco, 2005

ITA776

Column	Version 1	Version 2
2	37.7	37.2666666667
5	42.0	16.0
7	12.9833333333	14.6866666667
9	12.0	14.0
10	59.0	41.2
11	43.0	23.0
13	SICILY Isl., Western part	SICILY Eastern
14	Montevago Basin, Fiume Belice Spr.	Naftia (Mofete dei Palici)
16		20030402.0
21	W/S
23	water from spring
24	1.41	9.36e-05
32	1.7	6.46
33	1.7
34	238.0	9.044e-06
36	238.0	9.044e-06
38	13.09
43	Rcorr is calculated from (R/Ra)corr *140
45		0.0025
46	40020.7126697	0.0043
47	958713.45114	0.988
48	1187.2439831	0.0059
51		-0.99
53	Caracausi et al., 2005	Pecoraino and Giammanco, 2005

ITA777

Column	Version 1	Version 2
2	37.7	37.2666666667
5	42.0	16.0
7	12.9833333333	14.6866666667
9	12.0	14.0
10	59.0	41.2
11	43.0	23.0
13	SICILY Isl., Western part	SICILY Eastern
14	Montevago Basin, Magaggiaro (w)	Naftia (Mofete dei Palici)
16		20011016.0
21	W/H
23	water from well
24	0.914	9.37e-05
32	1.2	6.38
33	1.2
34	168.0	8.932e-06
36	168.0	8.932e-06
38	4.56
43	Rcorr is calculated from (R/Ra)corr *140
46	291793.936395	0.005
47	708122.9796	0.99
48		0.0053
51		-1.03
53	Caracausi et al., 2005	Pecoraino and Giammanco, 2005

ITA778

Column	Version 1	Version 2
2	37.7	37.2666666667
5	42.0	16.0
7	12.9833333333	14.6866666667
9	12.0	14.0
10	59.0	41.2
11	43.0	23.0
13	SICILY Isl., Western part	SICILY Eastern
14	Montevago Basin,Vuturo Spr.	Naftia (Mofete dei Palici)
16		20010628.0
21	W/S
23	water from spring
24	4.85	9.41e-05
32	1.8	6.44
33	1.8
34	252.0	9.016e-06
36	252.0	9.016e-06
38	32.72
43	Rcorr is calculated from (R/Ra)corr *140
46	95095.0877518	0.0045
47	904761.834896	0.991
48	11.3027304299	0.004833
51		-0.97
53	Caracausi et al., 2005	Pecoraino and Giammanco, 2005

ITA779

Column	Version 1	Version 2
2	37.5666666667	37.2666666667
5	34.0	16.0
7	12.9666666667	14.6866666667
9	12.0	14.0
10	58.0	41.2
11	43.0	23.0
13	SICILY Isl., Western part	SICILY Eastern
14	Sciacca Basin, Molinelli Spr.	Naftia (Mofete dei Palici)
16		20010210.0
21	W/S
23	water from spring
24	5.5	9.47e-05
32	2.7	6.3
33	2.7
34	378.0	8.82e-06
36	378.0	8.82e-06
38	35.01
43	Rcorr is calculated from (R/Ra)corr *140
46	121232.622204	0.0046
47	878708.630108	0.99
48	8.61389684079	0.004652
51		-0.98
53	Caracausi et al., 2005	Pecoraino and Giammanco, 2005

ITA780

Column	Version 1	Version 2
2	37.5666666667	37.2666666667
5	34.0	16.0
7	12.9666666667	14.6866666667
9	12.0	14.0
10	58.0	41.2
11	43.0	23.0
13	SICILY Isl., Western part	SICILY Eastern
14	Sciacca Basin, R1 (w)	Naftia (Mofete dei Palici)
16		20010724.0
21	W/H
23	water from well
24	20.7	9.75e-05
32	2.8	6.83
33	2.8
34	392.0	9.562e-06
36	392.0	9.562e-06
38	270.05
43	Rcorr is calculated from (R/Ra)corr *140
46	27035.0065861	0.0052
47	971654.197104	0.99
48	1255.38792959	0.005005
51		-0.97
53	Caracausi et al., 2005	Pecoraino and Giammanco, 2005

ITA781

Column	Version 1	Version 2
2	37.5666666667	37.2666666667
5	34.0	16.0
7	12.9666666667	14.6866666667
9	12.0	14.0
10	58.0	41.2
11	43.0	23.0
13	SICILY Isl., Western part	SICILY Eastern
14	Sciacca Basin, R3 (w)	Naftia (Mofete dei Palici)
16		20030416.0
21	W/H
23	water from well
24	23.4	9.76e-05
32	2.8	6.43
33	2.8
34	392.0	9.002e-06
36	392.0	9.002e-06
38	295.07
43	Rcorr is calculated from (R/Ra)corr *140
45		0.0037
46	32221.6952741	0.005
47	966650.858223	0.987
48	1054.24381625	0.005219
51		-0.98
53	Caracausi et al., 2005	Pecoraino and Giammanco, 2005

ITA782

Column	Version 1	Version 2
2	37.5666666667	37.2666666667
5	34.0	16.0
7	12.9666666667	14.6866666667
9	12.0	14.0
10	58.0	41.2
11	43.0	23.0
13	SICILY Isl., Western part	SICILY Eastern
14	Sciacca Basin, Selinuntine Spr.	Naftia (Mofete dei Palici)
16		20021224.0
21	W/S
23	water from spring
24	3.94	9.89e-05
32	2.7	6.49
33	2.7
34	378.0	9.086e-06
36	378.0	9.086e-06
38	27.72
43	Rcorr is calculated from (R/Ra)corr *140
45		0.002
46	63046.6008951	0.0044
47	936146.498139	0.988
48	788.082511188	0.005478
51		-0.92
53	Caracausi et al., 2005	Pecoraino and Giammanco, 2005

ITA783

Column	Version 1	Version 2
2		37.2666666667
4		37.0
5		16.0
7		14.6866666667
9		14.0
10		41.2
11	20.0	23.0
13	Southern Apennines	SICILY Eastern
14	Bagni de Masi (Southern Apennines)	Naftia (Mofete dei Palici)
16	19980626.0	20010727.0
24	254.0	0.0001022
32		7.13
33	0.86
34		9.982e-06
36	120.4	9.982e-06
38	270.0
46	243000.0	0.0054
47	738000.0	0.991
48	19000.0	0.0051
51	0.3	-0.97
53	Italiano et al, 2000; Journ. Geophys. Res.	Pecoraino and Giammanco, 2005

ITA784

Column	Version 1	Version 2
2	40.6791666667	37.2666666667
4	40.0	37.0
5	40.75	16.0
7	15.25555	14.6866666667
9	15.0	14.0
10	15.333	41.2
11	20,3	23.0
13	Southern Apennines	SICILY Eastern
14	Contursi	Naftia (Mofete dei Palici)
16	19980523.0	20020312.0
24	5.0	0.0001031
32		6.41
33	1.35
34	189.0	8.974e-06
36	189.0	8.974e-06
38	28.0
46	5000.0	0.0046
47	995000.0	0.969
48	1000.0	0.0046
51		-1.0
53	Italiano et al, 2000; Journ. Geophys. Res.	Pecoraino and Giammanco, 2005

ITA785

Column	Version 1	Version 2
2	40.6791666667	37.2666666667
4	40.0	37.0
5	40.75	16.0
7	15.25555	14.6866666667
9	15.0	14.0
10	15.333	41.2
11	20,3	23.0
13	Southern Apennines	SICILY Eastern
14	Contursi	Naftia (Mofete dei Palici)
16	19980627.0	20021114.0
24		0.0001037
32		6.27
33	1.43
34	200.2	8.778e-06
36	200.2	8.778e-06
38	12.0
45		0.0026
46		0.0045
47		0.988
48		0.005466
51		-1.05
53	Italiano et al, 2000; Journ. Geophys. Res.	Pecoraino and Giammanco, 2005

ITA786

Column	Version 1	Version 2
2	40.8166666667	37.2666666667
4	40.0	37.0
5	49.0	16.0
7	14.7833333333	14.6866666667
10	47.0	41.2
11	18,20	23.0
13	Southern Apennines	SICILY Eastern
14	Mefite d'Ansanto (45 km away from Mt. Vulture)	Naftia (Mofete dei Palici)
16	19960729.0	20020617.0
24	8.0	0.0001039
32		6.46
33	2.77
34	395.0	9.044e-06
36	387.8	9.044e-06
38	20.0
46	13000.0	0.0053
47	985000.0	0.989
48	2000.0	0.005736
51	0.0	-0.97
53	Italiano et al, 2000; Journ. Geophys. Res.	Pecoraino and Giammanco, 2005

ITA787

Column	Version 1	Version 2
2	40.8166666667	37.2666666667
4	40.0	37.0
5	49.0	16.0
7	14.7833333333	14.6866666667
10	47.0	41.2
11	18,20	23.0
13	Southern Apennines	SICILY Eastern
14	Mefite d'Ansanto (45 km away from Mt. Vulture)	Naftia (Mofete dei Palici)
16	19960929.0	20010606.0
24	9.0	0.000105
32		6.36
33	2.84
34		8.904e-06
36	397.6	8.904e-06
38	6.0
46	14000.0	0.0042
47	984000.0	0.992
48	2000.0	0.0051
51		-0.97
53	Italiano et al, 2000; Journ. Geophys. Res.	Pecoraino and Giammanco, 2005

ITA788

Column	Version 1	Version 2
2	40.8166666667	37.2666666667
4	40.0	37.0
5	49.0	16.0
7	14.7833333333	14.6866666667
10	47.0	41.2
11	18,20,34	23.0
13	Southern Apennines	SICILY Eastern
14	Mt. Vulture (Southern Apennines)	Naftia (Mofete dei Palici)
16		20030116.0
24		0.000106
32		6.44
33	5.82
34	814.8	9.016e-06
36	814.8	9.016e-06
45		0.0028
46		0.0044
47		0.989
48		0.0058
51		-1.29
53	Italiano et al, 2000; Doglioni et al., 1996	Pecoraino and Giammanco, 2005

ITA789

Column	Version 1	Version 2
2	40.7527783333	37.2666666667
4	40.0	37.0
5	45.1667	16.0
7	15.6597166667	14.6866666667
9	15.0	14.0
10	39.583	41.2
11	20,3	23.0
13	Southern Apennines	SICILY Eastern
14	San Cataldo	Naftia (Mofete dei Palici)
16	19960506.0	20011211.0
24	178.0	0.0001076
32		6.59
33	0.09
34	12.6	9.226e-06
36	12.6	9.226e-06
38	12.0
46	773000.0	0.0045
47	17000.0	0.988
48	210000.0	0.005292
51		-1.05
53	Italiano et al, 2000; Journ. Geophys. Res.	Pecoraino and Giammanco, 2005

ITA790

Column	Version 1	Version 2
2	40.7527783333	37.2666666667
4	40.0	37.0
5	45.1667	16.0
7	15.6597166667	14.6866666667
9	15.0	14.0
10	39.583	41.2
11	20,3	23.0
13	Southern Apennines	SICILY Eastern
14	San Cataldo	Naftia (Mofete dei Palici)
16	19990401.0	20010111.0
24		0.0001085
32		6.27
33	0.07
34	9.8	8.778e-06
36	9.8	8.778e-06
38	19.0
45		0.00034
46		0.0051
47		0.99
48		0.0059
51	-14.1	-1.01
53	Italiano et al, 2000; Journ. Geophys. Res.	Pecoraino and Giammanco, 2005

ITA791

Column	Version 1	Version 2
2	40.7083333333	37.2666666667
4	40.0	37.0
5	42.5	16.0
7	15.2222166667	14.6866666667
9	15.0	14.0
10	13.333	41.2
11	20,3	23.0
13	Southern Apennines	SICILY Eastern
14	San Sisto	Naftia (Mofete dei Palici)
16	19960417.0	20030130.0
24		0.0001096
32		6.45
33	1.37
34	190.0	9.03e-06
36	191.8	9.03e-06
38	41.0
45		0.0025
46		0.0041
47		0.987
48		0.0064
51		-0.92
53	Italiano et al, 2000; Journ. Geophys. Res.	Pecoraino and Giammanco, 2005

ITA792

Column	Version 1	Version 2
2	40.7083333333	37.2666666667
4	40.0	37.0
5	42.5	16.0
7	15.2222166667	14.6866666667
9	15.0	14.0
10	13.333	41.2
11	20,3	23.0
13	Southern Apennines	SICILY Eastern
14	San Sisto	Naftia (Mofete dei Palici)
16	19960630.0	20021211.0
24	22.0	0.0001097
32		6.5
33	1.33
34	186.2	9.1e-06
36	186.2	9.1e-06
38	5.0
45		0.0043
46	20000.0	0.0051
47	977000.0	0.985
48	3000.0	0.005805
51		-1.04
53	Italiano et al, 2000; Journ. Geophys. Res.	Pecoraino and Giammanco, 2005

ITA793

Column	Version 1	Version 2
2	40.7083333333	37.2666666667
4	40.0	37.0
5	42.5	16.0
7	15.2222166667	14.6866666667
9	15.0	14.0
10	13.333	41.2
11	20,3	23.0
13	Southern Apennines	SICILY Eastern
14	San Sisto	Naftia (Mofete dei Palici)
16	19980627.0	20021111.0
24		0.0001098
32		6.27
33	1.21
34	169.4	8.778e-06
36	169.4	8.778e-06
38	98.0
45		0.0045
46		0.0051
47		0.988
48		0.006
51		-1.05
53	Italiano et al, 2000; Journ. Geophys. Res.	Pecoraino and Giammanco, 2005

ITA794

Column	Version 1	Version 2
2		37.2666666667
4		37.0
5		16.0
7		14.6866666667
9		14.0
10		41.2
11	20.0	23.0
13	Southern Apennines	SICILY Eastern
14	Terme di Agrippa	Naftia (Mofete dei Palici)
16	19981028.0	20020604.0
24	22.0	0.0001099
32		6.39
33	0.69
34		8.946e-06
36	96.6	8.946e-06
38	12.0
46	19000.0	0.0055
47	981000.0	0.989
48	200.0	0.005675
51		-0.98
53	Italiano et al, 2000; Journ. Geophys. Res.	Pecoraino and Giammanco, 2005

ITA795

Column	Version 1	Version 2
2		37.2666666667
4		37.0
5		16.0
7		14.6866666667
9		14.0
10		41.2
11	20.0	23.0
13	Southern Apennines	SICILY Eastern
14	Mefitinielle	Naftia (Mofete dei Palici)
16	19960701.0	20030312.0
24	9.0	0.00011
32		6.27
33	2.35
34		8.778e-06
36	329.0	8.778e-06
38	46.0
45		0.0029
46	24000.0	0.0043
47	972000.0	0.995
48	4000.0	0.0053
51		-0.93
53	Italiano et al, 2000; Journ. Geophys. Res.	Pecoraino and Giammanco, 2005

ITA796

Column	Version 1	Version 2
2		37.2666666667
4		37.0
5		16.0
7		14.6866666667
9		14.0
10		41.2
11	20.0	23.0
13	Southern Apennines	SICILY Eastern
14	Telese	Naftia (Mofete dei Palici)
16	19980523.0	20021217.0
24	13.0	0.0001105
32		6.45
33	1.73
34		9.03e-06
36	245.0	9.03e-06
38	6.0
45		0.0052
46	15000.0	0.0076
47	984000.0	0.982
48	1000.0	0.005302
51		-0.98
53	Italiano et al, 2000; Journ. Geophys. Res.	Pecoraino and Giammanco, 2005

ITA797

Column	Version 1	Version 2
2		37.2666666667
4		37.0
5		16.0
7		14.6866666667
9		14.0
10		41.2
11	20.0	23.0
13	Southern Apennines	SICILY Eastern
14	Telese	Naftia (Mofete dei Palici)
16	19980630.0	20021125.0
24	12.0	0.0001113
32		6.32
33	1.73
34		8.848e-06
36	242.2	8.848e-06
38	38.0
46	36000.0	0.0051
47	963000.0	0.991
48	1000.0	0.005742
51		-1.08
53	Italiano et al, 2000; Journ. Geophys. Res.	Pecoraino and Giammanco, 2005

ITA798

Column	Version 1	Version 2
2		37.2666666667
4		37.0
5		16.0
7		14.6866666667
9		14.0
10		41.2
11	20.0	23.0
13	Southern Apennines	SICILY Eastern
14	Telese	Naftia (Mofete dei Palici)
16	19980730.0	20021010.0
24	13.0	0.0001118
32		6.36
33	1.76
34		8.904e-06
36	246.4	8.904e-06
38	56.0
45		0.0035
46	15000.0	0.0045
47	984000.0	0.986
48	1000.0	0.0059
51	-1.9	-1.01
53	Italiano et al, 2000; Journ. Geophys. Res.	Pecoraino and Giammanco, 2005

ITA799

Column	Version 1	Version 2
2	39.8416666667	37.2666666667
4	39.0	37.0
5	50.5	16.0
7	16.4	14.6866666667
9	16.0	14.0
10	24.0	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Cerchiara	Naftia (Mofete dei Palici)
16		20011009.0
21	W/G
22	32.0
24	167.0	0.000112
32		6.4
33	0.03
34	4.2	8.96e-06
36	4.2	8.96e-06
38	5.0
46	804000.0	0.0054
47	23000.0	0.999
48	173000.0	0.0063
51	-20.8	-1.03
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA800

Column	Version 1	Version 2
2	40.6791666667	37.2666666667
4	40.0	37.0
5	40.75	16.0
7	15.25555	14.6866666667
9	15.0	14.0
10	15.333	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Contursi Cappetta	Naftia (Mofete dei Palici)
16		20021202.0
21	W/G
22	27.5
24	5.0	0.000112
32		6.33
33	1.35
34	189.0	8.862e-06
36	189.0	8.862e-06
38	28.0
45		0.0047
46	5000.0	0.005
47	995000.0	0.993
48	1000.0	0.0059
51	-1.5	-1.04
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA801

Column	Version 1	Version 2
2	40.7083333333	37.2666666667
4	40.0	37.0
5	42.5	16.0
7	15.2222166667	14.6866666667
9	15.0	14.0
10	13.333	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	S. Sisto	Naftia (Mofete dei Palici)
16		20020828.0
21	G
24	22.0	0.0001142
32		6.45
33	1.37
34	191.8	9.03e-06
36	191.8	9.03e-06
38	41.0
45		0.0047
46	20000.0	0.0052
47	977000.0	0.985
48	3000.0	0.0059
51	2.2	-0.97
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA802

Column	Version 1	Version 2
2	40.7527783333	37.2666666667
4	40.0	37.0
5	45.1667	16.0
7	15.6597166667	14.6866666667
9	15.0	14.0
10	39.583	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	S.Cataldo	Naftia (Mofete dei Palici)
16		20021104.0
21	W/G
22	26.0
24	178.0	0.0001149
32		6.29
33	0.09
34	12.6	8.806e-06
36	12.6	8.806e-06
38	12.0
45		0.0039
46	773000.0	0.0051
47	17000.0	0.987
48	210000.0	0.0058
51	-14.1	-0.97
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA803

Column	Version 1	Version 2
2	40.32	37.2666666667
4	40.0	37.0
5	19.2	16.0
7	15.765	14.6866666667
9	15.0	14.0
10	45.9	41.2
11	20,3	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19960408.0	20010301.0
21	W/G
22	27.9
24	108.0	0.0001155
32		6.36
33	1.19
34	165.0	8.904e-06
36	166.6	8.904e-06
38	7.0
46	465000.0	0.0042
47	27000.0	0.974
48	508000.0	0.0052
51	-3.6	-0.98
53	Italiano Fet al., 2001; Terra Nova; Italiano et al, 2000; Journ. Geophys. Res.	Pecoraino and Giammanco, 2005

ITA804

Column	Version 1	Version 2
2	40.32	37.2666666667
4	40.0	37.0
5	19.2	16.0
7	15.765	14.6866666667
9	15.0	14.0
10	45.9	41.2
11	20,3	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19960415.0	20020716.0
21	W/G
22	27.9
24	259.0	0.0001159
32		6.18
33	1.11
34	155.4	8.652e-06
36	155.4	8.652e-06
38	119.0
46	169000.0	0.0053
47	11000.0	0.99
48	820000.0	0.005762
51		-1.0
53	Italiano Fet al., 2001; Terra Nova; Italiano et al, 2000; Journ. Geophys. Res.	Pecoraino and Giammanco, 2005

ITA805

Column	Version 1	Version 2
2	40.32	37.2666666667
4	40.0	37.0
5	19.2	16.0
7	15.765	14.6866666667
9	15.0	14.0
10	45.9	41.2
11	20,3	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19960418.0	20010918.0
21	W/G
22	27.9
24	186.0	0.0001182
32		6.46
33	1.17
34	163.8	9.044e-06
36	163.8	9.044e-06
38	123.0
46	182000.0	0.005
47	11000.0	0.978
48	807000.0	0.0045
51		-1.05
53	Italiano Fet al., 2001; Terra Nova; Italiano et al, 2000; Journ. Geophys. Res.	Pecoraino and Giammanco, 2005

ITA806

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19920000.0	20020109.0
21	W/G
22	27.9
24	262.0	0.0001192
32		6.55
33	1.13
34	158.2	9.17e-06
36	158.2	9.17e-06
38	625.0
46	115000.0	0.0048
47	13000.0	0.9887
48	870000.0	0.0055
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA807

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19960407.0	20020409.0
21	W/G
22	27.9
24	69.0	0.00012
32		6.39
33	1.13
34	158.2	8.946e-06
36	158.2	8.946e-06
38	3.0
46	590000.0	0.0053
47	31000.0	0.992
48	379000.0	0.00544
51		-0.96
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA808

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19960411.0	20020521.0
21	W/G
22	27.9
24	252.0	0.0001203
32		6.37
33	1.11
34	155.4	8.918e-06
36	155.4	8.918e-06
38	137.0
46	169000.0	0.0054
47	12000.0	0.99
48	818000.0	0.005104
51		-0.97
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA809

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19960412.0	20010813.0
21	W/G
22	27.9
24	234.0	0.0001205
32		6.56
33	1.13
34	158.2	9.184e-06
36	158.2	9.184e-06
38	173.0
46	173000.0	0.0057
47	12000.0	0.992
48	815000.0	0.0056
51		-1.02
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA810

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19960413.0	20010816.0
21	W/G
22	27.9
24	259.0	0.000121
32		6.49
33	1.11
34	155.4	9.086e-06
36	155.4	9.086e-06
38	110.0
46	179000.0	0.0056
47	13000.0	0.988
48	809000.0	0.0056
51		-0.62
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA811

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19960416.0	20020731.0
21	W/G
22	27.9
24	240.0	0.000121
32		6.17
33	1.08
34	151.2	8.638e-06
36	151.2	8.638e-06
38	163.0
45		0.0149
46	180000.0	0.0572
47	12000.0	0.924
48	808000.0	0.004854
51		-0.99
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA812

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19980217.0	20020701.0
21	W/G
22	27.9
24	197.0	0.0001253
32		6.16
33	1.2
34	168.0	8.624e-06
36	168.0	8.624e-06
38	388.0
46	115000.0	0.0051
47	14000.0	0.99
48	871000.0	0.0052
51		-0.98
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA813

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19980910.0	20010907.0
21	W/G
22	27.9
24	186.0	0.000126
32		6.48
33	1.12
34	156.8	9.072e-06
36	156.8	9.072e-06
38	90.0
46	152000.0	0.0054
47	14000.0	0.99
48	834000.0	0.00572
51	-3.5	-1.07
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA814

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19980916.0	20020813.0
21	W/G
22	27.9
24	195.0	0.0001284
32		6.27
33	1.12
34	156.8	8.778e-06
36	156.8	8.778e-06
38	269.0
45		0.0036
46	148000.0	0.0052
47	14000.0	0.989
48	838000.0	0.005397
51		-0.96
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA815

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19980919.0	20020924.0
21	W/G
22	27.9
24	149.0	0.000131
32		6.34
33	1.12
34	156.8	8.876e-06
36	156.8	8.876e-06
38	184.0
45		0.0046
46	126000.0	0.0054
47	13000.0	0.985
48	861000.0	0.0057
51		-0.93
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA816

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19980925.0	20021021.0
21	W/G
22	27.9
24	193.0	0.000134
32		6.26
33	1.12
34	156.8	8.764e-06
36	156.8	8.764e-06
38	127.0
45		0.0047
46	128000.0	0.005
47	14000.0	0.986
48	858000.0	0.006
51		-0.95
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA817

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19980929.0	20020122.0
21	W/G
22	27.9
24	158.0	0.0001377
32		6.55
33	1.08
34	151.2	9.17e-06
36	151.2	9.17e-06
38	106.0
46	129000.0	0.006
47	14000.0	0.988
48	857000.0	0.0066
51		-1.0
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA818

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19981012.0	20021027.0
21	W/G
22	27.9
24	262.0	0.0001379
32		6.38
33	1.13
34	158.2	8.932e-06
36	158.2	8.932e-06
38	328.0
45		0.0045
46	124000.0	0.0048
47	14000.0	0.985
48	861000.0	0.0054
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA819

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19981027.0	20000731.0
21	W/G
22	27.9
24	273.0
32		6.22
33	1.1
34	154.0	8.708e-06
36	154.0	8.708e-06
38	322.0
46	128000.0
47	14000.0
48	858000.0
51		-0.9
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA820

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19981108.0	20001219.0
21	W/G
22	27.9
24	208.0
32		6.55
33	1.11
34	155.4	9.17e-06
36	155.4	9.17e-06
38	196.0
46	133000.0
47	13000.0
48	854000.0
51		-1.71
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA821

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19981128.0	20010122.0
21	W/G
22	27.9
24	273.0
32		6.52
33	1.14
34	159.6	9.128e-06
36	159.6	9.128e-06
38	427.0
46	129000.0
47	14000.0
48	857000.0
51		-0.99
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA822

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19981219.0	20010810.0
21	W/G
22	27.9
24	229.0
32		6.53
33	1.02
34	142.8	9.142e-06
36	142.8	9.142e-06
38	393.0
46	132000.0
47	15000.0
48	852000.0
51		-1.05
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA823

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19990116.0	20010824.0
21	W/G
22	27.9
24	226.0
32		6.48
33	1.07
34	149.8	9.072e-06
36	149.8	9.072e-06
38	355.0
46	137000.0
47	15000.0
48	848000.0
51		-1.03
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA824

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19990204.0	20011023.0
21	W/G
22	27.9
24	253.0
32		6.49
33	1.08
34	151.2	9.086e-06
36	151.2	9.086e-06
38	340.0
46	130000.0
47	15000.0
48	855000.0
51		-1.04
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA825

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19990309.0	20011030.0
21	W/G
22	27.9
24	246.0
32		6.67
33	1.15
34	161.0	9.338e-06
36	161.0	9.338e-06
38	330.0
46	156000.0
47	15000.0
48	829000.0
51		-0.92
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA826

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19990331.0	20020423.0
21	W/G
22	27.9
24	239.0
32		6.13
33	1.15
34	161.0	8.582e-06
36	161.0	8.582e-06
38	255.0
46	167000.0
47	15000.0
48	819000.0
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA827

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19990413.0	20020804.0
21	W/G
22	27.9
24	183.0
32		6.17
33	1.08
34	151.2	8.638e-06
36	151.2	8.638e-06
38	438.0
46	154000.0
47	15000.0
48	831000.0
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA828

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19990505.0	20020910.0
21	W/G
22	27.9
24	210.0
32		6.29
33	1.03
34	144.2	8.806e-06
36	144.2	8.806e-06
38	274.0
46	148000.0
47	16000.0
48	836000.0
51		-1.0
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA829

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19990527.0	20030222.0
21	W/G
22	27.9
24	260.0
32		6.34
33	1.15
34	161.0	8.876e-06
36	161.0	8.876e-06
38	210.0
46	135000.0
47	14000.0
48	851000.0
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA830

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19990728.0	20030530.0
21	W/G
22	27.9
24	253.0
32		6.21
33	1.12
34	156.8	8.694e-06
36	156.8	8.694e-06
38	189.0
46	125000.0
47	14000.0
48	861000.0
51		-1.03
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA831

Column	Version 1	Version 2
2	40.3208333333	37.2666666667
4	40.0	37.0
5	19.25	16.0
7	15.7645	14.6866666667
9	15.0	14.0
10	45.87	41.2
11	30.0	23.0
13	Southern Italy (Val D'Agri)	SICILY Eastern
14	Tramutola	Naftia (Mofete dei Palici)
16	19991208.0	20030613.0
21	W/G
22	27.9
24	267.0
32		6.27
33	1.14
34	159.6	8.778e-06
36	159.6	8.778e-06
38	238.0
46	133000.0
47	14000.0
48	853000.0
51		-1.02
53	Italiano Fet al., 2001; Terra Nova	Pecoraino and Giammanco, 2005

ITA832

Column	Version 1	Version 2
2	42.6166666667	37.2666666667
4	42.0	37.0
5	37.0	16.0
7	11.5166666667	14.6866666667
9	11.0	14.0
10	31.0	41.2
11	2,7	23.0
13	TUSCANY	SICILY Eastern
14	Terme Saturnia (Manciano) Spr. (Tuscany)	Naftia (Mofete dei Palici)
16		20030624.0
19	IT91
22	38.0
23	QUATERNARY AND TERTIARY IGNEOUS ROCKS
25	0.14
32	0.56	6.39
33	0.48
34	78.4	8.946e-06
36	67.2	8.946e-06
37	1.61
51		-1.07
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Pecoraino and Giammanco, 2005

ITA833

Column	Version 1	Version 2
2	43.3083333333	37.1666666667
4	43.0	37.0
5	18.5	10.0
7	11.4283333333	14.6666666667
9	11.0	14.0
10	25.7	40.0
11	21.0	26,36
13	TUSCANY, Arno River basin (Northern Apennines)	SICILY Eastern
14	Acqua Borra Spr. (Northern Apennines)	Naftia (Mofete dei Palici)
16		19940705.0
17	0.0
19	5.0
21	G/S	G
22	37.0
23	ts-thermal spring
24	5.0
26	1.131
29	53.0
32	0.29	6.2
33	0.17
34	40.6	8.68e-06
36	23.8	8.68e-06
37	2.0
39		10.56
40		0.0357
41		0.1917
42	295.0	1622.0
44	2.0
45	720.0
46	6500.0
47	991800.0
48	886.0
49	5.0
51	-5.95
53	Minissale et al, 2000; Tectonophysics.	Nakai, 1997; Abedini et al., 2006

ITA834

Column	Version 1	Version 2
2	42.95	37.1666666667
4	42.0	37.0
5	57.0	10.0
7	11.7	14.6666666667
9	11.0	14.0
10	42.0	40.0
11	1.0	26,36
13	TUSCANY, Bagnore-Mt.Amiata-Piancastagno	SICILY Eastern
14	Bagni San Filippo (Tuscany)	Naftia (Mofete dei Palici)
16	19780201.0	19960213.0
19	7806-IT
24	9.4
29	137.0
32		6.38
33	0.164
34	23.0	8.932e-06
36	22.96	8.932e-06
39		10.69
40		0.0367
41		0.1879
42	299.0	1788.0
53	Polyak et al., 1979	Nakai, 1997; Abedini et al., 2006

ITA835

Column	Version 1	Version 2
1		~
2	42.95	37.1666666667
3		~
4	42.0	37.0
5	57.0	10.0
6		~
7	11.7	14.6666666667
8		~
9	11.0	14.0
10	42.0	40.0
11	7.0	01
13	TUSCANY, Bagnore-Mt.Amiata-Piancastagno	SICILY Eastern
14	Bagni San Filippo (Tuscany)	Naftia (Mofete dei Palici) gas issue
16		19780104.0
19	IT73	7801-IT
20	ITA5
21		G/S
23	QUATERNARY AND TERTIARY IGNEOUS ROCKS
24		0.0001
29		0.000203
32	0.91
34	127.4	9.2e-06
35		≥
36	127.4	9.2e-06
37	0.25
42		453.0
53	University of Cambridge database, unpubl.	Polyak et al., 1979

ITA836

Column	Version 1	Version 2
2	42.85	37.5333333333
4	42.0	37.0
5	51.0	32.0
7	11.6	13.6333333333
9	11.0	13.0
10	36.0	38.0
11	7.0	03
13	TUSCANY, Bagnore-Mt.Amiata-Piancastagno	SICILY Western
14	Bagnore, hole 2 BIS (Tuscany)	Aquapia
16		19860524.0
19	IT71
20	ITA3
21	W/H	G
23	SEPARATED QUATERNARY AND TERTIARY IGNEOUS ROCKS
32	0.443	1.36
33		1.4
34	62.02	1.91e-06
36	62.02	1.92e-06
38		16.0
53	University of Cambridge database, unpubl.	Sano et al, 1989

ITA837

Column	Version 1	Version 2
2	42.85	37.4
4	42.0	37.0
5	51.0	24.0
7	11.6	13.6
9	11.0	13.0
11	2,7	03
13	TUSCANY, Bagnore-Mt.Amiata-Piancastagno	SICILY Western
14	Bagnore, hole 2 BIS (Tuscany)	Aragona
16		19860524.0
19	IT69
20	ITA1
21	W/H	G
22	135.0
23	CONDENSATE; QUATERNARY AND TERTIARY IGNEOUS ROCKS
32	0.58	0.65
33	0.53	0.65
34	81.2	9.15e-07
36	74.2	9.15e-07
37	2.7
38		3000.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Sano et al, 1989

ITA838

Column	Version 1	Version 2
2	42.85	37.9333333333
4	42.0	37.0
5	51.0	56.0
7	11.6	12.9166666667
9	11.0	12.0
10	36.0	55.0
11	2,7	43.0
13	TUSCANY, Bagnore-Mt.Amiata-Piancastagno	SICILY Western
14	Bagnore, hole 2 BIS (Tuscany)	Alcamo Basin, Gorga Spr.
19	IT70
20	ITA2
21	W/H	W/S
22	135.0
23	CONDENSATE; QUATERNARY AND TERTIARY IGNEOUS ROCKS
25		5.26e-06
32	0.88	0.7
33	0.58	0.7
34	123.2	9.8e-07
36	81.2	9.8e-07
37	0.41
38		35.21
43		Ra assumed as 1.40E-06
46		0.469084353318
47		0.528840321893
48		0.00191816659127
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Caracausi et al., 2005

ITA839

Column	Version 1	Version 2
2	42.85	37.9833333333
4	42.0	37.0
5	51.0	59.0
7	11.6	12.9166666667
9	11.0	12.0
10	36.0	55.0
11	2,7	43.0
13	TUSCANY, Bagnore-Mt.Amiata-Piancastagno	SICILY Western
14	Bagnore, hole 5 (Tuscany)	Alcamo Basin, P1 (Cefala Diana) Spr.
19	IT74
21	W/H	W/S
22	129.0
23	QUATERNARY AND TERTIARY IGNEOUS ROCKS
25		8.71e-07
32	0.51	0.3
33		0.3
34	71.0	4.2e-07
36	71.0	4.2e-07
38		4.1
43		Ra assumed as 1.40E-06
46		0.451822700921
47		0.548112784723
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Caracausi et al., 2005

ITA840

Column	Version 1	Version 2
2	43.0	37.9833333333
4	43.0	37.0
5	0.0	59.0
7	11.517	12.9166666667
9	11.0	12.0
10	31.02	55.0
11	7.0	43.0
13	TUSCANY, Bagnore-Mt.Amiata-Piancastagno	SICILY Western
14	Mt Amiata, Saragiolo	Alcamo Basin, P2 (Maragani) (vs)
19	IT72
20	ITA4
21	W	G
23	QUATERNARY AND TERTIARY IGNEOUS ROCKS	gas from vent
24		4e-06
32	1.06	0.4
33		0.4
34	148.4	5.6e-07
36	148.4	5.6e-07
37	0.23
38		12.7
43		Ra assumed as 1.40E-06
46		0.0226
47		0.003
48		0.962
53	University of Cambridge database, unpubl.	Caracausi et al., 2005

ITA841

Column	Version 1	Version 2
2	43.0	37.9833333333
4	43.0	37.0
5	0.0	59.0
7	11.517	12.9166666667
9	11.0	12.0
10	31.02	55.0
11	29.0	43.0
13	TUSCANY, Bagnore-Mt.Amiata-Piancastagno	SICILY Western
14	Mt. Amiata (Tuscany), Elmeta fumarole	Alcamo Basin, P3 (Vanghe del'olio) (vs)
16	19910918.0
21	G/F	G
22	25.0
23		gas from vent
24		0.0004415
32	0.55	0.3
33		0.3
34	77.0	4.2e-07
36	77.0	4.2e-07
38		512.97
43		Ra assumed as 1.40E-06
46		0.026
47		0.0256
48		0.945
53	Tedesco D. 1997; Earth and Planetary Science Letters	Caracausi et al., 2005

ITA842

Column	Version 1	Version 2
2	43.0	37.9833333333
4	43.0	37.0
5	0.0	59.0
7	11.517	12.9166666667
9	11.0	12.0
10	31.02	55.0
11	29.0	43.0
13	TUSCANY, Bagnore-Mt.Amiata-Piancastagno	SICILY Western
14	Mt. Amiata (Tuscany), Putizza R. fumarole	Alcamo Basin, Segestane Spr.
16	19910918.0
21	G/F	W/S
22	22.0
25		4.23e-06
32	0.46	0.7
33		0.7
34	64.4	9.8e-07
36	64.4	9.8e-07
38		66.87
43		Ra assumed as 1.40E-06
46		0.389647923667
47		0.608299276516
48		0.00193422350597
53	Tedesco D. 1997; Earth and Planetary Science Letters	Caracausi et al., 2005

ITA843

Column	Version 1	Version 2
2	42.85	37.7
4	42.0	37.0
5	51.0	42.0
7	11.7	12.9833333333
9	11.0	12.0
10	42.0	59.0
11	1.0	43.0
13	TUSCANY, Bagnore-Mt.Amiata-Piancastagno	SICILY Western
14	Piancastagno, hole 8	Montevago Basin, Acqua Pia Spr.
16	19780201.0
21		W/S
24	8.5
25		1.33e-06
29	239.0
32		1.4
33	0.535	1.4
34	75.0	1.96e-06
36	74.9	1.96e-06
38		14.64
42	294.0
43		Ra assumed as 1.40E-06
46		0.292779911888
47		0.707165927133
48		1.02109472656e-05
53	Polyak et al., 1979	Caracausi et al., 2005

ITA844

Column	Version 1	Version 2
2	42.85	37.7
4	42.0	37.0
5	51.0	42.0
7	11.7	12.9833333333
9	11.0	12.0
10	42.0	59.0
11	2,7	43.0
13	TUSCANY, Bagnore-Mt.Amiata-Piancastagno	SICILY Western
14	Piancastagno, hole PC 14	Montevago Basin, Fiume Belice Spr.
19	IT77
21	W/H	W/S
23	QUATERNARY AND TERTIARY IGNEOUS ROCKS
25		1.41e-06
32	0.42	1.7
33		1.7
34	59.0	2.38e-06
36	59.0	2.38e-06
38		13.09
43		Ra assumed as 1.40E-06
46		0.0400207126697
47		0.95871345114
48		0.0011872439831
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Caracausi et al., 2005

ITA845

Column	Version 1	Version 2
2	42.85	37.7
4	42.0	37.0
5	51.0	42.0
7	11.7	12.9833333333
9	11.0	12.0
10	42.0	59.0
11	2,7	43.0
13	TUSCANY, Bagnore-Mt.Amiata-Piancastagno	SICILY Western
14	Piancastagno, hole PC 26	Montevago Basin, Magaggiaro (w)
19	IT78
22	185.0
23	QUATERNARY AND TERTIARY IGNEOUS ROCKS
25		9.14e-07
32	0.58	1.2
33	0.58	1.2
34	81.2	1.68e-06
36	81.2	1.68e-06
37	86.0
38		4.56
43		Ra assumed as 1.40E-06
46		0.291793936395
47		0.7081229796
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Caracausi et al., 2005

ITA846

Column	Version 1	Version 2
2	42.85	37.7
4	42.0	37.0
5	51.0	42.0
7	11.7	12.9833333333
9	11.0	12.0
10	42.0	59.0
11	2,7	43.0
13	TUSCANY, Bagnore-Mt.Amiata-Piancastagno	SICILY Western
14	Piancastagno, hole PC 27	Montevago Basin,Vuturo Spr.
19	IT79
21	W/H	W/S
23	QUATERNARY AND TERTIARY IGNEOUS ROCKS
25		4.85e-06
32	0.52	1.8
33	0.5	1.8
34	72.8	2.52e-06
36	70.0	2.52e-06
37	9.0
38		32.72
43		Ra assumed as 1.40E-06
46		0.0950950877518
47		0.904761834896
48		1.13027304299e-05
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Caracausi et al., 2005

ITA847

Column	Version 1	Version 2
2	42.85	37.5666666667
4	42.0	37.0
5	51.0	34.0
7	11.7	12.9666666667
9	11.0	12.0
10	42.0	58.0
11	2,7	43.0
13	TUSCANY, Bagnore-Mt.Amiata-Piancastagno	SICILY Western
14	Piancastagno, hole PC 4	Sciacca Basin, Molinelli Spr.
19	IT76
21	W/H	W/S
22	176.0
23	QUATERNARY AND TERTIARY IGNEOUS ROCKS
25		5.5e-06
32	0.46	2.7
33		2.7
34	64.0	3.78e-06
36	64.0	3.78e-06
38		35.01
43		Ra assumed as 1.40E-06
46		0.121232622204
47		0.878708630108
48		8.61389684079e-06
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Caracausi et al., 2005

ITA848

Column	Version 1	Version 2
2	42.85	37.5666666667
4	42.0	37.0
5	51.0	34.0
7	11.6	12.9666666667
9	11.0	12.0
10	36.0	58.0
11	2,7	43.0
13	TUSCANY, Bagnore-Mt.Amiata-Piancastagno	SICILY Western
14	Sond. Bagnore, hole 9 (Tuscany)	Sciacca Basin, R1 (w)
19	IT75
23	QUATERNARY AND TERTIARY IGNEOUS ROCKS
25		2.07e-05
32	0.06	2.8
33	0.06	2.8
34	8.4	3.92e-06
36	8.2	3.92e-06
37	187.0
38		270.05
43		Ra assumed as 1.40E-06
46		0.0270350065861
47		0.971654197104
48		0.00125538792959
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Caracausi et al., 2005

ITA849

Column	Version 1	Version 2
2	43.275	37.5666666667
4	43.0	37.0
5	16.5	34.0
7	10.8583333333	12.9666666667
9	10.0	12.0
10	51.5	58.0
11	2,7,11	43.0
13	TUSCANY, Larderello-Castelnuovo	SICILY Western
14	Camorsi, hole 1 (Tuscany)	Sciacca Basin, R3 (w)
19	IT35
21	M/H	W/H
22	188.0
23	QUATERNARY AND TERTIARY SEDIMENT
25		2.34e-05
32	1.06	2.8
33		2.8
34	288.4	3.92e-06
36	288.4	3.92e-06
38		295.07
43		Ra assumed as 1.40E-06
46		0.0322216952741
47		0.966650858223
48		0.00105424381625
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Caracausi et al., 2005

ITA850

Column	Version 1	Version 2
2	43.3416666667	37.5666666667
4	43.0	37.0
5	20.5	34.0
7	10.9	12.9666666667
9	10.0	12.0
10	54.0	58.0
11	2,7,11	43.0
13	TUSCANY, Larderello-Castelnuovo	SICILY Western
14	Cassetta del Rossi Spr. (Tuscany)	Sciacca Basin, Selinuntine Spr.
19	IT30
20	ITL4
22	36.6
23	QUATERNARY AND TERTIARY SEDIMENT
25	0.03	3.94e-06
32	1.27	2.7
33	1.3	2.7
34	177.8	3.78e-06
36	182.4	3.78e-06
37	2.3
38		27.72
43		Ra assumed as 1.40E-06
46		0.0630466008951
47		0.936146498139
48		0.000788082511188
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Caracausi et al., 2005

ITA851

Column	Version 1	Version 2
2	43.3416666667	37.9333333333
4	43.0	37.0
5	20.5	56.0
7	10.9	12.8333333333
9	10.0	12.0
10	54.0	50.0
11	2,7,11	03
13	TUSCANY, Larderello-Castelnuovo	SICILY Western
14	Cassetta del Rossi Spr. (Tuscany)	Segesta Spr.
16		19860524
19	IT31
20	ITL4
21	G/S	G
22	36.0
23	QUATERNARY AND TERTIARY SEDIMENT
32	1.37	0.72
33	1.39	0.72
34	191.8	1.01e-06
36	193.7	1.007e-06
37	6.9
38		39.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Sano et al, 1989

ITA852

Column	Version 1	Version 2
1		~
2	43.4033333333	43.7833333333
3		~
5	24.2	47.0
6		~
7	10.8666666667	10.4666666667
8		~
10	52.0	28.0
11	2,7,11	01
13	TUSCANY, Larderello-Castelnuovo	TUSCANY
14	Larderello, hole 107	Bagnetti Agnano Spr.
16	19830218	19780100.0
19	IT15	7808-IT
21	M/H	G/S
23	QUATERNARY AND TERTIARY SEDIMENT
24		3e-05
29		0.000639
32	1.45
33	1.45
34	203.0	1.2e-07
35		≤
36	203.3	1.2e-07
37	49.0
42		297.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Polyak et al., 1979

ITA853

Column	Version 1	Version 2
2	43.4033333333	42.6166666667
4	43.0	42.0
5	24.2	37.0
7	10.8666666667	11.5166666667
9	10.0	11.0
10	52.0	31.0
11	2,7,11	02,07
13	TUSCANY, Larderello-Castelnuovo	TUSCANY
14	Larderello, hole 108	Terme Saturnia (Manciano) Spr.
16	19821231
19	IT13	IT91
21	M/H
22		38.0
23	QUATERNARY AND TERTIARY SEDIMENT	QUATERNARY AND TERTIARY IGNEOUS ROCKS
25		1.4e-07
32	1.46	0.56
33	1.46	0.48
34	204.4	7.84e-07
36	204.7	6.72e-07
37	51.0	1.61
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA854

Column	Version 1	Version 2
2	43.4033333333	44.1516666667
4	43.0	44.0
5	24.2	9.1
7	10.8666666667	11.9666666667
9	10.0	11.0
10	52.0	58.0
11	2,7,11	21.0
13	TUSCANY, Larderello-Castelnuovo	TUSCANY (NE Apennines)
14	Larderello, hole 109	Porretta mud cone
16	19811030
19	IT2	149.0
21	M/H	G/mv
22		35.0
23	QUATERNARY AND TERTIARY SEDIMENT
24		2.1e-05
26		5.2e-08
29		3.9e-05
32	1.46	0.04
33		0.04
34	204.4	5.6e-08
36	204.4	5.6e-08
37		375.7
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		2e-06
45		0.00016
46		0.0035
47		0.0036
48		0.987591
50		-30.5
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Minissale et al, 2000

ITA855

Column	Version 1	Version 2
2	43.4033333333	44.15
4	43.0	44.0
5	24.2	9.0
7	10.8666666667	10.9666666667
10	52.0	58.0
11	2,7,11	05
13	TUSCANY, Larderello-Castelnuovo	TUSCANY (NE Apennines)
14	Larderello, hole 110	Porretta Terme
16	19820531
19	IT7
21	M/H	W/S
23	QUATERNARY AND TERTIARY SEDIMENT
32	1.47
33	1.47	0.03
34	205.8	4.2e-08
36	206.3	4.2e-08
37	35.0	12.4
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Marty B. et al., 1992

ITA856

Column	Version 1	Version 2
2	43.4033333333	44.1666666667
4	43.0	44.0
5	24.2	10.0
7	10.8666666667	10.1616666667
10	52.0	9.7
11	2,7,11	21.0
13	TUSCANY, Larderello-Castelnuovo	TUSCANY (NW Apennines)
14	Larderello, hole 111	Equiterme Spr. (to N from Pisa)
16	19820930
19	IT11	148.0
21	M/H	G/S
22		24.0
23	QUATERNARY AND TERTIARY SEDIMENT
24		0.001414
26		7.833e-06
29		0.004778
32	1.48	0.05
33	1.48	0.04
34	207.2	7e-08
36	207.4	5.6e-08
37	72.0	54.4
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		7e-06
45		0.00041
46		0.9646
47		0.0266
48		0.003566
49		5e-05
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Minissale et al, 2000

ITA857

Column	Version 1	Version 2
2	43.4033333333	44.1666666667
4	43.0	44.0
5	24.2	10.0
7	10.8666666667	10.1666666667
10	52.0	10.0
11	2,7,11	05
13	TUSCANY, Larderello-Castelnuovo	TUSCANY (NW Apennines)
14	Larderello, hole 112	Equiterme Spr. (to N from Pisa)
16	19820122
19	IT5
21	M/H	G/S
23	QUATERNARY AND TERTIARY SEDIMENT
24		9.32e-05
32	1.49
33	1.49	0.1
34	208.6	1.4e-07
36	208.9	1.4e-07
37	67.0	4.58
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Marty B. et al., 1992

ITA858

Column	Version 1	Version 2
2	43.4033333333	43.3083333333
5	24.2	18.5
7	10.8666666667	11.4283333333
9	10.0	11.0
10	52.0	25.7
11	2,7,11	21.0
13	TUSCANY, Larderello-Castelnuovo	TUSCANY, Arno River basin (Northern Apennines)
14	Larderello, hole 113	Acqua Borra Spr.
16	19820429
19	IT6	5.0
21	M/H	G/S
22		37.0
23	QUATERNARY AND TERTIARY SEDIMENT
24		5e-06
26		1.131e-06
29		5.3e-05
32	1.49	0.29
33	1.49	0.17
34	208.6	4.06e-07
36	209.2	2.38e-07
37	29.0	2.0
42		295.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		2e-06
45		0.00072
46		0.0065
47		0.9918
48		0.000886
51		-5.95
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Minissale et al, 2000

ITA859

Column	Version 1	Version 2
2	43.4033333333	42.95
4	43.0	42.0
5	24.2	57.0
7	10.8666666667	11.7
9	10.0	11.0
10	52.0	42.0
11	2,7,11	07
13	TUSCANY, Larderello-Castelnuovo	TUSCANY, Bagnore-Mt.Amiata-Piancastagno
14	Larderello, hole 114	Bagni San Filippo
16	19810900.0
19	IT1	IT73
20		ITA5
21	G/H
22	180.0
23	QUATERNARY AND TERTIARY SEDIMENT; BOTOM TEMPERATURE	QUATERNARY AND TERTIARY IGNEOUS ROCKS
32	1.49	0.91
34	208.6	1.274e-06
36	208.6	1.274e-06
37		0.25
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	University of Cambridge database, unpubl.

ITA860

Column	Version 1	Version 2
2	43.4033333333	42.95
4	43.0	42.0
5	24.2	57.0
7	10.8666666667	11.7
9	10.0	11.0
10	52.0	42.0
11	2,7,11	01
13	TUSCANY, Larderello-Castelnuovo	TUSCANY, Bagnore-Mt.Amiata-Piancastagno
14	Larderello, hole 115	Bagni San Filippo Spr.
16	19811221	19780201.0
19	IT4	7806-IT
21	M/H	G/S
23	QUATERNARY AND TERTIARY SEDIMENT
24		9.4e-06
29		0.000137
32	1.49
34	208.6	2.3e-07
35		≤
36	208.6	2.296e-07
42		299.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Polyak et al., 1979

ITA861

Column	Version 1	Version 2
2	43.4033333333	42.85
4	43.0	42.0
5	24.2	51.0
7	10.8666666667	11.6
9	10.0	11.0
10	52.0	36.0
11	2,7,11	02,07
13	TUSCANY, Larderello-Castelnuovo	TUSCANY, Bagnore-Mt.Amiata-Piancastagno
14	Larderello, hole 116	Bagnore, hole 2 BIS
16	19811127
19	IT3	IT69
20		ITA1
21	M/H
22		135.0
23	QUATERNARY AND TERTIARY SEDIMENT	CONDENSATE; QUATERNARY AND TERTIARY IGNEOUS ROCKS
32	1.53	0.58
33		0.53
34	214.2	8.12e-07
36	214.2	7.42e-07
37		2.7
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA862

Column	Version 1	Version 2
2	43.4033333333	42.85
4	43.0	42.0
5	24.2	51.0
7	10.8666666667	11.6
9	10.0	11.0
10	52.0	36.0
11	2,7,11	02,07
13	TUSCANY, Larderello-Castelnuovo	TUSCANY, Bagnore-Mt.Amiata-Piancastagno
14	Larderello, hole 117	Bagnore, hole 2 BIS
16	19820728
19	IT9	IT70
20		ITA2
21	M/H
22		135.0
23	QUATERNARY AND TERTIARY SEDIMENT	CONDENSATE; QUATERNARY AND TERTIARY IGNEOUS ROCKS
32	1.54	0.88
33	1.54	0.58
34	215.6	1.232e-06
36	215.9	8.12e-07
37	60.0	0.41
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA863

Column	Version 1	Version 2
2	43.4033333333	42.85
4	43.0	42.0
5	24.2	51.0
7	10.8666666667	11.6
9	10.0	11.0
10	52.0	36.0
11	2,7,11	07
13	TUSCANY, Larderello-Castelnuovo	TUSCANY, Bagnore-Mt.Amiata-Piancastagno
14	Larderello, hole 118	Bagnore, hole 2 BIS
16	19820830
19	IT10	IT71
20		ITA3
21	M/H
23	QUATERNARY AND TERTIARY SEDIMENT
32	1.57	0.443
33	1.57
34	219.8	6.202e-07
36	219.9	6.202e-07
37	161.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	University of Cambridge database, unpubl.

ITA864

Column	Version 1	Version 2
2	43.3416666667	42.85
4	43.0	42.0
5	20.5	51.0
7	10.8333333333	11.6
9	10.0	11.0
10	50.0	36.0
11	2,7,11	02,07
13	TUSCANY, Larderello-Castelnuovo	TUSCANY, Bagnore-Mt.Amiata-Piancastagno
14	Larderello, hole 145	Bagnore, hole 5
19	IT34	IT74
21	M/H
22	237.0	129.0
23	QUATERNARY AND TERTIARY SEDIMENT	QUATERNARY AND TERTIARY IGNEOUS ROCKS
32	1.95	0.51
34	273.0	7.1e-07
36	273.0	7.1e-07
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA865

Column	Version 1	Version 2
2	43.217	43.0
5	13.02	0.0
7	10.9	11.517
9	10.0	11.0
10	54.0	31.02
11	7.0	07
13	TUSCANY, Larderello-Castelnuovo	TUSCANY, Bagnore-Mt.Amiata-Piancastagno
14	Larderello, hole 66	Mt Amiata, Saragiolo
19	IT36	IT72
20		ITA4
21	M/H	W
23	QUATERNARY AND TERTIARY SEDIMENT	QUATERNARY AND TERTIARY IGNEOUS ROCKS
32	2.31	1.06
34	323.4	1.484e-06
36	323.4	1.484e-06
37		0.23

ITA866

Column	Version 1	Version 2
1	»
2	43.4	43.0
3	»
5	24.0	0.0
6	»
7	10.9166666667	11.517
8	»
9	10.0	11.0
10	55.0	31.02
11	1.0	29.0
13	TUSCANY, Larderello-Castelnuovo	TUSCANY, Bagnore-Mt.Amiata-Piancastagno
14	Larderello, hole 85	Mt. Amiata, Elmeta fumarole
16	19780202.0	19910918.0
19	7807-IT
21	G/H	G/F
22		25.0
24	19.0
29	162.0
32		0.55
33	1.71
34	240.0	7.7e-07
36	239.4	7.7e-07
42	295.0
53	Polyak et al., 1979	Tedesco, 1997

ITA867

Column	Version 1	Version 2
2	43.4166666667	43.0
5	25.0	0.0
7	10.8166666667	11.517
9	10.0	11.0
10	49.0	31.02
11	2,7,11	29.0
13	TUSCANY, Larderello-Castelnuovo	TUSCANY, Bagnore-Mt.Amiata-Piancastagno
14	Larderello, Miniera, hole 1	Mt. Amiata, Putizza R. fumarole
16		19910918.0
19	IT24
21	M/H	G/F
22	190.0	22.0
23	QUATERNARY AND TERTIARY SEDIMENT
32	1.9	0.46
34	266.0	6.44e-07
36	266.0	6.44e-07
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Tedesco, 1997

ITA868

Column	Version 1	Version 2
2	43.4666666667	42.85
4	43.0	42.0
5	28.0	51.0
7	10.85	11.7
9	10.0	11.0
10	51.0	42.0
11	7,11	01
13	TUSCANY, Larderello-Castelnuovo	TUSCANY, Bagnore-Mt.Amiata-Piancastagno
14	Larderello, Pomarance, Bagno San Michele Spr.	Piancastagno, hole 8
16		19780201.0
19	IT19	7805-IT
20	ITL13
21		G/H
22	<43
23	QUATERNARY AND TERTIARY SEDIMENT, COLD SPRING
24		8.5e-06
29		0.000239
32	1.02
34	142.8	7.5e-07
35		≤
36	142.8	7.5e-07
37	0.25
42		294.0
53	University of Cambridge database, unpubl.; Hooker et al., 1985b	Polyak et al., 1979

ITA869

Column	Version 1	Version 2
2	43.4666666667	42.85
4	43.0	42.0
5	28.0	51.0
7	10.85	11.7
9	10.0	11.0
10	51.0	42.0
11	2,7,11	02,07
13	TUSCANY, Larderello-Castelnuovo	TUSCANY, Bagnore-Mt.Amiata-Piancastagno
14	Larderello, Pomarance, Bagno San Michele Spr.	Piancastagno, hole PC 14
19	IT18	IT77
20	ITL12
21	W/S
22	43.0
23	QUATERNARY AND TERTIARY SEDIMENT, HOT SPRING	QUATERNARY AND TERTIARY IGNEOUS ROCKS
25	0.24
32	1.24	0.42
33	1.31
34	173.6	5.9e-07
36	182.2	5.9e-07
37	1.23
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA870

Column	Version 1	Version 2
2	43.3966666667	42.85
4	43.0	42.0
5	23.8	51.0
7	10.9166666667	11.7
9	10.0	11.0
10	55.0	42.0
11	7,11	02,07
13	TUSCANY, Larderello-Castelnuovo	TUSCANY, Bagnore-Mt.Amiata-Piancastagno
14	Menza Aciendale Spr. (Tuscany)	Piancastagno, hole PC 26
19	IT26	IT78
20	ITL1
21	W
22		185.0
23	QUATERNARY AND TERTIARY SEDIMENT	QUATERNARY AND TERTIARY IGNEOUS ROCKS
32	1.26	0.58
33		0.58
34	176.4	8.12e-07
36	176.4	8.12e-07
37		86.0
53	University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA871

Column	Version 1	Version 2
2	43.3166666667	42.85
4	43.0	42.0
5	19.0	51.0
7	10.75	11.7
9	10.0	11.0
10	45.0	42.0
11	2,7,11	02,07
13	TUSCANY, Larderello-Castelnuovo	TUSCANY, Bagnore-Mt.Amiata-Piancastagno
14	Pozzaie, hole 2	Piancastagno, hole PC 27
19	IT32	IT79
21	M/H
22	194.0
23	QUATERNARY AND TERTIARY SEDIMENT	QUATERNARY AND TERTIARY IGNEOUS ROCKS
32	1.91	0.52
33		0.5
34	267.4	7.28e-07
36	267.4	7e-07
37		9.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA872

Column	Version 1	Version 2
2	43.36	42.85
4	43.0	42.0
5	21.6	51.0
7	10.9083333333	11.7
9	10.0	11.0
10	54.5	42.0
11	2,7,11	02,07
13	TUSCANY, Larderello-Castelnuovo	TUSCANY, Bagnore-Mt.Amiata-Piancastagno
14	San Luigi Spr. (Castelnuovo)	Piancastagno, hole PC 4
19	IT29	IT76
20	ITL6
21	W/S
22	22.6	176.0
23	QUATERNARY AND TERTIARY SEDIMENT	QUATERNARY AND TERTIARY IGNEOUS ROCKS
25	0.18
32	1.25	0.46
33	1.33
34	175.0	6.4e-07
36	186.2	6.4e-07
37	1.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA873

Column	Version 1	Version 2
2	43.4	42.85
4	43.0	42.0
5	24.0	51.0
7	10.9166666667	11.6
9	10.0	11.0
10	55.0	36.0
11	2,7,11	02,07
13	TUSCANY, Larderello-Castelnuovo	TUSCANY, Bagnore-Mt.Amiata-Piancastagno
14	San Vicenzo, hole 152	Sond. Bagnore, hole 9
16	19811013
19	IT22	IT75
21	M/H
23	QUATERNARY AND TERTIARY SEDIMENT	QUATERNARY AND TERTIARY IGNEOUS ROCKS
32	1.8	0.06
33		0.06
34	252.0	8.4e-08
36	252.0	8.2e-08
37		187.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA874

Column	Version 1	Version 2
2	43.4	43.275
5	24.0	16.5
7	10.9166666667	10.8583333333
10	55.0	51.5
11	2,7,11	02,07,11
14	San Vicenzo, hole 153	Camorsi, hole 1
16	19810722
19	IT21	IT35
22	225.0	188.0
32	1.87	1.06
34	261.8	2.884e-06
36	261.8	2.884e-06
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA875

Column	Version 1	Version 2
2	43.3866666667	43.3416666667
5	23.2	20.5
7	10.9166666667	10.9
10	55.0	54.0
11	2,7,11	02,07,11
14	San Vicenzo, hole 80	Cassetta del Rossi Spr.
19	IT23	IT30
20		ITL4
21	M/H	W/S
22	213.0	36.6
25		3e-08
32	1.18	1.27
33		1.3
34	165.2	1.778e-06
36	165.2	1.824e-06
37		2.3
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA876

Column	Version 1	Version 2
2	43.4	43.3416666667
5	24.0	20.5
7	10.9166666667	10.9
10	55.0	54.0
11	2,7,11	02,07,11
14	San Vicenzo, hole 9	Cassetta del Rossi Spr.
19	IT20	IT31
20		ITL4
21	M/H	G/S
22	225.0	36.0
23	QUATERNARY AND TERTIARY SEDIMENT	QUATERNARY AND TERTIARY SEDIMENT
32	1.44	1.37
33		1.39
34	201.6	1.918e-06
36	201.6	1.937e-06
37		6.9
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA877

Column	Version 1	Version 2
2	43.3833333333	43.4033333333
5	23.0	24.2
7	10.9666666667	10.8666666667
10	58.0	52.0
11	2,7,11	02,07,11
14	Sesta, hole 1(Tuscany)	Larderello, hole 107
16		19830218
19	IT25	IT15
32	1.92	1.45
33		1.45
34	268.8	2.03e-06
36	268.8	2.033e-06
37		49.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA878

Column	Version 1	Version 2
2	43.325	43.4033333333
5	19.5	24.2
7	10.9833333333	10.8666666667
10	59.0	52.0
11	7,11	02,07,11
14	Solaio Fiera Spr. (Tuscany)	Larderello, hole 107
16		19821231
19	IT38	IT13
20	ITL19
21	W	M/H
32	1.03	1.46
33		1.46
34	144.2	2.044e-06
36	144.2	2.047e-06
37	0.23	51.0
53	University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA879

Column	Version 1	Version 2
2	43.19	43.4033333333
5	11.4	24.2
7	11.0233333333	10.8666666667
9	11.0	10.0
10	1.4	52.0
11	21.0	02,07,11
13	TUSCANY, Northern Apennines	TUSCANY, Larderello-Castelnuovo
14	Bagni delle Galleraie Spr. (Tuscany)	Larderello, hole 107
16		19811030
19	74.0	IT2
21	G/S	M/H
22	27.0
23	ts-thermal spring	QUATERNARY AND TERTIARY SEDIMENT
32	1.31	1.46
33	1.34
34	183.4	2.044e-06
36	187.6	2.044e-06
37	35.0
53	Minissale et al, 2000; Tectonophysics.	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA880

Column	Version 1	Version 2
2	43.2333333333	43.4033333333
5	14.0	24.2
7	10.75	10.8666666667
10	45.0	52.0
11	2,7,11	02,07,11
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	Campo Al Peri Spr. (Tuscany), hole	Larderello, hole 107
16		19820531
19	IT39	IT7
21	W/H	M/H
32	1.49	1.47
33	1.49	1.47
34	208.6	2.058e-06
36	208.6	2.063e-06
37	425.0	35.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA881

Column	Version 1	Version 2
2	43.1	43.4033333333
5	6.0	24.2
7	10.7833333333	10.8666666667
10	47.0	52.0
11	2,7,11	02,07,11
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	Carboli, hole A (Tuscany)	Larderello, hole 107
16		19820930
19	IT59	IT11
21	G/H	M/H
22	156.0
23	QUATERNARY AND TERTIARY SEDIMENT	QUATERNARY AND TERTIARY SEDIMENT
32	2.56	1.48
33		1.48
34	358.4	2.072e-06
36	358.4	2.074e-06
37		72.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA882

Column	Version 1	Version 2
2	43.2083333333	43.4033333333
5	12.5	24.2
11	2,7,11	02,07,11
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	Fonte di Lagoncino Spr. (Tuscany)	Larderello, hole 107
16		19820122
19	IT48	IT5
20	ITL17
21	W/S	M/H
22	55.9
25	0.06
32	1.37	1.49
33	1.73	1.49
34	191.8	2.086e-06
36	242.2	2.089e-06
37	0.48	67.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA883

Column	Version 1	Version 2
2	43.2333333333	43.4033333333
5	14.0	24.2
7	10.8	10.8666666667
10	48.0	52.0
11	2,7,11	02,07,11
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	Le Prate Podere il Bagno Spr. (Tuscany)	Larderello, hole 107
16		19820429
19	IT40	IT6
20	ITL15
21	W/S	M/H
22	66.9
25	0.09
32	1.73	1.49
33	2.3	1.49
34	242.2	2.086e-06
36	322.0	2.092e-06
37	0.55	29.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA884

Column	Version 1	Version 2
2	43.15	43.4033333333
5	9.0	24.2
7	10.8333333333	10.8666666667
10	50.0	52.0
11	2,7,11	02,07,11
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	Manifestazione Cent, fumarole	Larderello, hole 107
16		19811221
19	IT58	IT4
20	ITL8
21	G/F	M/H
32	2.09	1.49
34	292.6	2.086e-06
36	292.6	2.086e-06
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA885

Column	Version 1	Version 2
2	43.2083333333	43.4033333333
5	12.5	24.2
7	10.8583333333	10.8666666667
10	51.5	52.0
11	2,7,11	02,07,11
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	Manifestazione Cent, fumarole	Larderello, hole 107
16		19811127
19	IT49	IT3
20	ITL16
21	G/F	M/H
22	98.0
32	2.32	1.53
34	324.8	2.142e-06
36	324.8	2.142e-06
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA886

Column	Version 1	Version 2
2	43.1666666667	43.4033333333
5	10.0	24.2
7	10.7583333333	10.8666666667
10	45.5	52.0
11	2,7,11	02,07,11
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	MONTEROTONDO, BAGNOLO TERME SPR.	Larderello, hole 107
16		19820728
19	IT57	IT9
20	ITL9
21	W/S	M/H
22	40.6
25	0.15
32	1.8	1.54
33	2.17	1.54
34	252.0	2.156e-06
36	303.8	2.159e-06
37	0.77	60.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA887

Column	Version 1	Version 2
2	43.2333333333	43.4033333333
5	14.0	24.2
7	10.9583333333	10.8666666667
10	57.5	52.0
11	7,11	02,07,11
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	PRIMA DI FOSINI SPR.	Larderello, hole 107
16		19820830
19	IT47	IT10
20	ITL18
21	W	M/H
32	1.07	1.57
33		1.57
34	149.8	2.198e-06
36	149.8	2.199e-06
37	0.29	161.0
53	University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA888

Column	Version 1	Version 2
2	43.1333333333	43.4033333333
5	8.0	24.2
7	10.8	10.8666666667
10	48.0	52.0
11	2,7,11	02,07,11
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	San Pompeo, hole 574	Larderello, hole 107
16	19820000	19810900.0
19	IT50	IT1
21	M/H	G/H
22	400.0	180.0
23	QUATERNARY AND TERTIARY SEDIMENT; BOTTOM TEMPERATURE	QUATERNARY AND TERTIARY SEDIMENTS; BOTTOM TEMPERATURE
32		1.49
33	3.1
34	434.0	2.086e-06
36	434.0	2.086e-06
37	336.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA889

Column	Version 1	Version 2
2	43.1333333333	43.3416666667
5	8.0	20.5
7	10.8	10.8333333333
10	48.0	50.0
11	2,7,11	02,07,11
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	San Pompeo, hole 575	Larderello, hole 145
16	19830125
19	IT54	IT34
22		237.0
32		1.95
33	3.11
34	435.4	2.73e-06
36	435.4	2.73e-06
37	11.5
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA890

Column	Version 1	Version 2
2	43.1333333333	43.217
5	8.0	13.02
7	10.8	10.9
10	48.0	54.0
11	2,7,11	07
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	San Pompeo, hole 576	Larderello, hole 66
16	19830120
19	IT53	IT36
32		2.31
33	3.13
34	438.2	3.234e-06
36	438.2	3.234e-06
37	239.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	University of Cambridge database, unpubl.

ITA891

Column	Version 1	Version 2
1		~
2	43.1333333333	43.4
3		~
5	8.0	24.0
6		~
7	10.8	10.9166666667
8		~
10	48.0	55.0
11	2,7,11	01
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	San Pompeo, hole 577	Larderello, hole 85
16	19830113	19780202.0
19	IT52	7807-IT
21	M/H	G/H
23	QUATERNARY AND TERTIARY SEDIMENT
24		1.9e-05
29		0.000162
33	3.18
34	445.2	2.4e-06
35		≥
36	445.2	2.4e-06
37	53.0
42		295.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Polyak et al., 1979

ITA892

Column	Version 1	Version 2
2	43.1333333333	43.4166666667
5	8.0	25.0
7	10.8	10.8166666667
10	48.0	49.0
11	2,7,11	02,07,11
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	San Pompeo, hole 578	Larderello, Miniera, hole 1
16	19830107
19	IT51	IT24
22		190.0
32		1.9
33	3.2
34	448.0	2.66e-06
36	448.0	2.66e-06
37	78.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA893

Column	Version 1	Version 2
2	43.2333333333	43.4666666667
5	14.0	28.0
7	10.8666666667	10.85
10	52.0	51.0
11	2,7,11	07,11
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	San Silvestro, hole	Larderello, Pomarance, Bagno San Michele Spr.
19	IT46	IT19
20		ITL13
21	M/H
22	174.0	<43
32	1.88	1.02
34	263.2	1.428e-06
36	263.2	1.428e-06
37		0.25
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	University of Cambridge database, unpubl.; Hooker et al., 1985b

ITA894

Column	Version 1	Version 2
2	43.19	43.4666666667
5	11.4	28.0
7	10.8583333333	10.85
10	51.5	51.0
11	21.0	02,07,11
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	Sasso Pisano (Tuscany)	Larderello, Pomarance, Bagno San Michele Spr.
19		IT18
20		ITL12
21	bp	W/S
22	98.0	43.0
23	bp-boiling pool	QUATERNARY AND TERTIARY SEDIMENT
24	6.0
25		2.4e-07
29	33.0
32	2.32	1.24
33	2.32	1.31
34	324.8	1.736e-06
36	324.8	1.822e-06
37		1.23
44	22590.0
45	340.0
46	7200.0
47	915500.0
48	21722.0
49	32561.0
50	-23.7
51	-3.83
53	Minissale et al, 2000; Tectonophysics.	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA895

Column	Version 1	Version 2
2	43.2333333333	43.3966666667
5	14.0	23.8
7	10.8416666667	10.9166666667
10	50.5	55.0
11	2,7,11	07,11
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	Sasso, hole 22 (Tuscany)	Menza Aciendale Spr.
16	19830120
19	IT44	IT26
20		ITL1
21	M/H	W
32	1.7	1.26
33	1.7
34	238.0	1.764e-06
36	238.3	1.764e-06
37	95.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	University of Cambridge database, unpubl.; Hooker et al., 1985b

ITA896

Column	Version 1	Version 2
2	43.2333333333	43.3166666667
5	14.0	19.0
7	10.8416666667	10.75
10	50.5	45.0
11	2,7,11	02,07,11
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	Sasso, hole 22 (Tuscany)	Pozzaie, hole 2
16	19830107
19	IT42	IT32
22		194.0
32	1.73	1.91
33	1.73
34	242.2	2.674e-06
36	242.4	2.674e-06
37	121.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA897

Column	Version 1	Version 2
2	43.2333333333	43.36
5	14.0	21.6
7	10.8416666667	10.9083333333
10	50.5	54.5
11	2,7,11	02,07,11
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	Sasso, hole 22 (Tuscany)	San Luigi Spr.
16	19830113
19	IT43	IT29
20		ITL6
21	M/H	W/S
22		22.6
25		1.8e-07
32	1.74	1.25
33	1.74	1.33
34	243.6	1.75e-06
36	243.8	1.862e-06
37	105.0	1.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA898

Column	Version 1	Version 2
2	43.2333333333	43.4
5	14.0	24.0
7	10.8416666667	10.9166666667
10	50.5	55.0
11	2,7,11	02,07,11
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	Sasso, hole 22 (Tuscany)	San Vicenzo, hole 152
16	19830125	19811013
19	IT45	IT22
32	1.75	1.8
33	1.75
34	245.0	2.52e-06
36	245.3	2.52e-06
37	103.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA899

Column	Version 1	Version 2
2	43.2333333333	43.4
5	14.0	24.0
7	10.8416666667	10.9166666667
10	50.5	55.0
11	2,7,11	02,07,11
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	Sasso, hole 22 (Tuscany)	San Vicenzo, hole 153
16	19811000.0	19810722
19	IT41	IT21
22	>380	225.0
23	QUATERNARY AND TERTIARY SEDIMENT; BOTTOM TEMPERATURE	QUATERNARY AND TERTIARY SEDIMENT
34	261.8	2.618e-06
36	261.8	2.618e-06
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA900

Column	Version 1	Version 2
2	43.155	43.3866666667
5	9.3	23.2
7	10.8166666667	10.9166666667
10	49.0	55.0
11	2,7,11	02,07,11
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	Villa Modena, hole (Tuscany)	San Vicenzo, hole 80
19	IT56	IT23
22	193.0	213.0
32	1.9	1.18
34	266.0	1.652e-06
36	266.0	1.652e-06
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA901

Column	Version 1	Version 2
2	43.1583333333	43.4
5	9.5	24.0
7	10.7583333333	10.9166666667
10	45.5	55.0
11	2,7,11	02,07,11
13	TUSCANY, Sasso-Monterotondo	TUSCANY, Larderello-Castelnuovo
14	Zuccatine, hole 1	San Vicenzo, hole 9
19	IT55	IT20
22	184.0	225.0
32	2.81	1.44
33	2.83
34	393.4	2.016e-06
36	396.3	2.016e-06
37	22.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA902

Column	Version 1	Version 2
2	43.2666666667	43.3833333333
5	16.0	23.0
7	11.0666666667	10.9666666667
9	11.0	10.0
10	4.0	58.0
11	2,7,11	02,07,11
13	TUSCANY, Travale-Radicondoli	TUSCANY, Larderello-Castelnuovo
14	Bagni delle Galleraie Spr. (Tuscany)	Sesta, hole 1
19	IT66	IT25
20	ITL21
21	W/S	M/H
22	26.5
23	QUATERNARY AND TERTIARY SEDIMENT/QUATERNARY AND TERTIARY IGNEOUS ROCKS	QUATERNARY AND TERTIARY SEDIMENT
25	0.42
32	1.31	1.92
33	1.33
34	183.4	2.688e-06
36	186.2	2.688e-06
37	3.5
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA903

Column	Version 1	Version 2
2	43.1666666667	43.325
5	10.0	19.5
7	11.15	10.9833333333
9	11.0	10.0
10	9.0	59.0
11	7,11	07,11
13	TUSCANY, Travale-Radicondoli	TUSCANY, Larderello-Castelnuovo
14	Chiusdino Spr. (Tuscany, Travale-Radicondoli)	Solaio Fiera Spr.
19	IT67	IT38
20	ITL22	ITL19
23	QUATERNARY AND TERTIARY SEDIMENT/QUATERNARY AND TERTIARY IGNEOUS ROCKS	QUATERNARY AND TERTIARY SEDIMENT
32	1.05	1.03
33	1.2
34	147.0	1.442e-06
36	168.0	1.442e-06
37	0.32	0.23

ITA904

Column	Version 1	Version 2
2	43.3033333333	43.725
5	18.2	43.5
7	11.1266666667	10.4883333333
9	11.0	10.0
10	7.6	29.3
11	1.0	21.0
13	TUSCANY, Travale-Radicondoli	TUSCANY, Pisa
14	RADICONDOLI, hole 4	Asciano Spr.
16	19780131.0
19	7804-IT	105.0
21	W/H	G/S
22		24.0
24	25.0	0.001034
29	197.0	0.005286
32		0.09
33	1.08	0.09
34	150.0	1.26e-07
36	151.2	1.26e-07
42	298.0	297.0
44		2e-06
45		0.00059
46		0.3371
47		0.6562
48		2e-06
51		-10.31
53	Polyak et al., 1979	Minissale et al, 2000

ITA905

Column	Version 1	Version 2
2	43.3033333333	43.1666666667
5	18.2	10.0
7	11.1266666667	10.7583333333
9	11.0	10.0
10	7.6	45.5
11	2,7,11	02,07,11,21
13	TUSCANY, Travale-Radicondoli	TUSCANY, Sasso-Monterotondo
14	RADICONDOLI, hole 4	Bagnolo Terme Spr.
15	<
16	19850000.0
19	IT61	IT57
20		ITL9
21	W/H	W/S
22	161.0	40.6
23	QUATERNARY AND TERTIARY SEDIMENT/QUATERNARY AND TERTIARY IGNEOUS ROCKS	QUATERNARY AND TERTIARY SEDIMENT
25		1.5e-07
32	1.19	1.8
33		2.17
34	166.6	2.52e-06
36	166.6	3.038e-06
37		0.77
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.; Minissale et al, 2000

ITA906

Column	Version 1	Version 2
2	43.2916666667	43.2333333333
5	17.5	14.0
7	11.0916666667	10.75
9	11.0	10.0
10	5.5	45.0
11	2,7,11	02,07,11
13	TUSCANY, Travale-Radicondoli	TUSCANY, Sasso-Monterotondo
14	RADICONDOLI, hole 6	Campo Al Peri Spr., hole
15	<
16	19850000.0
19	IT62	IT39
21	W/H
22	159.0
23	QUATERNARY AND TERTIARY SEDIMENT/QUATERNARY AND TERTIARY IGNEOUS ROCKS	QUATERNARY AND TERTIARY SEDIMENT
32	1.29	1.49
33		1.49
34	180.6	2.086e-06
36	180.6	2.086e-06
37		425.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA907

Column	Version 1	Version 2
2	43.2966666667	43.1
5	17.8	6.0
7	11.1083333333	10.7833333333
9	11.0	10.0
10	6.5	47.0
11	2,7,11	02,07,11
13	TUSCANY, Travale-Radicondoli	TUSCANY, Sasso-Monterotondo
14	RADICONDOLI, hole 8	Carboli, hole A
15	<
16	19850000.0
19	IT63	IT59
21	W/H	G/H
22	226.0	156.0
23	QUATERNARY AND TERTIARY SEDIMENT/QUATERNARY AND TERTIARY IGNEOUS ROCKS	QUATERNARY AND TERTIARY SEDIMENT
32	0.63	2.56
33	0.63
34	88.2	3.584e-06
36	88.2	3.584e-06
37	200.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA908

Column	Version 1	Version 2
2	43.295	43.2083333333
5	17.7	12.5
7	11.1166666667	10.8666666667
9	11.0	10.0
10	7.0	52.0
11	2,7,11	02,07,11
13	TUSCANY, Travale-Radicondoli	TUSCANY, Sasso-Monterotondo
14	RADICONDOLI, hole 9	Fonte di Lagoncino Spr.
15	<
16	19850000.0
19	IT64	IT48
20		ITL17
21	W/H	W/S
22	238.0	55.9
23	QUATERNARY AND TERTIARY SEDIMENT/QUATERNARY AND TERTIARY IGNEOUS ROCKS	QUATERNARY AND TERTIARY SEDIMENT
25		6e-08
32	0.56	1.37
33		1.73
34	78.4	1.918e-06
36	78.4	2.422e-06
37		0.48
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA909

Column	Version 1	Version 2
2	43.125	43.2333333333
5	7.5	14.0
7	11.1583333333	10.8
9	11.0	10.0
10	9.5	48.0
11	2,7,11	02,07,11
13	TUSCANY, Travale-RadicondoliI	TUSCANY, Sasso-Monterotondo
14	Le Vene di Ciciano Spr. (Tuscany)	Le Prate Podere il Bagno Spr.
19	IT68	IT40
20	ITL23	ITL15
22	21.0	66.9
23	QUATERNARY AND TERTIARY SEDIMENT/QUATERNARY AND TERTIARY IGNEOUS ROCKS	QUATERNARY AND TERTIARY SEDIMENT
25	0.14	9e-08
32	1.63	1.73
33	1.99	2.3
34	228.2	2.422e-06
36	278.6	3.22e-06
37	0.66	0.55
53	Hooker et al., 1985a; University of Cambridge database, unpubl.; Hooker et al., 1985b	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA910

Column	Version 1	Version 2
1	~
2	43.7833333333	43.15
3	~
5	47.0	9.0
6	~
7	10.4666666667	10.8333333333
8	~
10	28.0	50.0
11	1.0	02,07,11
13	TUSKANY	TUSCANY, Sasso-Monterotondo
14	Bagnetti Agnano Spr. (Tuscany)	Manifestazione Cent, fumarole
16	19780100.0
19	7808-IT	IT58
20		ITL8
21	G	G/F
23		QUATERNARY AND TERTIARY SEDIMENT
24	30.0
29	639.0
32		2.09
34	12.0	2.926e-06
36	12.0	2.926e-06
42	297.0
53	Polyak et al., 1979	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA911

Column	Version 1	Version 2
2	44.1666666667	43.2083333333
4	44.0	43.0
5	10.0	12.5
7	10.1666666667	10.8583333333
10	10.0	51.5
11	5.0	02,07,11
13	TUSKANY	TUSCANY, Sasso-Monterotondo
14	Equi Terme Spr. (Tuscany)	Manifestazione Cent, fumarole
19		IT49
20		ITL16
21	G/S	G/F
22		98.0
23		QUATERNARY AND TERTIARY SEDIMENT
24	93200.0
32		2.32
33	0.1
34	14.0	3.248e-06
36	14.0	3.248e-06
37	4.58
53	Marty B. et al., 1992	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA912

Column	Version 1	Version 2
2	44.15	43.2333333333
4	44.0	43.0
5	9.0	14.0
7	10.9666666667	10.9583333333
10	58.0	57.5
11	5.0	07,11
13	TUSKANY ?	TUSCANY, Sasso-Monterotondo
14	Poretta Terme (Tuscany ?)	PRIMA DI FOSINI SPR.
19		IT47
20		ITL18
21	W/S	W
23		QUATERNARY AND TERTIARY SEDIMENT
32		1.07
33	0.03
34	4.2	1.498e-06
36	4.2	1.498e-06
37	12.4	0.29
53	Marty B. et al., 1992	University of Cambridge database, unpubl.; Hooker et al., 1985b

ITA913

Column	Version 1	Version 2
2	42.517	43.1333333333
4	42.0	43.0
5	31.02	8.0
7	12.517	10.8
9	12.0	10.0
10	31.02	48.0
11	2,7	02,07,11
13	UMBRIA	TUSCANY, Sasso-Monterotondo
14	Sorgente Stiffone (Narni), Valnevina Spr. (Umbria)	San Pompeo, hole 574
16		19830125
19	IT95	IT54
21	W	M/H
22	14.0
23	QUATERNARY AND TERTIARY IGNEOUS ROCKS/PRE-TERTIARY	QUATERNARY AND TERTIARY SEDIMENT
25	4.0
32	0.15
33	0.14	3.11
34	21.0	4.354e-06
36	19.45	4.354e-06
37	19.5	11.5
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA914

Column	Version 1	Version 2
2	42.4	43.1333333333
4	42.0	43.0
5	24.0	8.0
7	12.85	10.8
9	12.0	10.0
10	51.0	48.0
11	2,7	02,07,11
13	UMBRIA	TUSCANY, Sasso-Monterotondo
14	Terme di Cotilia (Rieti) Spr. (Umbria)	San Pompeo, hole 574
16		19830120
19	IT96	IT53
21		M/H
22	20.0
23	PRE-TERTIARY	QUATERNARY AND TERTIARY SEDIMENT
25	0.06
32	0.21
33	0.12	3.13
34	29.4	4.382e-06
36	17.0	4.382e-06
37	2.48	239.0
53	Hooker et al., 1985a; University of Cambridge database, unpubl.	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA915

Column	Version 1	Version 2
2	44.6	43.1333333333
4	44.0	43.0
5	36.0	8.0
7	12.2166666667	10.8
9	12.0	10.0
10	13.0	48.0
11	6.0	02,07,11
13	VENETO, Po Basin	TUSCANY, Sasso-Monterotondo
14	Dosso Degli Angeli gas field, hole 11C	San Pompeo, hole 574
16		19830113
17	3032.0
18	23.0
19		IT52
21		M/H
23	Pool PL3-J	QUATERNARY AND TERTIARY SEDIMENT
24	7.0
28	0.102
33	0.046	3.18
34	6.44	4.452e-06
36	6.44	4.452e-06
37		53.0
39	9.8
40	2.923
41	0.189
42	297.0
43	[He]=[4He]; [Ar]=[40Ar]; errors see in [Elliott et al., 1993]
46	6740.0
48	992800.0
50	-71.91
53	Elliot T. et al., 1993	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA916

Column	Version 1	Version 2
2	44.6	43.1333333333
4	44.0	43.0
5	36.0	8.0
7	12.2166666667	10.8
9	12.0	10.0
10	13.0	48.0
11	6.0	02,07,11
13	VENETO, Po Basin	TUSCANY, Sasso-Monterotondo
14	Dosso Degli Angeli gas field, hole 14L	San Pompeo, hole 574
16		19830107
17	3160.0
18	9.0
19		IT51
21		M/H
23	Pool PL2-A	QUATERNARY AND TERTIARY SEDIMENT
24	10.2
28	0.066
33	0.028	3.2
34	3.92	4.48e-06
36	3.92	4.48e-06
37		78.0
39	9.775
40	2.924
41	0.188
42	291.0
43	[He]=[4He]; [Ar]=[40Ar]; errors see in [Elliott et al., 1993]
46	11350.0
47	36090.0
48	951600.0
50	-71.33
53	Elliot T. et al., 1993	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA917

Column	Version 1	Version 2
2	44.6	43.1333333333
4	44.0	43.0
5	36.0	8.0
7	12.2166666667	10.8
9	12.0	10.0
10	13.0	48.0
11	6.0	02,07,11
13	VENETO, Po Basin	TUSCANY, Sasso-Monterotondo
14	Dosso Degli Angeli gas field, hole 15C	San Pompeo, hole 574
16		19820000
17	3027.0
18	22.0
19		IT50
21		M/H
22		400.0
23	Pool PL3-J	QUATERNARY AND TERTIARY SEDIMENTS; BOTTOM TEMPERATURE
24	6.7
28	0.1
33	0.041	3.1
34	5.74	4.34e-06
36	5.74	4.34e-06
37		336.0
39	9.811
40	2.92
41	0.188
42	292.0
43	[He]=[4He]; [Ar]=[40Ar]; errors see in [Elliott et al., 1993]
46	8620.0
47	29450.0
48	961500.0
50	-72.55
53	Elliot T. et al., 1993	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA918

Column	Version 1	Version 2
2	44.6	43.2333333333
4	44.0	43.0
5	36.0	14.0
7	12.2166666667	10.8666666667
9	12.0	10.0
10	13.0	52.0
11	6.0	02,07,11
13	VENETO, Po Basin	TUSCANY, Sasso-Monterotondo
14	Dosso Degli Angeli gas field, hole 18C	San Silvestro, hole
17	3153.5
18	21.5
19		IT46
21		M/H
22		174.0
23	Pool PL2-A	QUATERNARY AND TERTIARY SEDIMENT
24	6.3
28	0.073
32		1.88
33	0.036
34	5.04	2.632e-06
36	5.04	2.632e-06
39	9.812
40	2.922
41	0.188
42	297.0
43	[He]=[4He]; [Ar]=[40Ar]; errors see in [Elliott et al., 1993]
46	10240.0
48	989200.0
50	-72.09
53	Elliot T. et al., 1993	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA919

Column	Version 1	Version 2
2	44.6	43.19
4	44.0	43.0
5	36.0	11.4
7	12.2166666667	10.8583333333
9	12.0	10.0
10	13.0	51.5
11	6.0	21.0
13	VENETO, Po Basin	TUSCANY, Sasso-Monterotondo
14	Dosso Degli Angeli gas field, hole 20L	Sasso Pisano
17	3238.5
18	24.5
21		G/S
22		98.0
23	Pool PL2-B	boiling pool
24	4.3	6e-06
28	0.048
29		3.3e-05
32		2.32
33	0.038	2.32
34	5.32	3.248e-06
36	5.32	3.248e-06
39	9.791
40	2.925
41	0.189
42	297.0
43	[He]=[4He]; [Ar]=[40Ar]; errors see in [Elliott et al., 1993]
44		0.02259
45		0.00034
46	5680.0	0.0072
47		0.9155
48	993600.0	0.021722
49		0.032561
50	-70.29	-23.7
51		-3.83
53	Elliot T. et al., 1993	Minissale et al, 2000

ITA920

Column	Version 1	Version 2
2	44.6	43.2333333333
4	44.0	43.0
5	36.0	14.0
7	12.2166666667	10.8416666667
9	12.0	10.0
10	13.0	50.5
11	6.0	02,07,11
13	VENETO, Po Basin	TUSCANY, Sasso-Monterotondo
14	Dosso Degli Angeli gas field, hole 21L	Sasso, hole 22
16		19830120
17	3757.5
18	8.5
19		IT44
21		M/H
23	Pool PL2-R1	QUATERNARY AND TERTIARY SEDIMENT
24	10.0
28	0.072
32		1.7
33	0.033	1.7
34	4.62	2.38e-06
36	4.62	2.383e-06
37		95.0
39	9.791
40	2.93
41	0.188
42	302.0
43	[He]=[4He]; [Ar]=[40Ar]; errors see in [Elliott et al., 1993]
46	10310.0
48	988000.0
50	-68.9
53	Elliot T. et al., 1993	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA921

Column	Version 1	Version 2
2	44.6	43.2333333333
4	44.0	43.0
5	36.0	14.0
7	12.2166666667	10.8416666667
9	12.0	10.0
10	13.0	50.5
11	6.0	02,07,11
13	VENETO, Po Basin	TUSCANY, Sasso-Monterotondo
14	Dosso Degli Angeli gas field, hole 22C	Sasso, hole 22
16		19830107
17	3065.5
18	18.5
19		IT42
21		M/H
23	Pool PL3-K	QUATERNARY AND TERTIARY SEDIMENT
24	9.4
28	0.185
32		1.73
33	0.037	1.73
34	5.18	2.422e-06
36	5.18	2.424e-06
37		121.0
39	9.812
40	2.918
41	0.188
42	298.0
43	[He]=[4He]; [Ar]=[40Ar]; errors see in [Elliott et al., 1993]
46	14280.0
48	985200.0
50	-72.61
53	Elliot T. et al., 1993	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA922

Column	Version 1	Version 2
2	44.6	43.2333333333
4	44.0	43.0
5	36.0	14.0
7	12.2166666667	10.8416666667
9	12.0	10.0
10	13.0	50.5
11	6.0	02,07,11
13	VENETO, Po Basin	TUSCANY, Sasso-Monterotondo
14	Dosso Degli Angeli gas field, hole 22L	Sasso, hole 22
16		19830113
17	3216.0
18	23.0
19		IT43
21		M/H
23	Pool PL2-B+B1	QUATERNARY AND TERTIARY SEDIMENT
24	13.6
28	0.098
32		1.74
33	0.035	1.74
34	4.9	2.436e-06
36	4.9	2.438e-06
37		105.0
39	9.801
40	2.941
41	0.187
42	294.0
43	[He]=[4He]; [Ar]=[40Ar]; errors see in [Elliott et al., 1993]
46	7560.0
47	95030.0
48	894400.0
50	-68.74
53	Elliot T. et al., 1993	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA923

Column	Version 1	Version 2
2	44.6	43.2333333333
4	44.0	43.0
5	36.0	14.0
7	12.2166666667	10.8416666667
9	12.0	10.0
10	13.0	50.5
11	6.0	02,07,11
13	VENETO, Po Basin	TUSCANY, Sasso-Monterotondo
14	Dosso Degli Angeli gas field, hole 23C	Sasso, hole 22
16		19830125
17	3759.5
18	8.5
19		IT45
21		M/H
23	Pool PL2-J1	QUATERNARY AND TERTIARY SEDIMENT
24	13.1
28	0.074
32		1.75
33	0.034	1.75
34	4.76	2.45e-06
36	4.76	2.453e-06
37		103.0
39	9.818
40	2.93
41	0.188
42	293.0
43	[He]=[4He]; [Ar]=[40Ar]; errors see in [Elliott et al., 1993]
46	5150.0
48	993400.0
50	-69.31
53	Elliot T. et al., 1993	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA924

Column	Version 1	Version 2
2	44.6	43.2333333333
4	44.0	43.0
5	36.0	14.0
7	12.2166666667	10.8416666667
9	12.0	10.0
10	13.0	50.5
11	6.0	02,07,11
13	VENETO, Po Basin	TUSCANY, Sasso-Monterotondo
14	Dosso Degli Angeli gas field, hole 24C	Sasso, hole 22
16		19811000.0
17	3456.5
18	6.5
19		IT41
21		M/H
22		>380
23	Pool PL2-J1	QUATERNARY AND TERTIARY SEDIMENTS; BOTTOM TEMPERATURE
24	6.0
28	0.058
32		1.87
33	0.032
34	4.48	2.618e-06
36	4.48	2.618e-06
39	9.79
40	2.924
41	0.187
42	292.0
43	[He]=[4He]; [Ar]=[40Ar]; errors see in [Elliott et al., 1993]
46	5430.0
47	4380.0
48	989300.0
50	-70.86
53	Elliot T. et al., 1993	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA925

Column	Version 1	Version 2
2	44.6	43.155
4	44.0	43.0
5	36.0	9.3
7	12.2166666667	10.8166666667
9	12.0	10.0
10	13.0	49.0
11	6.0	02,07,11
13	VENETO, Po Basin	TUSCANY, Sasso-Monterotondo
14	Dosso Degli Angeli gas field, hole 24L	Villa Modena, hole
17	3760.5
18	8.5
19		IT56
21		M/H
22		193.0
23	Pool PL2-R1	QUATERNARY AND TERTIARY SEDIMENT
24	6.6
28	0.028
32		1.9
33	0.035
34	4.9	2.66e-06
36	4.9	2.66e-06
39	9.79
40	2.932
41	0.189
42	296.0
43	[He]=[4He]; [Ar]=[40Ar]; errors see in [Elliott et al., 1993]
46	10230.0
47	12850.0
48	975400.0
50	-67.58
53	Elliot T. et al., 1993	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA926

Column	Version 1	Version 2
2	44.6	43.1583333333
4	44.0	43.0
5	36.0	9.5
7	12.2166666667	10.7583333333
9	12.0	10.0
10	13.0	45.5
11	6.0	02,07,11
13	VENETO, Po Basin	TUSCANY, Sasso-Monterotondo
14	Dosso Degli Angeli gas field, hole 25L	Zuccatine, hole 1
17	3174.0
18	9.0
19		IT55
21		M/H
22		184.0
23	Pool PL2-A1	QUATERNARY AND TERTIARY SEDIMENT
24	9.9
28	0.077
32		2.81
33	0.039	2.83
34	5.46	3.934e-06
36	5.46	3.963e-06
37		22.0
39	9.794
40	2.91
41	0.19
42	296.0
43	[He]=[4He]; [Ar]=[40Ar]; errors see in [Elliott et al., 1993]
46	3980.0
48	995300.0
50	-71.56
53	Elliot T. et al., 1993	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA927

Column	Version 1	Version 2
2	44.6	43.2666666667
4	44.0	43.0
5	36.0	16.0
7	12.2166666667	11.0666666667
9	12.0	11.0
10	13.0	4.0
11	6.0	02,07,11,21
13	VENETO, Po Basin	TUSCANY, Travale-Radicondoli
14	Dosso Degli Angeli gas field, hole 27C	Bagni delle Galleraie Spr.
17	3478.5
18	3.5
19		IT66
20		ITL21
21		W/S
22		26.5
23	Pool PL2-K2	QUATERNARY AND TERTIARY; SEDIMENT/IGNEOUS ROCKS
24	11.7
25		4.2e-07
28	0.066
32		1.31
33	0.035	1.33
34	4.9	1.834e-06
36	4.9	1.862e-06
37		3.5
39	9.775
40	2.933
41	0.188
42	296.0
43	[He]=[4He]; [Ar]=[40Ar]; errors see in [Elliott et al., 1993]
46	33980.0
47	45660.0
48	919400.0
50	-67.57
53	Elliot T. et al., 1993	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.; Minissale et al, 2000

ITA928

Column	Version 1	Version 2
2	44.6	43.1666666667
4	44.0	43.0
5	36.0	10.0
7	12.2166666667	11.15
9	12.0	11.0
10	13.0	9.0
11	6.0	07,11
13	VENETO, Po Basin	TUSCANY, Travale-Radicondoli
14	Dosso Degli Angeli gas field, hole 3C	Chiusdino Spr.
17	3155.5
18	19.5
19		IT67
20		ITL22
21		W
23	Pool PL2-A	QUATERNARY AND TERTIARY; SEDIMENT/IGNEOUS ROCKS
24	7.3
28	0.058
32		1.05
33	0.035	1.2
34	4.9	1.47e-06
36	4.9	1.68e-06
37		0.32
39	9.79
40	2.922
41	0.187
42	293.0
43	[He]=[4He]; [Ar]=[40Ar]; errors see in [Elliott et al., 1993]
46	62790.0
48	936700.0
50	-73.42
53	Elliot T. et al., 1993	University of Cambridge database, unpubl.; Hooker et al., 1985b

ITA929

Column	Version 1	Version 2
2	44.6	43.3033333333
4	44.0	43.0
5	36.0	18.2
7	12.2166666667	11.1266666667
9	12.0	11.0
10	13.0	7.6
11	6.0	02,07,11
13	VENETO, Po Basin	TUSCANY, Travale-Radicondoli
14	Dosso Degli Angeli gas field, hole 3L	RADICONDOLI, hole 4
15		<
16		19850000.0
17	3233.0
18	22.0
19		IT61
22		161.0
23	Pool PL2-B	QUATERNARY AND TERTIARY; SEDIMENT/IGNEOUS ROCKS
24	8.6
28	0.06
32		1.19
33	0.035
34	4.9	1.666e-06
36	4.9	1.666e-06
39	9.828
40	2.924
41	0.188
42	291.0
43	[He]=[4He]; [Ar]=[40Ar]; errors see in [Elliott et al., 1993]
46	22250.0
48	977000.0
50	-67.52
53	Elliot T. et al., 1993	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA930

Column	Version 1	Version 2
2	44.6	43.3033333333
4	44.0	43.0
5	36.0	18.2
7	12.2166666667	11.1266666667
9	12.0	11.0
10	13.0	7.6
11	6.0	01
13	VENETO, Po Basin	TUSCANY, Travale-Radicondoli
14	Dosso Degli Angeli gas field, hole 5L	Radicondoli, hole 4
16		19780131.0
17	3221.0
18	22.0
19		7804-IT
21		G/H
23	Pool PL2-B+B1
24	11.7	2.5e-05
28	0.094
29		0.000197
33	0.034
34	4.76	1.5e-06
35		≥
36	4.76	1.5e-06
39	9.787
40	2.925
41	0.188
42	293.0	298.0
43	[He]=[4He]; [Ar]=[40Ar]; errors see in [Elliott et al., 1993]
46	17630.0
47	31160.0
48	950500.0
50	-70.83
53	Elliot T. et al., 1993	Polyak et al., 1979

ITA931

Column	Version 1	Version 2
2	44.6	43.2916666667
4	44.0	43.0
5	36.0	17.5
7	12.2166666667	11.0916666667
9	12.0	11.0
10	13.0	5.5
11	6.0	02,07,11
13	VENETO, Po Basin	TUSCANY, Travale-Radicondoli
14	Dosso Degli Angeli gas field, hole 7C	RADICONDOLI, hole 6
15		<
16		19850000.0
17	3022.0
18	23.0
19		IT62
22		159.0
23	Pool PL3-J	QUATERNARY AND TERTIARY; SEDIMENT/IGNEOUS ROCKS
24	8.5
28	0.076
32		1.29
33	0.043
34	6.02	1.806e-06
36	6.02	1.806e-06
39	9.827
40	2.921
41	0.187
42	292.0
43	[He]=[4He]; [Ar]=[40Ar]; errors see in [Elliott et al., 1993]
46	15020.0
48	984500.0
50	-69.9
53	Elliot T. et al., 1993	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA932

Column	Version 1	Version 2
2	44.6	43.2966666667
4	44.0	43.0
5	36.0	17.8
7	12.2166666667	11.1083333333
9	12.0	11.0
10	13.0	6.5
11	6.0	02,07,11
13	VENETO, Po Basin	TUSCANY, Travale-Radicondoli
14	Dosso Degli Angeli gas field, hole 8L	RADICONDOLI, hole 8
15		<
16		19850000.0
17	3237.0
18	23.0
19		IT63
22		226.0
23	Pool PL2-B	QUATERNARY AND TERTIARY; SEDIMENT/IGNEOUS ROCKS
24	11.2
28	0.097
32		0.63
33	0.027	0.63
34	3.78	8.82e-07
36	3.78	8.82e-07
37		200.0
39	9.798
40	2.924
41	0.187
42	294.0
43	[He]=[4He]; [Ar]=[40Ar]; errors see in [Elliott et al., 1993]
46	15660.0
48	983400.0
50	-70.88
53	Elliot T. et al., 1993	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA933

Column	Version 1	Version 2
2	44.6	43.295
4	44.0	43.0
5	36.0	17.7
7	12.2166666667	11.1166666667
9	12.0	11.0
10	13.0	7.0
11	6.0	02,07,11
13	VENETO, Po Basin	TUSCANY, Travale-Radicondoli
14	Dosso Degli Angeli gas field, hole 9L	RADICONDOLI, hole 9
15		<
16		19850000.0
17	3148.0
18	22.0
19		IT64
22		238.0
23	Pool PL2-A	QUATERNARY AND TERTIARY; SEDIMENT/IGNEOUS ROCKS
24	9.6
28	0.114
32		0.56
33	0.03
34	4.2	7.84e-07
36	4.2	7.84e-07
39	9.804
40	2.921
41	0.187
42	292.0
43	[He]=[4He]; [Ar]=[40Ar]; errors see in [Elliott et al., 1993]
46	47340.0
47	2520.0
48	949600.0
50	-71.6
53	Elliot T. et al., 1993	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.

ITA934

Column	Version 1	Version 2
1	~
2	44.6	43.125
3	~
4	44.0	43.0
5	36.0	7.5
6	~
7	12.2	11.1583333333
8	~
9	12.0	11.0
10	12.0	9.5
11	6.0	02,07,11,21
13	VENETO, Po Basin	TUSCANY, Travale-RadicondoliI
14	Dosso Degli Angeli oil (??) field	Ciciano Spr. (Le Vene di Ciciano)
19		IT68
20		ITL23
21		W/S
22		21.0
23	19 samples	QUATERNARY AND TERTIARY; SEDIMENT/IGNEOUS ROCKS
25		1.4e-07
32		1.63
33	0.04	1.99
34	5.6	2.282e-06
36	5.6	2.786e-06
37		0.66
53	Elliot T. et al., 1993	Hooker et al., 1985a, 1985b; University of Cambridge database, unpubl.; Minissale et al, 2000

ITA935

Column	Version 1	Version 2
2	45.4833333333	42.517
4	45.0	42.0
5	29.0	31.02
7	10.6	12.517
9	10.0	12.0
10	36.0	31.02
11	5.0	02,07
13	VENETO, Po Basin	UMBRIA
14	Sirmione Spr. (Veneto)	Sorgente Stiffone (Narni), Valnevina Spr.
19		IT95
21	W/S	W
22		14.0
23		QUATERNARY AND TERTIARY IGNEOUS ROCKS
25		4e-06
32	0.38	0.15
33	0.38	0.14
34	53.2	2.1e-07
36	53.2	1.945e-07
37		19.5
53	Marty B. et al., 1992	Hooker et al., 1985a; University of Cambridge database, unpubl.

ITA936

Column	Version 1	Version 2
1	~
2	45.3333333333	42.4
3	~
4	45.0	42.0
5	20.0	24.0
6	~
7	11.7	12.85
8	~
9	11.0	12.0
10	42.0	51.0
11	1.0	02,07
13	VENETO, Po Basin	UMBRIA
14	Terme di Battaglia, Bagni San Bartolomeo (Veneto)	Terme di Cotilia (Rieti) Spr.
16	19780116.0
19	7802-IT	IT96
21	G
22		20.0
24	1150.0
25		6e-08
29	13130.0
32		0.21
33		0.12
34	10.0	2.94e-07
36	10.0	1.7e-07
37		2.48
42	299.0
53	Polyak et al., 1979	Hooker et al., 1985a; University of Cambridge database, unpubl.

ROM016

Column	Version 1	Version 2
11	2.0	02
14	Piriul Capelei	Piriul Capelei, hole
21		G/H
23	w=well
24	4.79	4.79e-06
29	205.0	0.000205
34	243.6	2.436e-06
36	245.0	2.45e-06
46	19560.0	0.01956
47	976800.0	0.9768
48	3372.0	0.003372

SLO001

Column	Version 1	Version 2
11	1.0	01
24	18.2749335632	1.82749335632e-05
36	13.0	1.3e-07
44	7.51329563479	7.51329563479e-06
45	84932.5645544	0.0849325645544
46	826447.86674	0.82644786674
47	75132.9563479	0.0751329563479
48	0.515050812697	5.15050812697e-07

SLO003

Column	Version 1	Version 2
11	1.0	01
24	66.8888888889	6.68888888889e-05
36	12.1	1.21e-07
44	5.96666666667	5.96666666667e-06
45	119333.333333	0.119333333333
46	821555.555556	0.821555555556
47	59666.6666667	0.0596666666667
48	2.07777777778	2.07777777778e-06

SLO006

Column	Version 1	Version 2
11	1.0	01
24	50.8978397525	5.08978397525e-05
36	10.5	1.05e-07
44	7.62294629536	7.62294629536e-06
45	69407.5174673	0.0694075174673
46	854312.121739	0.854312121739
47	76229.4629536	0.0762294629536

SLO007

Column	Version 1	Version 2
11	1.0	01
24	63.687496406	6.3687496406e-05
36	11.7	1.17e-07
44	8.26262304247	8.26262304247e-06
45	68756.1190033	0.0687561190033
46	845078.277278	0.845078277278
47	82626.2304247	0.0826262304247

SLO009

Column	Version 1	Version 2
11	1.0	01
24	52.9638477538	5.29638477538e-05
36	12.6	1.26e-07
44	7.12014764699	7.12014764699e-06
45	78663.4082287	0.0786634082287
46	849635.440245	0.849635440245
47	71201.4764699	0.0712014764699
48	0.367433039422	3.67433039422e-07

SLO015

Column	Version 1	Version 2
11	1.0	01
24	76.5591397849	7.65591397849e-05
36	12.8	1.28e-07
44	5.88172043011	5.88172043011e-06
45	125913.978495	0.125913978495
46	816021.505376	0.816021505376
47	58817.2043011	0.0588172043011

SLO029

Column	Version 1	Version 2
11	1.0	01
24	0.658916494845	6.58916494845e-07
36	785.3	7.853e-06
45	208575.027627	0.208575027627
46	774001.755069	0.774001755069
47	1387.98591257	0.00138798591257
48	1.07762385508	1.07762385508e-06

ARM005

Column	Version 1	Version 2
11	2,3	02,03
13	Lesser Caucasus Megaaniclynorium 16 a	Lesser Caucasus Megaanticlynorium 16 a
24	190.0	0.00019
36	160.0	1.6e-06
45	53000.0	0.053
46	623000.0	0.623
47	324000.0	0.324
53	Prasolov E.M., unpubl.; Barabanov, 1961	DB of E.M. Prasolov, unpubl.; Barabanov, 1961

ARM009

Column	Version 1	Version 2
11	4.0	04
13	Lesser Caucasus Megaaniclynorium 16 a	Lesser Caucasus Megaanticlynorium 16 a
23	N	Neogene
24	10.0	1e-05
29	750.0	0.00075
34	250.0	2.5e-06
36	260.0	2.6e-06
53	GIN RAS collection	DB of GIN RAS

ARM012

Column	Version 1	Version 2
11	3.0	03
13	Lesser Caucasus Megaaniclynorium 16 a	Lesser Caucasus Megaanticlynorium 16 a
24	90.0	9e-05
34	365.0	3.65e-06
36	410.0	4.1e-06
46	2000.0	0.002
47	998000.0	0.998
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

AZE001

Column	Version 1	Version 2
11	4.0	04
13	Lesser Caucasus Megaaniclynorium 16 a	Lesser Caucasus Megaanticlynorium 16 a
17	0.0
24	230.0	0.00023
29	9850.0	0.00985
34	170.0	1.7e-06
36	180.0	1.8e-06
53	GIN RAS collection	DB of GIN RAS

AZE008

Column	Version 1	Version 2
11	1,3,7	01,03,07
13	Lesser Caucasus Megaaniclynorium 16 a	Lesser Caucasus Megaanticlynorium 16 a
34	250.0	2.5e-06
35	>=	≥
36	250.0	2.5e-06
46	10100.0	0.0101
47	988000.0	0.988
48	1870.0	0.00187

AZE019

Column	Version 1	Version 2
11	4,2,7	02,04,07
13	Lesser Caucasus Megaaniclynorium 16 a	Lesser Caucasus Megaanticlynorium 16 a
34	85.0	8.5e-07
35	<=	≤
36	85.0	8.5e-07
46	399000.0	0.399
47	496000.0	0.496
52	Spr 1
53	GIN RAS collection; Barabanov, 1961, Dadashev et al, 2008	DB of GIN RAS; Barabanov, 1961, Dadashev et al, 2008

AZE021

Column	Version 1	Version 2
11	4.0	04
13	Lesser Caucasus Megaaniclynorium 16 a	Lesser Caucasus Megaanticlynorium 16 a
17	0.0
19	EMP-23b-36w'	EMP-23b-36c'
24	39900.0	0.0399
29	13700.0	0.0137
34	4.7	4.7e-08
35	<=	≤
36	4.7	4.7e-08
43	(He+Ne;Ar+heavy noble gases)	[He]=[He+Ne], [Ar]=[Ar+heavy noble gases]
53	GIN RAS collection	DB of GIN RAS

AZE024

Column	Version 1	Version 2
11	1,2	01,02,07
13	Lesser Caucasus Megaaniclynorium 16 a	Lesser Caucasus Megaanticlynorium 16 a
17	0.0
34	230.0	2.3e-06
35	>=	≥
36	230.0	2.3e-06
46	180000.0	0.18
47	787000.0	0.787
52	Spr 3
53	Matveeva et al., 1978; Barabanov, 1961, Dadashev et al, 2008	Matveeva et al., 1978; Barabanov, 1961; Dadashev et al, 2008

AZE029

Column	Version 1	Version 2
11	5,6,7	05,06,07
17	0.0
24	180.0	0.00018
29	360.0	0.00036
34	9.7	9.7e-08
36	9.6	9.6e-08
46	24000.0	0.024
48	976000.0	0.976
53	Lavrushin et al., 1996; Aliev A.A.and Kabulova A.Ya.,1980, Dadashev et al, 2008	Lavrushin et al., 1996; Aliev and Kabulova,1980; Dadashev et al, 2008

AZE032

Column	Version 1	Version 2
11	5,6,7	05,06,07
17	0.0
24	10.0	1e-05
29	60.0	6e-05
34	23.0	2.3e-07
36	22.0	2.2e-07
46	500.0	0.0005
47	32000.0	0.032
48	951000.0	0.951
53	Lavrushin et al., 1996; Aliev A.A.and Kabulova A.Ya.,1980, Dadashev et al, 2008	Lavrushin et al., 1996; Aliev and Kabulova,1980; Dadashev et al, 2008

AZE035

Column	Version 1	Version 2
11	7.0	07
13	South-Caspian province 15 / Region Kobystano-Prikurinskiy (Nizhne-Kurinskiy) 15b	South-Caspian province 15 / Kobystano-Prikurinskiy region (Nizhne-Kurinskiy region) 15b
34	30.0	3e-07
36	30.0	3e-07

AZE036

Column	Version 1	Version 2
11	7.0	07
13	South-Caspian province 15 / Region Kobystano-Prikurinskiy (Nizhne-Kurinskiy) 15b	South-Caspian province 15 / Kobystano-Prikurinskiy region (Nizhne-Kurinskiy region) 15b
34	8.3	8.3e-08
36	8.3	8.3e-08

AZE037

Column	Version 1	Version 2
11	5,6,7	05,06,07
13	South-Caspian province 15 / Region Kobystano-Prikurinskiy (Nizhne-Kurinskiy) 15b	South-Caspian province 15 / Kobystano-Prikurinskiy region (Nizhne-Kurinskiy region) 15b
17	0.0
24	10.0	1e-05
29	100.0	0.0001
34	6.2	6.2e-08
36	5.5	5.5e-08
46	6400.0	0.0064
47	4600.0	0.0046
48	989000.0	0.989
53	Lavrushin et al., 1996; Aliev A.A.and Kabulova A.Ya.,1980, Dadashev et al, 2008	Lavrushin et al., 1996; Aliev and Kabulova,1980; Dadashev et al, 2008

AZE038

Column	Version 1	Version 2
11	7.0	07
13	South-Caspian province 15 / Region Kobystano-Prikurinskiy (Nizhne-Kurinskiy) 15b	South-Caspian province 15 / Kobystano-Prikurinskiy region (Nizhne-Kurinskiy region) 15b
34	4.5	4.5e-08
36	4.5	4.5e-08

AZE039

Column	Version 1	Version 2
11	5,7	05,07
13	South-Caspian province 15 / Region Kobystano-Prikurinskiy (Nizhne-Kurinskiy) 15b	South-Caspian province 15 / Kobystano-Prikurinskiy region (Nizhne-Kurinskiy region) 15b
17	0.0
24	20.0	2e-05
29	270.0	0.00027
34	5.0	5e-08
36	4.0	4e-08

AZE040

Column	Version 1	Version 2
11	7.0	07
13	South-Caspian province 15 / Region Kobystano-Prikurinskiy (Nizhne-Kurinskiy) 15b	South-Caspian province 15 / Kobystano-Prikurinskiy region (Nizhne-Kurinskiy region) 15b
34	15.0	1.5e-07
36	15.0	1.5e-07

AZE041

Column	Version 1	Version 2
11	7.0	07
13	South-Caspian province 15 / Region Kobystano-Prikurinskiy (Nizhne-Kurinskiy) 15b	South-Caspian province 15 / Kobystano-Prikurinskiy region (Nizhne-Kurinskiy region) 15b
34	5.8	5.8e-08
36	5.8	5.8e-08

AZE042

Column	Version 1	Version 2
11	7.0	07
13	South-Caspian province 15 / Region Kobystano-Prikurinskiy (Nizhne-Kurinskiy) 15b	South-Caspian province 15 / Kobystano-Prikurinskiy region (Nizhne-Kurinskiy region) 15b
34	6.2	6.2e-08
36	6.2	6.2e-08
53	Dadashev et al, 2009	Dadashev et al, 2008

AZE043

Column	Version 1	Version 2
11	7.0	07
13	South-Caspian province 15 / Region Kobystano-Prikurinskiy (Nizhne-Kurinskiy) 15b	South-Caspian province 15 / Kobystano-Prikurinskiy region (Nizhne-Kurinskiy region) 15b
34	27.0	2.7e-07
36	27.0	2.7e-07

AZE044

Column	Version 1	Version 2
11	7.0	07
13	South-Caspian province 15 / Region Kobystano-Prikurinskiy (Nizhne-Kurinskiy) 15b	South-Caspian province 15 / Kobystano-Prikurinskiy region (Nizhne-Kurinskiy region) 15b
34	26.0	2.6e-07
36	26.0	2.6e-07
53	Dadashev et al, 2009	Dadashev et al, 2008

AZE045

Column	Version 1	Version 2
11	7.0	07
13	South-Caspian province 15 / Region Kobystano-Prikurinskiy (Nizhne-Kurinskiy) 15b	South-Caspian province 15 / Kobystano-Prikurinskiy region (Nizhne-Kurinskiy region) 15b
34	9.0	9e-08
36	9.0	9e-08
53	Dadashev et al, 2010	Dadashev et al, 2008

AZE046

Column	Version 1	Version 2
11	7.0	07
13	South-Caspian province 15 / Region Kobystano-Prikurinskiy (Nizhne-Kurinskiy) 15b	South-Caspian province 15 / Kobystano-Prikurinskiy region (Nizhne-Kurinskiy region) 15b
34	2.8	2.8e-08
36	2.8	2.8e-08
53	Dadashev et al, 2011	Dadashev et al, 2008

AZE047

Column	Version 1	Version 2
11	5,8	05,08
13	South-Caspian province 15 / Region Kobystano-Prikurinskiy (Nizhne-Kurinskiy) 15b	South-Caspian province 15 / Kobystano-Prikurinskiy region (Nizhne-Kurinskiy region) 15b
23	N	Neogene
24	380.0	0.00038
29	334.0	0.000334
34	37.0	3.7e-07
36	36.0	3.6e-07
46	2000.0	0.002
47	0.0
48	997900.0	0.9979
53	Lavrushin et al., 1996; Prasolov E.M., unpubl.	Lavrushin et al., 1996; DB of E.M. Prasolov, unpubl.

AZE048

Column	Version 1	Version 2
11	7.0	07
13	South-Caspian province 15 / Region Kobystano-Prikurinskiy (Nizhne-Kurinskiy) 15b	South-Caspian province 15 / Kobystano-Prikurinskiy region (Nizhne-Kurinskiy region) 15b
34	35.0	3.5e-07
36	35.0	3.5e-07
53	Dadashev et al, 2012	Dadashev et al, 2008

AZE049

Column	Version 1	Version 2
11	5.0	05
13	South-Caspian province 15 / Region Kobystano-Prikurinskiy (Nizhne-Kurinskiy) 15b	South-Caspian province 15 / Kobystano-Prikurinskiy region (Nizhne-Kurinskiy region) 15b
23	N	Neogene
24	15.0	1.5e-05
29	20.0	2e-05
34	21.0	2.1e-07
36	21.0	2.1e-07

AZE050

Column	Version 1	Version 2
11	7.0	07
13	South-Caspian province 15 / Region Kobystano-Prikurinskiy (Nizhne-Kurinskiy) 15b	South-Caspian province 15 / Kobystano-Prikurinskiy region (Nizhne-Kurinskiy region) 15b
34	20.0	2e-07
36	20.0	2e-07

AZE051

Column	Version 1	Version 2
11	5.0	05
13	South-Caspian province 15 / Region Kobystano-Prikurinskiy (Nizhne-Kurinskiy) 15b	South-Caspian province 15 / Kobystano-Prikurinskiy region (Nizhne-Kurinskiy region) 15b
17	0.0
24	60.0	6e-05
29	300.0	0.0003
34	5.0	5e-08
36	4.0	4e-08

AZE052

Column	Version 1	Version 2
11	5.0	05
13	South-Caspian province 15 / Region Kobystano-Prikurinskiy (Nizhne-Kurinskiy) 15b	South-Caspian province 15 / Kobystano-Prikurinskiy region (Nizhne-Kurinskiy region) 15b
17	0.0
24	10.0	1e-05
29	60.0	6e-05
34	12.0	1.2e-07
36	12.0	1.2e-07

AZE053

Column	Version 1	Version 2
11	5,8	05,08
13	South-Caspian province 15 / Region Kobystano-Prikurinskiy (Nizhne-Kurinskiy) 15b	South-Caspian province 15 / Kobystano-Prikurinskiy region (Nizhne-Kurinskiy region) 15b
23	N	Neogene
24	11.0	1.1e-05
29	70.0	7e-05
34	6.8	6.8e-08
36	6.6	6.6e-08
46	25000.0	0.025
47	7000.0	0.007
48	968300.0	0.9683
53	Lavrushin et al., 1996; Prasolov E.M., unpubl.	Lavrushin et al., 1996; DB of E.M. Prasolov, unpubl.

AZE054

Column	Version 1	Version 2
11	7.0	07
13	South-Caspian province 15 / Region Kobystano-Prikurinskiy (Nizhne-Kurinskiy) 15b	South-Caspian province 15 / Kobystano-Prikurinskiy region (Nizhne-Kurinskiy region) 15b
34	30.0	3e-07
36	30.0	3e-07

BEL001

Column	Version 1	Version 2
11	1,2	01,02
24	400.0	0.0004
34	6.0	6e-08
35	<=	≤
36	6.0	6e-08
43	(Ar)rad, ppm = 1080
46	33000.0	0.033
47	16000.0	0.016
48	939000.0	0.939
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl.

BEL002

Column	Version 1	Version 2
11	1,2	01,02
24	450.0	0.00045
29	490.0	0.00049
34	2.0	2e-08
35	<=	≤
36	2.0	2e-08
43	(Ar)rad, ppm = 23
46	52000.0	0.052
47	10000.0	0.01
48	91443.0	0.091443
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl.

BEL003

Column	Version 1	Version 2
11	2.0	02
24	400.0	0.0004
34	3.1	3.1e-08
35	<=	≤
36	3.1	3.1e-08
43	(Ar)rad, ppm = 62.2
46	130000.0	0.13
47	62000.0	0.062
48	790000.0	0.79
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 5а-ЕМP-13а

BEL008

Column	Version 1	Version 2
11	1,2	01,02
21	W/H
24	11800.0	0.0118
34	13.0	1.3e-07
35	<=	≤
36	13.0	1.3e-07
46	986000.0	0.986
48	11750.0	0.01175
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl.

BEL009

Column	Version 1	Version 2
11	1,2	01,02
19	13d'	13e'
21	W/H
24	1120.0	0.00112
29	3840.0	0.00384
34	5.3	5.3e-08
35	<=	≤
36	5.3	5.3e-08
43	(Ar)rad, ppm = 107
46	380000.0	0.38
48	29318.0	0.029318
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl.

BEL010

Column	Version 1	Version 2
11	1,2	01,02
21	W/H
24	34200.0	0.0342
34	16.0	1.6e-07
35	<=	≤
36	16.0	1.6e-07
46	786000.0	0.786
47	102000.0	0.102
48	13950.0	0.01395
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl.

BEL011

Column	Version 1	Version 2
11	1,2	01,02
24	460.0	0.00046
29	390.0	0.00039
34	7.8	7.8e-08
35	<=	≤
36	7.8	7.8e-08
43	(Ar)rad, ppm = 55
46	33000.0	0.033
47	17000.0	0.017
48	939000.0	0.939
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl.

BEL013

Column	Version 1	Version 2
11	2.0	02
24	400.0	0.0004
34	16.2	1.62e-07
35	<=	≤
36	16.2	1.62e-07
43	(Ar)rad, ppm = 130
46	97000.0	0.097
47	19000.0	0.019
48	884000.0	0.884
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 5а'-ЕМP-16a

BEL015

Column	Version 1	Version 2
11	1.0	01
21	W/H
24	410.0	0.00041
29	420.0	0.00042
34	15.0	1.5e-07
35	<=	≤
36	15.0	1.5e-07
46	64000.0	0.064
47	42000.0	0.042
48	893500.0	0.8935
52	[CH4]=[CH4+C2...C5]	[CH4]=[CH4+heavy HCs]

BEL018

Column	Version 1	Version 2
11	2.0	02
24	380.0	0.00038
29	760.0	0.00076
34	3.4	3.4e-08
35	<=	≤
36	3.4	3.4e-08
43	(Ar)rad, ppm = 71
46	46000.0	0.046
48	949000.0	0.949
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

BEL019

Column	Version 1	Version 2
11	1,2	01,02
24	370.0	0.00037
29	870.0	0.00087
34	2.7	2.7e-08
35	<=	≤
36	2.6	2.6e-08
43	(Ar)rad, ppm = 43
46	63000.0	0.063
47	15000.0	0.015
48	923300.0	0.9233
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl.

GEO010

Column	Version 1	Version 2
17	0.0
23	N2, SSGC	N2
24	67.6	6.76e-05
26	0.14	1.4e-07
29	196.0	0.000196
34	130.0	1.3e-06
36	130.0	1.3e-06
46	65000.0	0.065
47	67000.0	0.067
48	868000.0	0.868
53	Lavrushin et al., 1998; Kikvadze et al., 2010	Lavrushin et al., 1998; Polyak et al., 2009; Kikvadze et al., 2010

GEO011

Column	Version 1	Version 2
11	4,11,13	04,11,13
17	0.0
24	71.0	7.1e-05
26	0.097	9.7e-08
29	102.0	0.000102
34	135.0	1.35e-06
36	135.0	1.35e-06
53	GIN RAS collection; Kikvadze et al., 2010	DB of GIN RAS; Polyak et al., 2009; Kikvadze et al., 2010

GEO012

Column	Version 1	Version 2
11	4,11,13	04,11,13
17	0.0
24	70.0	7e-05
26	0.122	1.22e-07
29	169.0	0.000169
34	139.0	1.39e-06
36	139.0	1.39e-06
53	GIN RAS collection; Kikvadze et al., 2010	DB of GIN RAS; Polyak et al., 2009; Kikvadze et al., 2010

GEO015

Column	Version 1	Version 2
17	0.0
24	5.0	5.2e-06
26	0.18	1.8e-07
29	201.0	0.000201
34	25.0	2.5e-07
35	<=	≤
36	25.0	2.5e-07
46	192000.0	0.192
47	41400.0	0.0414
48	765200.0	0.7652
53	Lavrushin et al., 1998; Polyak et al., 2008; Kikvadze et al., 2010	Lavrushin et al., 1998; Polyak et al., 2009; Kikvadze et al., 2010

GEO016

Column	Version 1	Version 2
17	0.0
24	7.5	7.5e-06
26	0.69	6.9e-07
29	1510.0	0.00151
34	50.2	5.02e-07
35	<	≤
36	50.2	5.02e-07
46	127000.0	0.127
47	24800.0	0.0248
48	845500.0	0.8455
53	Lavrushin et al., 1998; Polyak et al., 2008; Kikvadze et al., 2010	Lavrushin et al., 1998; Polyak et al., 2009; Kikvadze et al., 2010

GEO017

Column	Version 1	Version 2
11	4,8,11	04,08,11
24	20.0	2e-05
29	1540.0	0.00154
34	80.0	8e-07
36	75.0	7.5e-07
53	GIN RAS collection; Buachidze, Mkheidze, 1989; Polyak et al., 2008	DB of GIN RAS; Buachidze, Mkheidze, 1989; Polyak et al., 2009

GEO031

Column	Version 1	Version 2
11	4,3	03,04
24	481.0	0.000481
26	1.6	1.6e-06
29	1770.0	0.00177
34	418.0	4.18e-06
36	418.0	4.18e-06
46	74000.0	0.074
47	510000.0	0.51
48	416000.0	0.416
52	Hole 47; averaged values	Hole 47; Macrogas concentrations accepted as mean value for LOCALITY
53	GIN RAS collection; Buachidze, 1975	DB of GIN RAS; Buachidze, 1975

GEO032

Column	Version 1	Version 2
11	4,3	03,04
17	0.0
24	162.0	0.000162
26	2.5	2.5e-06
29	3560.0	0.00356
34	684.0	6.84e-06
36	684.0	6.84e-06
46	63000.0	0.063
47	937000.0	0.937
53	GIN RAS collection; Buachidze, 1975	DB of GIN RAS; Buachidze, 1975

GEO034

Column	Version 1	Version 2
11	3,8	03,08
34	320.0	3.2e-06
35	>=	≥
36	320.0	3.2e-06
46	233000.0	0.233
47	6000.0	0.006
48	761000.0	0.761
52	Hole 39; averaged values	Hole 39; Macrogas concentrations accepted as mean value for LOCALITY

GEO043

Column	Version 1	Version 2
11	4,6,3,12	03,04,06,12
24	23.0	2.3e-05
29	7500.0	0.0075
34	174.0	1.74e-06
36	215.0	2.15e-06
47	977000.0	0.977
53	GIN RAS collection; Gemp et al., 1979; Buachidze, 1975; Polyak et al., 2000	DB of GIN RAS; Gemp et al., 1979; Buachidze, 1975; Polyak et al., 2000

GEO047

Column	Version 1	Version 2
11	4,8,12	04,08,12
17	0.0
24	346.0	0.000346
26	8.5	8.5e-06
29	10550.0	0.01055
34	34.7	3.47e-07
36	34.0	3.4e-07
52	CH4
53	GIN RAS collection; Buachidze, Mkheidze, 1989; Polyak et al., 2000	DB of GIN RAS; Buachidze, Mkheidze, 1989; Polyak et al., 2000

GEO049

Column	Version 1	Version 2
2		42.909
4		42.0
5		54.54
7		43.697
9		43.0
10		41.82
11	8.0	11.0
13	GCMR, Main Great Caucasus Range	GCNS, Northern slope of Great Caucasus
14	Tita settl., lower spr.	Dzinaga Camping, borehole 8
16		20000920.0
17	0.0
19		32/00
21	G/S
24		0.0014
34	54.0	1.7e-07
36	54.0	1.7e-07
38		344.0
45		0.002
46		0.112
47		0.8646
48		0.0217
53	Buachidze, Mkheidze, 1989	Polyak et al., 2009

GEO050

Column	Version 1	Version 2
2	42.909	42.704
5	54.54	42.24
7	43.697	44.167
9	43.0	44.0
10	41.82	10.02
13	GCSS, Northern slope of Great Caucasus	GCNS, Northern slope of Great Caucasus
14	Dzinaga Camping, borehole 8	Khilag Spr.,Fiagdon R.
16	20000920.0	19990928
19	32/00	25/99
24	1400.0	5.4e-07
26		2.9e-07
34	17.0	2.15e-06
36	17.0	2.28e-06
38	344.0	2.0
45	2000.0	0.0016
46	112000.0	0.0169
47	864600.0	0.9807
48	21700.0	0.0081
53	Polyak et al., 2008	Polyak et al., 2009

GEO051

Column	Version 1	Version 2
2	42.704	42.813
5	42.24	48.78
7	44.167	44.497
10	10.02	29.82
13	GCSS, Northern slope of Great Caucasus	GCNS, Northern slope of Great Caucasus
14	Khilag Spr.,Fiagdon R.	Nizhne-Karmadon Sprs., borehole 29
16	19990928	20000925.0
19	25/99	40/00
21		G/H
24	0.54	0.0079
26	0.29
34	215.0	2.7e-07
36	228.0	2.7e-07
38	2.0	962.0
45	1600.0	0.0034
46	16900.0	0.547
47	980700.0	0.0277
48	8100.0	0.4221
53	Polyak et al., 2008	Polyak et al., 2009

GEO052

Column	Version 1	Version 2
2	42.813	42.961
5	48.78	57.66
7	44.497	44.209
10	29.82	12.54
13	GCSS, Northern slope of Great Caucasus	GCNS, Northern slope of Great Caucasus
14	Nizhne-Karmadon Sprs., borehole 29	Tamisk Settl., borehole 3, 750 m.
16	20000925.0	19990927
19	40/00	24/99
24	7900.0	0.000176
26		1.65e-05
34	27.0	1.38e-07
36	27.0	1.1e-07
38	962.0	11.8
45	3400.0	0.0117
46	547000.0	0.943
47	27700.0	0.0342
48	422100.0	0.0108
53	Polyak et al., 2008	Polyak et al., 2009

GEO053

Column	Version 1	Version 2
2	42.961	42.883
5	57.66	52.98
7	44.209	43.594
9	44.0	43.0
10	12.54	35.64
13	GCSS, Northern slope of Great Caucasus	GCNS, Northern slope of Great Caucasus
14	Tamisk Settl., borehole 3, 750 m.	Tanadon River, Kubus Spr.
16	19990927	19990923
19	24/99	23/99
21	G/H	G/S
24	176.0	5.1e-07
26	16.5	3.6e-07
34	13.8	1.45e-06
36	11.0	1.46e-06
38	11.8	1.55
45	11700.0	0.0008
46	943000.0	0.0102
47	34200.0	0.986
48	10800.0	0.0029
53	Polyak et al., 2008	Polyak et al., 2009

GEO054

Column	Version 1	Version 2
2	42.883	42.467
5	52.98	28.0
7	43.594	44.017
9	43.0	44.0
10	35.64	1.0
11	11.0	04,12
13	GCSS, Northern slope of Great Caucasus	GCSS, Southern slope of Great Caucasus
14	Tanadon River, Kubus Spr.	Artskheli Spr., spring
15		<
16	19990923	19780000.0
19	23/99	EMP-GIB
22		14.0
23		J2
24	0.51
26	0.36
34	145.0	8.2e-07
36	146.0	8.2e-07
38	1.55
45	800.0
46	10200.0	0.017
47	986000.0	0.983
48	2900.0
53	Polyak et al., 2008	DB of GIN RAS; Polyak et al., 2000

GEO055

Column	Version 1	Version 2
2	42.467	43.517
4	42.0	43.0
5	28.0	31.0
7	44.017	40.617
9	44.0	40.0
10	1.0	37.0
11	4,12	01,06,08,12
14	Artskheli Spr., spring	Avadkhara settl., hole
17	0.0	250.0
19	EMP-GIB	EMS-51
21	G/S	G/H
22	14.0	10.0
23	J2	J1
34	82.0	3.1e-07
35		≤
36	82.0	3.1e-07
46	17000.0	0.033
47	983000.0	0.967
53	GIN RAS collection; Polyak et al., 2000	Matveeva et al., 1978; Gemp et al., 1979; Buachidze, Mkheidze, 1989; Polyak et al., 2000

GEO056

Column	Version 1	Version 2
2	43.517	42.473
4	43.0	42.0
5	31.0	49.0
7	40.617	44.075
9	40.0	41.0
10	37.0	44.0
11	1,6,8,12	07,08,11,12
14	Avadkhara settl., hole	Bagiata Spr., hole 8
17	250.0
19	EMS-51	EMP-GIB
21	G/H	G/S
22	10.0
23	J1	K1
34	31.0	6.5e-06
35	<=
36	31.0	6.5e-06
46	33000.0	0.028
47	967000.0	0.972
53	Matveeva et al., 1978; Gemp et al., 1979; Buachidze, Mkheidze, 1989; Polyak et al., 2000	DB of E.M. Prasolov, unpubl.; Buachidze, Mkheidze, 1989; Polyak et al., 2000,2009

GEO057

Column	Version 1	Version 2
11	7,8,11,12	03,06,11
14	Bagiata Spr., hole 8	Bagiata Spr., spring
15	<
16	19780000.0	19880000.0
17	0.0
19	EMP-GIB	GIB8815/2
23	K1
29		0.0004
34	650.0	1.18e-06
36	650.0	1.16e-06
38		3.3
42		294.7
46	28000.0
47	972000.0
53	Prasolov E.M., unpubl.; Buachidze, Mkheidze, 1989; Polyak et al., 2008; Polyak et al., 2000	Gemp et al., 1979; Buachidze, 1975; Polyak et al., 2009

GEO058

Column	Version 1	Version 2
2	42.473	43.033
4	42.0	43.0
5	49.0	1.98
7	44.075	42.6
9	41.0	42.0
10	44.0	36.0
11	3,6,11	01,08,12
14	Bagiata Spr., spring	Dalasvili Spr., spring
15		<
16	19880000.0	19780000.0
17	0.0
19	GIB8815/2	EMS-49
21	G/S	G/H
29	400.0
34	118.0	3.6e-06
35		≥
36	116.0	3.6e-06
38	3.3
42	294.7
53	Gemp et al., 1979; Buachidze, 1975; Polyak et al., 2008	Matveeva et al., 1978; Buachidze, Mkheidze, 1989; Polyak et al., 2000

GEO059

Column	Version 1	Version 2
2	43.033	43.35
5	1.98	21.0
7	42.6	40.267
9	42.0	40.0
10	36.0	16.0
11	1,8,12	01,03,06,08,12
14	Dalasvili Spr., spring	Gagra-city, "deep" hole
17	0.0
19	EMS-49	EMS-50
22		48.0
23		J3
34	360.0	8.9e-08
35	>=
36	360.0	6.7e-08
46		0.969
47		0.026
48		0.005
53	Matveeva et al., 1978; Buachidze, Mkheidze, 1989; Polyak et al., 2000	Matveeva et al., 1978; Gemp et al., 1979; Buachidze, 1975; Buachidze, Mkheidze, 1989; Polyak et al., 2000

GEO060

Column	Version 1	Version 2
2	43.35	42.667
4	43.0	42.0
5	21.0	40.0
7	40.267	45.15
9	40.0	45.0
10	16.0	9.0
11	1,3,6,8,12	03,04,06,12
14	Gagra-city, "deep" hole	Khakhmati settl., upper spring
15	<
16	19780000.0	19880000.0
19	EMS-50	GIB8804
21	G/H	G/S
22	48.0	8.0
23	J3	J2
24		8.5e-06
29		0.00076
34	8.9	3.55e-06
36	6.7	3.66e-06
38		5.9
42		293.0
46	969000.0	0.022
47	26000.0	0.978
48	5000.0
53	Matveeva et al., 1978; Gemp et al., 1979; Buachidze, 1975; Buachidze, Mkheidze, 1989; Polyak et al., 2000	DB of GIN RAS; Gemp et al., 1979; Buachidze, 1975; Polyak et al., 2000

GEO061

Column	Version 1	Version 2
2	42.667	42.383
5	40.0	23.0
7	45.15	44.783
9	45.0	44.0
10	9.0	47.0
11	3,4,6,12	04,08,11,12
14	Khakhmati settl., upper spring	Makarta Spr., spring
15		<
16	19880000.0	19780000.0
17	0.0
19	GIB8804	EMP-GIB
22	8.0	7.0
23	J2	K1
24	8.5	3e-05
29	760.0
34	355.0	6.9e-06
36	366.0	6.9e-06
38	5.9
42	293.0
46	22000.0	0.002
47	978000.0	0.998
53	GIN RAS collection; Gemp et al., 1979; Buachidze, 1975; Polyak et al., 2000	DB of GIN RAS; Buachidze, Mkheidze, 1989; Polyak et al., 2000,2009

GEO062

Column	Version 1	Version 2
2	42.383	43.067
4	42.0	43.0
5	23.0	4.02
7	44.783	42.617
9	44.0	42.0
10	47.0	37.0
11	4,8,11,12	01,08,12
14	Makarta Spr., spring	Mazeri settl., hole near bridge
17	0.0
19	EMP-GIB	EMS-48
21	G/S	G/H
22	7.0	13.0
23	K1	J1
24	30.0
34	690.0	8e-06
35		≥
36	690.0	8e-06
46	2000.0	0.111
47	998000.0	0.834
48		0.055
53	GIN RAS collection; Buachidze, Mkheidze, 1989; Polyak et al., 2008; Polyak et al., 2000	Matveeva et al., 1978; Buachidze, Mkheidze, 1989; Polyak et al., 2000

GEO063

Column	Version 1	Version 2
2	43.067	43.05
5	4.02	3.0
7	42.617	42.667
10	37.0	40.0
11	1,8,12	04,12
14	Mazeri settl., hole near bridge	Mestiya settl., spring
15	<
16	19780000.0	19880000.0
17	0.0
19	EMS-48	GIB8817
21	G/H	G/S
23	J1	J2
24		2.2e-06
29		0.00051
34	800.0	2.24e-06
35	>=
36	800.0	2.43e-06
38		1.6
42		295.9
46	111000.0	0.017
47	834000.0	0.983
48	55000.0
53	Matveeva et al., 1978; Buachidze, Mkheidze, 1989; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

GEO064

Column	Version 1	Version 2
11	4,12	04,12
15		<
16	19880000.0	19780000.0
17	0.0
19	GIB8817	EMP-VPY
24	2.2
29	510.0
34	224.0	1.2e-06
35		≤
36	243.0	1.2e-06
38	1.6
42	295.9
46	17000.0
47	983000.0
53	GIN RAS collection; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

GEO065

Column	Version 1	Version 2
2	43.05	42.415
4	43.0	42.0
5	3.0	24.9
7	42.667	44.609
9	42.0	44.0
10	40.0	36.54
11	4,12	08,11,12
14	Mestiya settl., spring	Nadibaani settl., spr.
15	<
16	19780000.0
17	0.0
19	EMP-VPY
22	13.0	10.0
23	J2	K1
34	120.0	6.6e-06
35	<=
36	120.0	6.6e-06
46		0.0027
47		0.969
48		0.004
53	GIN RAS collection; Polyak et al., 2000	Buachidze, Mkheidze, 1989; Polyak et al., 2000,2009

GEO066

Column	Version 1	Version 2
2	42.415	42.655
5	24.9	27.0
7	44.609	44.644
10	36.54	39.0
11	8,11,12	04,11
14	Nadibaani settl., spr.	Pansheti settl., hole 37
16		19970000.0
17	0.0
19		9714.0
21	G/S	G/H
22	10.0
23	K1, Nadibaant-vedza, hole 1
34	660.0	2.04e-06
36	660.0	2.04e-06
38		134.0
46	2700.0
47	969000.0
48	4000.0
53	Buachidze, Mkheidze, 1989; Polyak et al., 2008	DB of GIN RAS; Polyak et al., 2009

GEO067

Column	Version 1	Version 2
11	4,11	03,06,08,11,12
14	Pansheti settl., hole 37	Pansheti settl., spring
15		<
16	19970000.0	19780000.0
19	9714.0	EMP-GIB
21	G/H	G/S
22		15.0
23		J2
34	204.0	2.5e-06
36	204.0	2.5e-06
38	134.0
46		0.092
47		0.908
53	GIN RAS collection; Polyak et al., 2008	Gemp et al., 1979; Buachidze, 1975; Buachidze, Mkheidze, 1989; Polyak et al., 2000, 2009

GEO068

Column	Version 1	Version 2
2	42.655	42.35
5	27.0	21.0
7	44.644	44.683
10	39.0	40.98
11	3,6,8,11,12	08,11,12
14	Pansheti settl., spring	Passanauri settl., hole 9
17	0.0
19	EMP-GIB	GIB
21	G/S	G/H
22	15.0	18.0
23	J2	K1
34	250.0	3e-06
36	250.0	3e-06
46	92000.0	0.223
47	908000.0	0.651
48		0.126
53	Gemp et al., 1979; Buachidze, 1975; Buachidze, Mkheidze, 1989; Polyak et al., 2008; Polyak et al., 2000	Buachidze, Mkheidze, 1989; Polyak et al., 2000,2009

GEO069

Column	Version 1	Version 2
2	42.35	42.582
5	21.0	34.92
7	44.683	44.469
10	40.98	28.14
11	8,11,12	03,06,08
14	Passanauri settl., hole 9	Truso Spr, Narzan-Vokliuz spring
15	<
16	19780000.0	19830000.0
19	GIB	I-374-84
21	G/H	G/S
22	18.0
23	K1
24		1e-05
29		0.00028
34	300.0	1.2e-06
35		≤
36	300.0	1.2e-06
46	223000.0
47	651000.0
48	126000.0
53	Buachidze, Mkheidze, 1989; Polyak et al., 2008; Polyak et al., 2000	Gemp et al., 1979; Buachidze, 1975; Buachidze, Mkheidze, 1989

GEO070

Column	Version 1	Version 2
11	3,6,8	04,08,11,12
14	Truso Spr, Narzan-Vokliuz spring	Truso Spr, Styr-Suar spring
17	0.0
19	I-374-84	I-375-84
22		7.0
23	(42,567; 44,067)
24	10.0	2e-05
29	280.0	0.00059
34	120.0	2.6e-06
35	<=
36	120.0	2.7e-06
46		0.015
47		0.979
48		0.006
53	Gemp et al., 1979; Buachidze, 1975; Buachidze, Mkheidze, 1989	DB of GIN RAS; Buachidze, Mkheidze, 1989; Polyak et al., 2000,2009

GEO071

Column	Version 1	Version 2
2	42.582	42.433
5	34.92	26.0
7	44.469	41.833
9	44.0	41.0
10	28.14	50.0
11	4,8,11,12	01,03,08
14	Truso Spr, Styr-Suar spring	Tsaishi settl., "New" hole
15		<
16	19830000.0	19780000.0
17	0.0
19	I-375-84	EMS-54
21	G/S	G/H
22	7.0
23	J3, (42,582; 44,469)	K1
24	20.0
29	590.0
34	260.0	1.2e-06
35		≤
36	270.0	1.2e-06
46	15000.0	0.611
47	979000.0	0.36
48	6000.0	0.029
52		Hole 1 (Hole 5: CH4 - 595000, CO2 - 13000, N2 - 392000)
53	GIN RAS collection; Buachidze, Mkheidze, 1989; Polyak et al., 2008; Polyak et al., 2000	Matveeva et al., 1978; Buachidze, 1975; Buachidze, Mkheidze, 1989

GEO072

Column	Version 1	Version 2
2	42.433	42.733
5	26.0	44.0
7	41.833	42.8
9	41.0	42.0
10	50.0	48.0
11	1,3,8	04,08,12
14	Tsaishi settl., "New" hole	Tsiplakakiya Spr., spring
19	EMS-54	EMP-GIB
21	G/H	G/S
23	K1
24		4e-05
34	120.0	9e-07
35	<=
36	120.0	9e-07
46	611000.0
47	360000.0
48	29000.0
52	Hole 1 (Hole 5: CH4 - 595000, CO2 - 13000, N2 - 392000)
53	Matveeva et al., 1978; Buachidze, 1975; Buachidze, Mkheidze, 1989	DB of GIN RAS; Buachidze, Mkheidze, 1989; Polyak et al., 2000

GEO073

Column	Version 1	Version 2
2	42.733	42.333
5	44.0	20.0
7	42.8	42.667
10	48.0	40.0
11	4,8,12	01,02,08
14	Tsiplakakiya Spr., spring	Tskhaltubo Res., spring (hole) 12
17	0.0
19	EMP-GIB	EMS-56
23		K1
24	40.0
34	90.0	1.5e-06
35		≥
36	90.0	1.5e-06
45		0.021
46		0.966
47		0.02
53	GIN RAS collection; Buachidze, Mkheidze, 1989; Polyak et al., 2000	Matveeva et al., 1978; Barabanov & Disler, 1968; Buachidze, Mkheidze, 1989

GEO074

Column	Version 1	Version 2
11	1,2,8	03,08
14	Tskhaltubo Res., spring (hole) 12	Tskhaltubo Res., spring 10
16	19780000.0	19840000.0
19	EMS-56	I-373-84
20		GIB
24		0.00026
29		0.0128
34	150.0	1.3e-06
35	>=
36	150.0	1.3e-06
45	21000.0
46	966000.0
47	20000.0
53	Matveeva et al., 1978; Barabanov & Disler, 1968; Buachidze, Mkheidze, 1989	Buachidze, 1975; Buachidze, Mkheidze, 1989

GEO076

Column	Version 1	Version 2
11	3,8	03,08
14	Tskhaltubo Res., spring 6-k	Tskhaltubo Res., spring 8
17	0.0
19	I-371-84	I-372-84
24	260.0	0.00026
29	12900.0	0.0115
34	150.0	1.1e-06
36	160.0	1.1e-06
46	989000.0
47	11000.0
52	Spring N2

GEO077

Column	Version 1	Version 2
2	42.333	42.7
5	20.0	42.0
7	42.667	43.283
9	42.0	43.0
10	40.0	17.0
11	3,8	04,08,12
14	Tskhaltubo Res., spring 8	Uravi Spr., spring
16	19840000.0	19780000.0
17	0.0
19	I-372-84	EMP-GIB
20	GIB
23	K1
24	260.0	8e-05
29	11500.0
34	110.0	6.4e-08
36	110.0	6.4e-08
53	Buachidze, 1975; Buachidze, Mkheidze, 1989	DB of GIN RAS; Buachidze, Mkheidze, 1989; Polyak et al., 2000

GEO078

Column	Version 1	Version 2
2	42.7	42.757
5	42.0	45.42
7	43.283	44.482
9	43.0	44.0
10	17.0	28.92
11	4,8,12	11.0
14	Uravi Spr., spring	Verkhne-Karmadon Spr.
15	<
16	19780000.0	20030715.0
17	0.0
19	EMP-GIB	4/03
21	G/S
24	80.0	1.6e-05
34	6.4	1.89e-06
36	6.4	1.9e-06
38		16.0
45		0.0027
46		0.0256
47		0.9714
48		0.00037
53	GIN RAS collection; Buachidze, Mkheidze, 1989; Polyak et al., 2000	Polyak et al., 2009

GEO079

Column	Version 1	Version 2
2	42.757	42.711
5	45.42	42.66
7	44.482	43.974
9	44.0	43.0
10	28.92	58.44
14	Verkhne-Karmadon Spr.	Zaramag Settl., borehole
16	20030715.0	20030720.0
19	4/03	6/03
24	16.0	2.8e-05
34	189.0	2.54e-06
36	190.0	2.56e-06
38	16.0	23.0
45	2700.0	0.0029
46	25600.0	0.11
47	971400.0	0.8813
48	370.0	0.006
53	Polyak et al., 2008	Polyak et al., 2009

GEO080

Column	Version 1	Version 2
2	42.711	42.583
5	42.66	35.0
7	43.974	45.117
9	43.0	45.0
10	58.44	7.0
11	11.0	04,11,12
13	GCSS, Southern slope of Great Caucasus	GREAT CAUCASUS
14	Zaramag Settl., borehole	Datvisi Spr., spring
16	20030720.0	19880000.0
19	6/03	GIB8803
21		G/S
24	28.0	0.00114
29		0.00086
34	254.0	1.93e-06
36	256.0	1.93e-06
38	23.0	1600.0
42		416.0
45	2900.0
46	110000.0
47	881300.0
48	6000.0
53	Polyak et al., 2008	DB of GIN RAS; Polyak et al., 2000,2009

GEO081

Column	Version 1	Version 2
2	42.583	42.433
5	35.0	26.0
7	45.117	42.317
9	45.0	42.0
10	7.0	19.0
11	4,11,12	01,08,12
14	Datvisi Spr., spring	Lugella Spr., hole 1
15		<
16	19880000.0	19780000.0
17	0.0
19	GIB8803	EMS-52
21	G/S	G/H
23		J2
24	1140.0
29	860.0
34	193.0	5e-07
35		≤
36	193.0	5e-07
38	1600.0
42	416.0
53	GIN RAS collection; Polyak et al., 2008; Polyak et al., 2000	Matveeva et al., 1978; Buachidze, Mkheidze, 1989; Polyak et al., 2000

GEO082

Column	Version 1	Version 2
2	42.433	42.667
5	26.0	40.0
7	42.317	42.767
10	19.0	46.0
11	1,8,12	04,08,12
14	Lugella Spr., hole 1	Rechkhi settl., hole 47
19	EMS-52	EMP-13`
23	J2
24		4e-05
29		0.009
34	50.0	1.35e-06
35	<=	≤
36	50.0	1.35e-06
53	Matveeva et al., 1978; Buachidze, Mkheidze, 1989; Polyak et al., 2000	DB of GIN RAS; Buachidze, Mkheidze, 1989; Polyak et al., 2000

GEO083

Column	Version 1	Version 2
2	42.667
4	42.0
5	40.0
7	42.767
9	42.0
10	46.0
11	4,8,12	08
14	Rechkhi settl., hole 47	Tita settl., lower spr.
15	<
16	19780000.0
17	0.0
19	EMP-13`
21	G/H	G/S
24	40.0
29	9000.0
34	135.0	5.4e-07
35	<=
36	135.0	5.4e-07
53	GIN RAS collection; Buachidze, Mkheidze, 1989; Polyak et al., 2000	Buachidze, Mkheidze, 1989

GEO084

Column	Version 1	Version 2
11	3,4,6,12	03,04,06,12
24	29.0	2.9e-05
26	1.51	1.51e-05
29	16500.0	0.0165
34	43.7	4.37e-07
36	27.9	2.79e-07
46	556000.0	0.556
47	435000.0	0.435
48	9000.0	0.009
53	GIN RAS collection; Gemp et al., 1979; Buachidze, 1975; Polyak et al., 2000	DB of GIN RAS; Gemp et al., 1979; Buachidze, 1975; Polyak et al., 2000

GEO089

Column	Version 1	Version 2
17	0.0
24	15.7	1.57e-05
26	0.09	9e-08
29	87.8	8.78e-05
34	50.5	5.05e-07
36	50.5	5.05e-07
46	7200.0	0.0072
47	87900.0	0.0879
48	904200.0	0.9042
53	Lavrushin et al., 1998; Polyak et al., 2008; Kikvadze et al., 2010	Lavrushin et al., 1998; Polyak et al., 2009; Kikvadze et al., 2010

GEO090

Column	Version 1	Version 2
17	0.0
24	15.8	1.58e-05
26	0.16	1.6e-07
29	189.0	0.000189
34	57.3	5.73e-07
36	57.3	5.73e-07
46	24000.0	0.024
47	30400.0	0.0304
48	945000.0	0.945
53	Lavrushin et al., 1998; Polyak et al., 2008; Kikvadze et al., 2010	Lavrushin et al., 1998; Polyak et al., 2009; Kikvadze et al., 2010

GEO091

Column	Version 1	Version 2
11	3,5,11,13	03,05,11,13
17	0.0
24	20.0	2e-05
29	80.0	8e-05
34	200.0	2e-06
36	200.0	2e-06
46	31700.0	0.0317
47	8100.0	0.0081
48	739700.0	0.7397
53	Lavrushin et al., 1996; Buachidze, 1975; Polyak et al., 2008; Kikvadze et al., 2010	Lavrushin et al., 1996; Buachidze, 1975; Polyak et al., 2009; Kikvadze et al., 2010

GEO092

Column	Version 1	Version 2
17	0.0
24	18.5	1.85e-05
26	0.14	1.4e-07
29	133.0	0.000133
34	216.0	2.16e-06
36	216.0	2.16e-06
46	36200.0	0.0362
47	32000.0	0.032
48	930100.0	0.9301
53	Lavrushin et al., 1998; Polyak et al., 2008; Kikvadze et al., 2010	Lavrushin et al., 1998; Polyak et al., 2009; Kikvadze et al., 2010

GEO093

Column	Version 1	Version 2
17	0.0
24	40.6	4.06e-05
26	0.12	1.2e-07
29	116.0	0.000116
34	222.0	2.22e-06
36	222.0	2.22e-06
46	36200.0	0.0362
47	32000.0	0.032
48	930100.0	0.9301
53	Lavrushin et al., 1998; Polyak et al., 2008; Kikvadze et al., 2010	Lavrushin et al., 1998; Polyak et al., 2009; Kikvadze et al., 2010

GEO094

Column	Version 1	Version 2
17	0.0
24	26.5	2.65e-05
26	0.14	1.4e-07
29	157.0	0.000157
34	223.0	2.23e-06
36	223.0	2.23e-06
53	Lavrushin et al., 1998; Polyak et al., 2008; Kikvadze et al., 2010	Lavrushin et al., 1998; Polyak et al., 2009; Kikvadze et al., 2010

GEO097

Column	Version 1	Version 2
11	3,5,8,11,13	03,05,08,11,13
17	0.0
24	10.0	1e-05
29	120.0	0.00012
34	49.0	4.9e-07
36	48.0	4.8e-07
46	107900.0	0.1079
47	73500.0	0.0735
48	796100.0	0.7961
53	Lavrushin et al., 1996; Buachidze, 1975; Buachidze, Mkheidze, 1989; Polyak et al., 2008; Kikvadze et al., 2010	Lavrushin et al., 1996; Buachidze, 1975; Buachidze, Mkheidze, 1989; Polyak et al., 2009; Kikvadze et al., 2010

GEO098

Column	Version 1	Version 2
11	5,8,11,13	05,08,11,13
17	0.0
24	10.0	1e-05
29	120.0	0.00012
34	55.0	5.5e-07
36	54.0	5.4e-07
47	108600.0	0.1086
48	890300.0	0.8903
53	Lavrushin et al., 1996; Buachidze, Mkheidze, 1989;Polyak et al., 2008; Kikvadze et al., 2010	Lavrushin et al., 1996; Buachidze, Mkheidze, 1989; Polyak et al., 2009; Kikvadze et al., 2010

KAZ001

Column	Version 1	Version 2
11	7.0	07
17	0.0
21	W	W/S
23	ncm3/cm3H2O
25	353.0	0.000353
27	11.7	1.17e-05
34	7.0	7e-08
36	5.74132492114	5.74132492114e-08
53	DB of A.D.Duchkov	DB of A.D. Duchkov, pers. comm. 19.05.2011 (coll. M.V. Mogilev)

KAZ002

Column	Version 1	Version 2
11	7.0	07
17	0.0
21	G	G/S
24	768.0	0.000768
26	13.7	1.37e-05
34	8.0	8e-08
36	7.34219269103	7.34219269103e-08
53	DB of A.D.Duchkov	DB of A.D. Duchkov, pers. comm. 19.05.2011 (coll. M.V. Mogilev)

KAZ003

Column	Version 1	Version 2
11	7.0	07
17	0.0
21	G	G/S
24	800.0	0.0008
26	12.4	1.24e-05
34	8.2	8.2e-08
36	7.64073550212	7.64073550212e-08
53	DB of A.D.Duchkov	DB of A.D. Duchkov, pers. comm. 19.05.2011 (coll. M.V. Mogilev)

KAZ004

Column	Version 1	Version 2
11	7.0	07
17	0.0
21	W	W/S
23	ncm3/cm3H2O
25	348.0	0.000348
27	10.0	1e-05
34	5.6	5.6e-08
36	4.47058823529	4.47058823529e-08
53	DB of A.D.Duchkov	DB of A.D. Duchkov, pers. comm. 19.05.2011 (coll. M.V. Mogilev)

KAZ005

Column	Version 1	Version 2
11	7.0	07
17	0.0
21	G	G/S
24	667.0	0.000667
26	13.0	1.3e-05
34	12.0	1.2e-07
36	11.2713472486	1.12713472486e-07
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	He/Ne and 4He/20Ne from the data source are not self consistent; Rcorr is calculated from (R/Ra)me*140 and [4He/20Ne]
53	DB of A.D.Duchkov	DB of A.D. Duchkov, pers. comm. 19.05.2011 (coll. M.V. Mogilev)

KAZ010

Column	Version 1	Version 2
11	2,6	03,06
29	11600.0	0.0116
34	14.8	1.48e-07
36	14.8	1.48e-07
44	10600.0	0.0106
45	11000.0	0.011
46	882000.0	0.882
47	1900.0	0.0019
48	400.0	0.0004
53	Polyak et al., 1990; Lisitsin, unpubl.	Polyak et al., 1990; DB of GIN RAS (coll. A.K. Lisitsin)

KAZ012

Column	Version 1	Version 2
11	2,6	03,06
29	11600.0	0.0116
34	11.8	1.18e-07
36	11.8	1.18e-07
44	37400.0	0.0374
45	3000.0	0.003
46	893000.0	0.893
47	14800.0	0.0148
48	370.0	0.00037
53	Polyak et al., 1990; Lisitsin, unpubl.	Polyak et al., 1990; DB of GIN RAS (coll. A.K. Lisitsin)

KAZ016

Column	Version 1	Version 2
11	1.0	01
24	865.0	0.000865
29	90.0	9e-05
34	12.0	1.2e-07
35	<=	≤
36	12.0	1.2e-07
46	69000.0	0.069
47	14000.0	0.014
48	912000.0	0.912
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 12c-ЕМP-263'

KAZ017

Column	Version 1	Version 2
11	1.0	01
24	590.0	0.00059
29	157.0	0.000157
34	13.6	1.36e-07
35	<=	≤
36	13.6	1.36e-07
46	26000.0	0.026
47	6000.0	0.006
48	963000.0	0.963
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 12c-ЕМP-262'

KAZ022

Column	Version 1	Version 2
11	1.0	01
19	223w	223c
24	330.0	0.00033
29	87.0	8.7e-05
34	6.4	6.4e-08
35	<=	≤
36	6.4	6.4e-08
46	98000.0
48	961000.0
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 164000 ppm
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 12c-ЕМP-223c

KAZ030

Column	Version 1	Version 2
11	1.0	01
24	2700.0	0.0027
29	185.0	0.000185
34	2.2	2.2e-08
35	<=	≤
36	2.2	2.2e-08
46	32000.0	0.032
47	40000.0	0.04
48	928000.0	0.928
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 204000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 204000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 11-ЕМP-169b

KAZ031

Column	Version 1	Version 2
11	1.0	01
24	20.0	2e-05
34	6.0	6e-08
35	<=	≤
36	6.0	6e-08
46		0.032
47		0.04
48		0.928
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 204000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 11-ЕМP-169b

KAZ032

Column	Version 1	Version 2
11	1.0	01
24	110.0	0.000109
29	106.0	0.000106
34	2.4	2.3e-08
35	<=	≤
36	2.4	2.3e-08
46	18000.0	0.018
47	4000.0	0.004
48	959000.0	0.959
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

KAZ035

Column	Version 1	Version 2
11	1.0	01
24	780.0	0.00078
34	2.1	2.1e-08
35	<=	≤
36	2.1	2.1e-08
46	505000.0
47	30000.0
48	559000.0
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 105000 ppm
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

KAZ039

Column	Version 1	Version 2
11	2,4	02,04
21		G/H
24	4400.0	0.0044
26
29	10300.0	0.0103
34	35.0	3.5e-07
36	34.0	3.4e-07
40	2.9	0.029
44	10.0	1e-05
45	32100.0	0.0321
46	934400.0	0.9344
47	12400.0	0.0124
48	200.0	0.0002

KAZ040

Column	Version 1	Version 2
11	2,6	03,06
26
29	13000.0	0.013
34	37.3	3.73e-07
36	37.3	3.73e-07
44	20800.0	0.0208
45	3000.0	0.003
46	900000.0	0.9
47	1400.0	0.0014
48	740.0	0.00074
53	Polyak et al., 1990; Lisitsin, unpubl.	Polyak et al., 1990; DB of GIN RAS (coll. A.K. Lisitsin)

KAZ047

Column	Version 1	Version 2
11	2,5	02,05
21		G/H
24	5500.0	0.0055
26	16.0	1.6e-05
29	13300.0	0.0133
34	70.0	7e-07
36	70.0	7e-07
40	2.86	0.0286
46	974900.0	0.9749
53	Polyak et al., 1989; Catalogue ..., 1969	Polyak et al., 1989; Catalogue, 1969

KYR002

Column	Version 1	Version 2
11	2,3	02,03
17		230.0
24	120.0	0.00012
26		5e-06
34	203.0	2.03e-06
36	210.0	2.07e-06
39		9.56
40		0.0286
44	110.0	0.00011
45	500.0	0.0005
46	41900.0	0.0419
47	957200.0	0.9572
48	2000.0	0.002

KYR007

Column	Version 1	Version 2
11	2,3	02,03
17		150.0
24	270.0	0.00027
26	3.53	3.5e-06
34	44.7	4.47e-07
36	44.7	4.47e-07
39		9.54
40		0.0288
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	10.0	1e-05
45	900.0	0.0009
46	72300.0	0.0723
47	620600.0	0.6206
48	304600.0	0.3046

KYR008

Column	Version 1	Version 2
11	2.0	02
17		170.0
24	6.3	6.3e-06
26	1.9	1.9e-06
34	50.3	5.03e-07
36	41.8	4.18e-07
39		9.47
40		0.0286
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources

KYR010

Column	Version 1	Version 2
11	2,5	02,05
29	15400.0	0.0154
34	4.3	4.3e-08
36	4.1	4.1e-08
44	11900.0	0.0119
45	3000.0	0.003
46	907000.0	0.907
47	1900.0	0.0019
48	520.0	0.00052
53	Polyak et al., 1990; Lisitsin, unpubl.	Polyak et al., 1990; DB of GIN RAS (coll. A.K. Lisitsin)

KYR015

Column	Version 1	Version 2
11	1,3	01,03
24	34700.0	0.0347
26	13.8
29	12000.0	0.012
34	6.6	6.6e-08
36	6.6	6.6e-08
40	2.91	0.0291
44	10.0	1e-05
45	102600.0	0.1026
46	849900.0	0.8499
47	23100.0	0.0231
48	2100.0	0.0021

KYR019

Column	Version 1	Version 2
11	2,5	02,05
24	540.0	0.00054
26	10.1
34	2.8	2.8e-08
36	2.0	2.1e-08
39		9.8
40		0.0285
44	240.0	0.00024
45	24000.0	0.024
46	887000.0	0.887
47	2900.0	0.0029
48	1670.0	0.00167
53	Polyak et al., 1990; Lisitsin, unpubl.	Polyak et al., 1990; DB of GIN RAS (coll. A.K. Lisitsin)

KYR028

Column	Version 1	Version 2
11	1,3	01,03
24	300.0	0.0003
26	3.11	3.11e-06
29	2200.0	0.0022
34	7.4	7.4e-08
36	7.0	7e-08
40	2.78	0.0278
44	10.0	1e-05
45	6200.0	0.0062
46	51600.0	0.0516
47	940600.0	0.9406
48	100.0	0.0001

KYR030

Column	Version 1	Version 2
11	3,6	03,06
17	0.0
24	9100.0	0.0091
34	4.5	4.5e-08
36	4.5	4.5e-08
46	955000.0	0.955
48	18200.0	0.0182
53	Chernov, unpubl.; Matychenkov & Imankulov, 1987	DB of GIN RAS (coll. I.Chernov); Matychenkov & Imankulov, 1987

LAT004

Column	Version 1	Version 2
11	1.0	01
21	W/H
24	38600.0	0.0386
34	1.4	1.4e-08
35	<=	≤
36	1.4	1.4e-08
43	[Ar]rad, ppm=1300
46	961000.0	0.961
47	28000.0	0.028
48	460.0	0.00046
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

LAT006

Column	Version 1	Version 2
11	1.0	01
21	W/H
24	33000.0	0.033
34	2.1	2.1e-08
35	<=	≤
36	2.1	2.1e-08
43	[Ar]rad, ppm=665
46	954000.0	0.954
47	2000.0	0.002
48	200.0	0.0002
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 1а-EMP-42'

LIT003

Column	Version 1	Version 2
11	1.0	01
24	15600.0	0.0156
34	1.2	1.2e-08
35	<=	≤
36	1.2	1.2e-08
43	[Ar]rad, ppm=472
46	256000.0	0.256
47	40000.0	0.04
48	30674.0	0.030674
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

LIT005

Column	Version 1	Version 2
11	1.0	01
24	130.0	0.00013
34	2.0	2e-08
35	<=	≤
36	2.0	2e-08
43	[Ar]rad, ppm=147
46	44000.0	0.044
47	50000.0	0.05
48	874000.0	0.874
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 1a-ЕМP-14а

LIT006

Column	Version 1	Version 2
11	1.0	01
24	470.0	0.00047
34	2.2	2.2e-08
35	<=	≤
36	2.2	2.2e-08
43	[Ar]rad, ppm=190
46	397000.0	0.397
47	28000.0	0.028
48	576000.0	0.576
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

TAJ003

Column	Version 1	Version 2
11	6.0	06
24	1220.0	0.00122
34	6.0	6e-08
36	6.0	6e-08
43	(Ar)rad, ppm = 510
46	64000.0
47	7000.0
48	1427000.0
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 515000 ppm
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

TAJ004

Column	Version 1	Version 2
11	6.0	06
24	480.0	0.00048
34	11.0	1.1e-07
36	11.0	1.1e-07
43	(Ar)rad, ppm = 220
46	78000.0	0.078
47	30000.0	0.03
48	892400.0	0.8924
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 23b-ЕМP-38

TAJ014

Column	Version 1	Version 2
11	6.0	06
24	440.0	0.00044
29	157.0	0.000157
34	4.8	4.8e-08
36	4.8	4.8e-08
43	(Ar)rad, ppm = 91
46	51000.0	0.051
47	2000.0	0.002
48	947000.0	0.947
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 23b-ЕМP-25а

TAJ016

Column	Version 1	Version 2
11	6.0	06
19	23b/36w	23b/36c
24	1500.0	0.0015
29	450.0	0.00045
34	2.7	2.7e-08
36	2.7	2.7e-08
43	(Ar)rad, ppm = 197
46	69000.0	0.069
48	121000.0	0.121
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 31000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 31000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 23b-ЕМP-36c

TAJ017

Column	Version 1	Version 2
11	6.0	06
17	0.0
19	23b/36g'	23b/36d'
24	39900.0	0.0399
34	4.7	4.7e-08
36	4.7	4.7e-08
43	(Ar)rad, ppm = 808
46		0.069
48		0.121
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 31000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 23b-ЕМP-36d

TAJ022

Column	Version 1	Version 2
11	4,6	04,06
21		G/H
24	2250.0	0.00225
34	1.0	1e-08
36	1.0	1e-08
46	42000.0	0.042
47	3000.0	0.003
48	955000.0	0.955
53	Polyak et al., 1989; Prasolov E.M., unpubl.	Polyak et al., 1989; DB of E.M. Prasolov, unpubl.

TAJ023

Column	Version 1	Version 2
11	4.0	04,06
19	23g/57w	23g/57c
21		G/H
34	5.0	5e-08
36	4.8	4.8e-08
46		0.015
47		0.018
48		0.964
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 74000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Polyak et al., 1989	Polyak et al., 1989; DB of E.M. Prasolov, unpubl. 23d-ЕМP-57c

TAJ024

Column	Version 1	Version 2
11	4,6	04,06
19	23g/57w	23g/57c
21		G/H
24	420.0	0.00042
34	2.0	2e-08
36	2.0	2e-08
46	15000.0	0.015
47	18000.0	0.018
48	964000.0	0.964
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 74000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 74000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Polyak et al., 1989; Prasolov E.M., unpubl.	Polyak et al., 1989; DB of E.M. Prasolov, unpubl. 23d-ЕМP-57c

TAJ025

Column	Version 1	Version 2
11	4.0	04,06
19	23g/57w	23g/57c
34	2.0	2e-08
36	1.6	1.6e-08
46		0.015
47		0.018
48		0.964
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 74000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Polyak et al., 1989	Polyak et al., 1989; DB of E.M. Prasolov, unpubl. 23d-ЕМP-57c

TAJ026

Column	Version 1	Version 2
11	4,6	04,06
24	20.0	2e-05
34	5.4	5.4e-08
36	5.1	5.1e-08
46	10000.0	0.01
47	50000.0	0.05
48	940000.0	0.94
53	Polyak et al., 1989; Prasolov E.M., unpubl.	Polyak et al., 1989; DB of E.M. Prasolov, unpubl.

TAJ027

Column	Version 1	Version 2
11	4,6	04,06
19	23g/57zh	23g/57g
21		G/H
24	780.0	0.00078
34	1.2	1.2e-08
36	1.2	1.2e-08
46	37000.0	0.037
47	7000.0	0.007
48	617000.0	0.617
53	Polyak et al., 1989; Prasolov E.M., unpubl.	Polyak et al., 1989; DB of E.M. Prasolov, unpubl. 23d-ЕМP-57g

TAJ031

Column	Version 1	Version 2
11	1,2,3	01,02,03
23	granites	granites
24	1700.0	0.0017
26	12.9
34	3.8	3.8e-08
36	3.6	3.6e-08
39		9.67
40		0.029
46	996000.0	0.996
47	4000.0	0.004
53	Barabanov & Disler, 1968; Catalogue ..., 1969; Chernov, unpubl.	Barabanov & Disler, 1968; Catalogue, 1969; DB of GIN RAS (coll. I.Chernov)

TAJ045

Column	Version 1	Version 2
11	2,3	02,03
17	0.0
23	Ar carbonates (?)	Ar carbonates
24	10.0	1.4e-05
26	19.2
34	110.0	1.1e-06
35		≤
36	87.4	8.74e-07
38	0.7	0.67
40	2.88	0.0288
46	1300.0	0.0013
47	991000.0	0.991
48	400.0	0.0004
49	6400.0	0.0064
53	Chernov, unpubl.; Catalogue ..., 1969	DB of GIN RAS (coll. I.Chernov); Catalogue, 1969

TAJ052

Column	Version 1	Version 2
11	1,3	01,03
17	0.0
24	400.0	0.0004
26	11.4
34	15.7	1.57e-07
36	15.0	1.5e-07
40	2.9	0.029
46	936000.0	0.936
47	59000.0	0.059
48	5000.0	0.005
53	Chernov, unpubl.; Barabanov & Disler, 1968	Barabanov & Disler, 1968; DB of GIN RAS (coll. I.Chernov)

TAJ053

Column	Version 1	Version 2
11	2,3	02,03
17	0.0
23		collected by I.Khabarovskaya
24	1600.0	0.0016
34	5.0	5e-08
36	4.6	4.6e-08
43	Khabarovskaya's coll.
46	21000.0	0.021
47	979000.0	0.979
53	Chernov, unpubl.; Catalogue ..., 1969	DB of GIN RAS (coll. I.Chernov); Catalogue, 1969

TAJ058

Column	Version 1	Version 2
11	3.0	03
17	0.0
23	Ar gneiss, marble	Ar gneiss, marble; collected by I. Khabarovskaya
24	5.0	5e-06
34	61.0	6.1e-07
35		≤
36	4.6	4.6e-08
43	Khabarovskaya's coll.
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

TAJ063

Column	Version 1	Version 2
11	3.0	03
23	Pz limestone	Pz limestone; collected by I. Khabarovskaya
24	6600.0	0.0066
26	12.5	1.25e-05
34	2.2	2.2e-08
36	2.1	2.1e-08
40	2.93	0.0293
43	Khabarovskaya's coll.	Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
46	445400.0	0.4454
47	530000.0	0.53
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

TAJ064

Column	Version 1	Version 2
11	3.0	03
17		1800.0
23	Pz limestone	Pz limestone; collected by I. Khabarovskaya
24	3700.0	0.0037
34	1.9	1.9e-08
36	1.9	1.8e-08
43	Khabarovskaya's coll.
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

TKM003

Column	Version 1	Version 2
11	1,2	01,02
19	27w	27d
23	N-Pg	Neogene-Paleogene
24	30.0	3e-05
29	30.0	3e-05
34	40.0	4e-07
36	40.0	4e-07
43	(Ar)rad, ppm = 11
46	6000.0	0.006
47	8000.0	0.008
48	986000.0	0.986
53	Lavrushin et al., 1996; Prasolov E.M., unpubl.	Lavrushin et al., 1996; DB of E.M. Prasolov, unpubl. 15а-ЕМP-27d'

TKM004

Column	Version 1	Version 2
11	1,2	01,02
21	?/H
24	30.0	3e-05
34	34.0	3.4e-07
36	34.0	3.4e-07
43	(Ar)rad, ppm = 10
46	7900.0	0.0079
47	0.0
48	991700.0	0.9917
53	Lavrushin et al., 1996; Prasolov E.M., unpubl.	Lavrushin et al., 1996; DB of E.M. Prasolov, unpubl. 15а-ЕМP-29c

TKM005

Column	Version 1	Version 2
11	1,2	01,02
21	?/H
23	N	Neogene
24	20.0	2e-05
34	22.0	2.2e-07
36	22.0	2.2e-07
43	(Ar)rad, ppm = 13
46	4000.0	0.004
47	0.0
48	996000.0	0.996
53	Lavrushin et al., 1996; Prasolov E.M., unpubl.	Lavrushin et al., 1996; DB of E.M. Prasolov, unpubl. 15а-ЕМP-30а

TKM006

Column	Version 1	Version 2
11	1,2	01,02
21	?/H
23	N	Neogene
24	20.0	2e-05
34	22.0	2.2e-07
36	22.0	2.2e-07
43	(Ar)rad, ppm = 11
46	11000.0	0.011
47	43000.0	0.043
48	946000.0	0.946
53	Lavrushin et al., 1996; Prasolov E.M., unpubl.	Lavrushin et al., 1996; DB of E.M. Prasolov, unpubl. 15а-ЕМP-31а

TKM007

Column	Version 1	Version 2
11	1,2	01,02
19	27v'	27c'
21	?/H
24	30.0	3e-05
29	150.0	0.00015
34	39.0	3.9e-07
36	38.0	3.8e-07
43	(Ar)rad, ppm = 9
46	5000.0	0.005
47	7000.0	0.007
48	988000.0	0.988
53	Lavrushin et al., 1996; Prasolov E.M., unpubl.	Lavrushin et al., 1996; DB of E.M. Prasolov, unpubl. 15а-ЕМP-27c'

TKM009

Column	Version 1	Version 2
11	1,2	01,02
19	27g	27e
21	?/H
23	N	Neogene
24	20.0	2e-05
29	70.0	7e-05
34	46.0	4.6e-07
36	46.0	4.6e-07
43	(Ar)rad, ppm = 5
46	4000.0	0.004
47	28000.0	0.028
48	968000.0	0.968
53	Lavrushin et al., 1996; Prasolov E.M., unpubl.	Lavrushin et al., 1996; DB of E.M. Prasolov, unpubl. 15а-ЕМP-27e'

TKM010

Column	Version 1	Version 2
11	1,2	01,02
21	?/H
24	50.0	5e-05
34	32.0	3.2e-07
36	32.0	3.2e-07
43	(Ar)rad, ppm = 20
46	8000.0	0.008
47	9000.0	0.009
48	977000.0	0.977
53	Lavrushin et al., 1996; Prasolov E.M., unpubl.	Lavrushin et al., 1996; DB of E.M. Prasolov, unpubl. 15а-ЕМP-28b'

TKM011

Column	Version 1	Version 2
11	1,2	01,02
21	?/H
24	30.0	3e-05
34	7.6	7.6e-08
36	7.6	7.6e-08
43	(Ar)rad, ppm = 6
46	5000.0	0.005
47	3000.0	0.003
48	992000.0	0.992
53	Lavrushin et al., 1996; Prasolov E.M., unpubl.	Lavrushin et al., 1996; DB of E.M. Prasolov, unpubl.

TKM012

Column	Version 1	Version 2
11	2.0	02
21	?/H
23	N	Neogene
24	40.0	4e-05
34	12.5	1.25e-07
36	12.5	1.25e-07
46	19000.0	0.019
47	23000.0	0.023
48	958000.0	0.958
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 15а-ЕМP-36b

TKM013

Column	Version 1	Version 2
11	1,2	01,02
21	?/H
23	N	Neogene
24	30.0	3e-05
34	11.0	1.1e-07
36	11.0	1.1e-07
43	(Ar)rad, ppm = 11
46	9000.0	0.009
48	135000.0	0.135
53	Lavrushin et al., 1996; Prasolov E.M., unpubl.	Lavrushin et al., 1996; DB of E.M. Prasolov, unpubl. 15а-ЕМP-33

TKM015

Column	Version 1	Version 2
11	1,2	01,02
23	N	Neogene
24	15.0	1.5e-05
29	70.0	7e-05
34	50.0	5e-07
36	50.0	5e-07
43	(Ar)rad, ppm = 6
46	8000.0	0.008
47	20000.0	0.02
48	972000.0	0.972
53	Lavrushin et al., 1996; Prasolov E.M., unpubl.	Lavrushin et al., 1996; DB of E.M. Prasolov, unpubl.

TKM017

Column	Version 1	Version 2
11	1,2	01,02
21	?/H
24	20.0	2e-05
34	25.0	2.5e-07
36	25.0	2.5e-07
46	5000.0	0.005
48	995000.0	0.995
53	Lavrushin et al., 1996; Prasolov E.M., unpubl.	Lavrushin et al., 1996; DB of E.M. Prasolov, unpubl.

TKM021

Column	Version 1	Version 2
11	1,2	01,02
21	?/H
24	4.0	4e-06
34	9.5	9.5e-08
36	9.5	9.5e-08
43	(Ar)rad, ppm = 1.7
46	21000.0	0.021
47	16000.0	0.016
48	967000.0	0.967
53	Lavrushin et al., 1996; Prasolov E.M., unpubl.	Lavrushin et al., 1996; DB of E.M. Prasolov, unpubl.

UKR001

Column	Version 1	Version 2
11	2, 10	10
23	IG NANU collection
24	51.0	5.1e-05
26	0.11	1.1e-07
29	144.0	0.000144
34	4.3	4.3e-08
36	4.22	4.22e-08
53	GIN RAS collection; Gordienko et al., 2001	DB of GIN RAS; Gordienko et al., 2001

UKR002

Column	Version 1	Version 2
11	2, 10	10
23	IG NANU collection
24	66.0	6.6e-05
26	0.13	1.3e-07
29	138.0	0.000138
34	3.1	3.1e-08
36	3.0	3e-08
53	GIN RAS collection; Gordienko et al., 2001	DB of GIN RAS; Gordienko et al., 2001

UKR003

Column	Version 1	Version 2
11	2, 10	10
23	IG NANU collection
24	66.0	6.6e-05
26	0.039	3.9e-08
29	86.0	8.6e-05
34	12.4	1.24e-07
36	12.4	1.24e-07
53	GIN RAS collection; Gordienko et al., 2001	DB of GIN RAS; Gordienko et al., 2001

UKR004

Column	Version 1	Version 2
11	2, 10	10
23	IG NANU collection
24	70.0	7e-05
26	0.059	5.9e-08
29	125.0	0.000125
34	6.5	6.5e-08
36	6.5	6.5e-08
53	GIN RAS collection; Gordienko et al., 2001	DB of GIN RAS; Gordienko et al., 2001

UKR005

Column	Version 1	Version 2
11	5,7	07,10
24	234.0	0.000234
29	107.0	0.000107
34	1.2	1.2e-08
35	<=	≤
36	1.2	1.2e-08
46	15000.0	0.015
47	3000.0	0.003
48	980400.0	0.9804
53	Gordienko et al.,1997; Prasolov E.M., unpubl.	Gordienko et al., 2001; DB of E.M. Prasolov, unpubl.

UKR006

Column	Version 1	Version 2
11	5,7	07,10
24	50.0	5e-05
34	3.5	3.5e-08
35	<=	≤
36	3.5	3.5e-08
46	70000.0	0.07
48	942000.0	0.942
53	Gordienko et al.,1997; Prasolov E.M., unpubl.	Gordienko et al., 2001; DB of E.M. Prasolov, unpubl.

UKR007

Column	Version 1	Version 2
11	5,7	07,10
24	60.0	6e-05
34	3.4	3.4e-08
35	<=	≤
36	3.4	3.4e-08
46	13000.0	0.013
48	986850.0	0.98685
53	Gordienko et al.,1997; Prasolov E.M., unpubl.	Gordienko et al., 2001; DB of E.M. Prasolov, unpubl.

UKR009

Column	Version 1	Version 2
11	5,7	07,10
24	249.0	0.000249
29	139.0	0.000139
34	2.3	2.3e-08
35	<=	≤
36	2.3	2.3e-08
46	15000.0	0.015
48	968300.0	0.9683
53	Gordienko et al.,1997; Prasolov E.M., unpubl.	Gordienko et al., 2001; DB of E.M. Prasolov, unpubl.

UKR010

Column	Version 1	Version 2
11	2,9	02,09
24	74.6	7.46e-05
26	12.8	1.28e-05
29	12320.0	0.01232
34	9.1	9.1e-08
35	<=	≤
36	2.7	2.7e-08
43	Preliminary data
44	42.0	4.2e-05
45	1900.0	0.0019
46	829000.0	0.829
47	20000.0	0.02
48	86000.0	0.086
53	GIN RAS collection	DB of GIN RAS; Polyak et al., 1999

UKR011

Column	Version 1	Version 2
11	5,7	07,10
19	24v	24c
24	20.0	2e-05
34	4.8	4.8e-08
35	<=	≤
36	4.8	4.8e-08
46	9000.0	0.009
48	991480.0	0.99148
53	Gordienko et al.,1997; Prasolov E.M., unpubl.	Gordienko et al., 2001; DB of E.M. Prasolov, unpubl.

UKR012

Column	Version 1	Version 2
11	5,7	07,10
19	26g	26d
24	68.0	6.8e-05
29	22.0	2.2e-05
34	3.6	3.6e-08
35	<=	≤
36	3.6	3.6e-08
46	4000.0
47	2000.0
48	1285000.0
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 325000 ppm
53	Gordienko et al.,1997; Prasolov E.M., unpubl.	Gordienko et al., 2001; DB of E.M. Prasolov, unpubl.

UKR013

Column	Version 1	Version 2
11	5,7	07,10
24	105.0	0.000105
29	67.0	6.7e-05
34	1.7	1.7e-08
35	<=	≤
36	1.7	1.7e-08
46	14000.0	0.014
47	3000.0	0.003
48	5277.0	0.005277
53	Gordienko et al.,1997; Prasolov E.M., unpubl.	Gordienko et al., 2001; DB of E.M. Prasolov, unpubl. 4а-ЕМP-23b

UKR014

Column	Version 1	Version 2
11	2, 10	02
23	GIN RAS collection	DB of GIN RAS, collected by V.V. Gordienko
24	303.0	0.000303
26	16.0	1.6e-05
29	10760.0	0.01076
34	4.2	4.2e-08
36	2.2	2.2e-08
53	GIN RAS collection	DB of GIN RAS

UKR016

Column	Version 1	Version 2
11	2.9	02,09
24	187.0	0.000187
26	25.1	2.51e-05
29	13490.0	0.01349
34	7.1	7.1e-08
35	<=	≤
36	2.1	2.1e-08
43	Preliminary data
45	1200.0	0.0012
46	914000.0	0.914
47	20000.0	0.02
48	1700.0	0.0017
53	GIN RAS collection	DB of GIN RAS; Polyak et al., 1999

UKR017

Column	Version 1	Version 2
11	5,7	07,10
24	150.0	0.00015
34	4.1	4.1e-08
35	<=	≤
36	4.1	4.1e-08
46	30000.0	0.03
47	3000.0	0.003
48	1004000.0	1.004
53	Gordienko et al.,1997; Prasolov E.M., unpubl.	Gordienko et al., 2001; DB of E.M. Prasolov, unpubl.

UKR020

Column	Version 1	Version 2
11	2, 10, 12	02,10,12
17	-
24	22.0	2.2e-05
26	0.26	2.6e-07
29	320.0	0.00032
34	3.3	3.3e-08
36	2.9	2.9e-08
45	600.0	0.0006
46	224300.0	0.2243
47	532400.0	0.5324
48	24.8	2.48e-05
53	GIN RAS collection	DB of GIN RAS; Gordienko et al., 2001; Babinets et al., 1978

UKR021

Column	Version 1	Version 2
11	5,7	07,10
24	30.0	3e-05
34	1.8	1.8e-08
35	<=	≤
36	1.8	1.8e-08
46	12000.0	0.012
47	40000.0	0.04
48	1077000.0	0.984
53	Gordienko et al.,1997; Prasolov E.M., unpubl.	Gordienko et al., 2001; DB of E.M. Prasolov, unpubl.

UKR022

Column	Version 1	Version 2
11	2,12	02,12
24	0.08	8e-08
26	0.11	1.1e-07
29	95.0	9.5e-05
34	128.0	1.28e-06
36	118.5	1.185e-06
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	500.0	0.0005
46	3200.0	0.0032
47	996300.0	0.9963
48	68.0	6.8e-05
53	GIN RAS collection	DB of GIN RAS; Babinets et al., 1978

UKR023

Column	Version 1	Version 2
11	2,9, 11, 12	02,09,11,12
24	1.8	1.8e-06
26	0.12	1.2e-07
29	61.0	6.1e-05
34	24.4	2.44e-07
36	22.0	2.2e-07
43	Preliminary data	Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	53.0	5.3e-05
45	1600.0	0.0016
46	26400.0	0.0264
47	990000.0	0.99
48	2500.0	0.0025
53	GIN RAS collection	DB of GIN RAS; Polyak et al., 1999; Kollodii, 1989; Babinets et al., 1978

UKR024

Column	Version 1	Version 2
11	2, 10, 12	02,10,12
24	0.95	9.5e-07
26	0.15	1.5e-07
29	223.0	0.000223
34	167.0	1.67e-06
36	168.3	1.683e-06
45	300.0	0.0003
46	16200.0	0.0162
47	978100.0	0.9781
48	5400.0	0.0054
53	GIN RAS collection	DB of GIN RAS; Gordienko et al., 2001; Babinets et al., 1978

UKR025

Column	Version 1	Version 2
11	5,7	07,10
24	30.0	3e-05
34	3.7	3.7e-08
35	<=	≤
36	3.7	3.7e-08
46	3000.0	0.003
47	4000.0	0.004
48	1050000.0	0.992
53	Gordienko et al.,1997; Prasolov E.M., unpubl.	Gordienko et al., 2001; DB of E.M. Prasolov, unpubl.

UKR026

Column	Version 1	Version 2
11	2, 10	02,10
24	14.2	1.42e-05
26	0.25	2.5e-07
29	475.0	0.000475
34	3.9	3.9e-08
36	3.2	3.2e-08
45	1300.0	0.0013
46	36300.0	0.0363
47	891700.0	0.8917
48	70700.0	0.0707
53	GIN RAS collection	DB of GIN RAS; Gordienko et al., 2001

UKR027

Column	Version 1	Version 2
11	2,12	02,12
22	-
24	0.07	7e-08
26	0.14	1.4e-07
29	262.0	0.000262
34	120.0	1.2e-06
36	98.6	9.86e-07
45	1400.0	0.0014
46	7500.0	0.0075
47	991100.0	0.9911
48	94.0	9.4e-05
53	GIN RAS collection	DB of GIN RAS; Babinets et al., 1978

UKR028

Column	Version 1	Version 2
11	2,9, 11	02,09,11
24	4.8	4.8e-06
26	0.22	2.2e-07
29	248.0	0.000248
34	33.5	3.35e-07
36	32.2	3.22e-07
43	Preliminary data
45	1700.0	0.0017
46	48500.0	0.0485
47	890000.0	0.89
48	48000.0	0.048
53	GIN RAS collection	DB of GIN RAS; Polyak et al., 1999; Kollodii, 1989

UKR029

Column	Version 1	Version 2
11	2, 10	02,10
24	0.52	5.2e-07
26	0.41	4.1e-07
29	760.0	0.00076
34	59.7	5.97e-07
36	37.8	3.78e-07
45	500.0	0.0005
46	8400.0	0.0084
47	990800.0	0.9908
48	300.0	0.0003
53	GIN RAS collection	DB of GIN RAS; Gordienko et al., 2001

UKR030

Column	Version 1	Version 2
11	2, 10	02,10
24	4.1	4.1e-06
26	0.26	2.6e-07
29	413.0	0.000413
34	9.8	9.8e-08
36	7.5	7.5e-08
45	900.0	0.0009
46	16000.0	0.016
47	982800.0	0.9828
48	700.0	0.0007
53	GIN RAS collection	DB of GIN RAS; Gordienko et al., 2001

UKR031

Column	Version 1	Version 2
11	2,9, 11, 12	02,09,11,12
24	23.0	2.3e-05
26	0.2	2e-07
29	279.0	0.000279
34	16.5	1.65e-07
36	16.2	1.62e-07
43	Preliminary data
45	4100.0	0.0041
46	156000.0	0.156
47	700000.0	0.7
48	113000.0	0.113
53	GIN RAS collection	DB of GIN RAS; Polyak et al., 1999; Kollodii, 1989; Babinets et al., 1978

UKR032

Column	Version 1	Version 2
11	2, 10	02
22	-
23	IG NANU collection	DB of GIN RAS, collected by V.V. Gordienko
24	506.0	0.000506
26	1.95	1.95e-06
29	-
34	5.6	5.6e-08
36	5.5	5.5e-08
42	-
53	GIN RAS collection	DB of GIN RAS,

UKR033

Column	Version 1	Version 2
11	2, 10	02,10
24	24.0	2.4e-05
26	1.15	1.15e-06
29	2000.0	0.002
34	26.5	2.65e-07
36	25.0	2.5e-07
45	3200.0	0.0032
46	111200.0	0.1112
47	882200.0	0.8822
48	3400.0	0.0034
53	GIN RAS collection	DB of GIN RAS; Gordienko et al., 2001

UKR034

Column	Version 1	Version 2
11	2, 10	02,10
24	4.9	4.9e-06
26	0.14	1.4e-07
29	118.0	0.000118
34	3.4	3.4e-08
36	2.3	2.3e-08
45	1100.0	0.0011
46	8200.0	0.0082
47	138000.0	0.138
48	852600.0	0.8526
53	GIN RAS collection	DB of GIN RAS; Gordienko et al., 2001

UKR035

Column	Version 1	Version 2
11	2, 10	02
22	-
23	IG NANU collection	DB of GIN RAS, collected by V.V. Gordienko
24	21.9	2.19e-05
26	1.72	1.72e-06
29	-
34	5.6	5.6e-08
36	2.7	2.7e-08
42	-
53	GIN RAS collection	DB of GIN RAS

UKR036

Column	Version 1	Version 2
11	2, 10	02
14	Sergii, sprinc	Sergii, spring
22	-
23	IG NANU collection	DB of GIN RAS, collected by V.V. Gordienko
24	58.6	5.86e-05
26	0.34	3.4e-07
29	-
34	2.0	2e-08
36	1.8	1.8e-08
42	-
53	GIN RAS collection	DB of GIN RAS

UKR037

Column	Version 1	Version 2
11	2, 10	02,10
24	0.62	6.2e-07
26	0.15	1.5e-07
29	200.0	0.0002
34	15.1	1.51e-07
36	6.6	6.6e-08
45	600.0	0.0006
46	8100.0	0.0081
47	340600.0	0.3406
48	650800.0	0.6508
53	GIN RAS collection	DB of GIN RAS; Gordienko et al., 2001

UKR038

Column	Version 1	Version 2
11	2, 10, 11, 12	02,10,11,12
24	69.0	6.9e-05
26	0.49	4.9e-07
29	928.0	0.000928
34	3.3	3.3e-08
36	3.0	3e-08
45	1400.0	0.0014
46	150700.0	0.1507
47	780400.0	0.7804
48	67500.0	0.0675
53	GIN RAS collection	DB of GIN RAS; Gordienko et al., 2001; Kollodii, 1989; Babinets et al., 1978

UKR039

Column	Version 1	Version 2
11	2,9, 11, 12	02,09,11,12
24	0.1	1e-07
26	0.065	6.5e-08
29	71.1	7.11e-05
34	111.0	1.11e-06
36	100.1	1.001e-06
43	Preliminary data	Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	1900.0	0.0019
46	10300.0	0.0103
47	980000.0	0.98
48	1100.0	0.0011
53	GIN RAS collection	DB of GIN RAS; Polyak et al., 1999; Kollodii, 1989; Babinets et al., 1978

UKR040

Column	Version 1	Version 2
11	2,9, 11	02,09,11
24	0.3	3e-07
26	0.13	1.3e-07
29	83.8	8.38e-05
34	67.1	6.71e-07
36	56.7	5.67e-07
43	Preliminary data	Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	0.7	7e-07
45	1900.0	0.0019
46	13900.0	0.0139
47	980000.0	0.98
48	5600.0	0.0056
53	GIN RAS collection	DB of GIN RAS; Polyak et al., 1999; Kollodii, 1989

UKR041

Column	Version 1	Version 2
11	2, 10	02,10
24	14.0	1.4e-05
26	0.26	2.6e-08
29	227.0	0.000227
34	2.8	2.8e-08
36	2.7	2.7e-08
45	8300.0	0.0083
46	136900.0	0.1369
47	834600.0	0.8346
48	20300.0	0.0203
53	GIN RAS collection	DB of GIN RAS; Gordienko et al., 2001

UKR042

Column	Version 1	Version 2
11	2, 10, 11	02,10,11
24	0.87	8.7e-07
26	0.09	9e-08
29	83.0	8.3e-05
34	10.9	1.09e-07
36	7.2	7.2e-08
45	3600.0	0.0036
46	11900.0	0.0119
47	984000.0	0.984
48	600.0	0.0006
53	GIN RAS collection	DB of GIN RAS; Gordienko et al., 2001; Kollodii, 1989

UKR043

Column	Version 1	Version 2
11	2, 10	02,10
24	82.0	8.2e-05
26	0.54	5.4e-07
29	696.0	0.000696
34	1.7	1.7e-08
36	1.5	1.5e-08
45	1300.0	0.0013
46	45200.0	0.0452
47	14800.0	0.0148
48	938700.0	0.9387
53	GIN RAS collection	DB of GIN RAS; Gordienko et al., 2001

UKR044

Column	Version 1	Version 2
11	2, 10, 12	02,10,12
17	-
24	14.0	1.4e-05
26	0.26	2.6e-07
29	227.0	0.000227
34	9.9	9.9e-08
36	9.2	9.2e-08
45	270.0	0.00027
46	66500.0	0.0665
47	799100.0	0.7991
48	134200.0	0.1342
53	GIN RAS collection	DB of GIN RAS; Gordienko et al., 2001; Babinets et al., 1978

UKR045

Column	Version 1	Version 2
11	2; 9	02,09
24	20.4	2.04e-05
26	0.17	1.7e-07
29	170.0	0.00017
34	201.1	2.011e-06
36	201.183550652	2.01183550652e-06
43	Preliminary data
45	54100.0	0.0541
46	256000.0	0.256
47	720000.0	0.72
48	100.0	0.0001
52	11.0
53	GIN RAS collection	DB of GIN RAS; Polyak et al., 1999

UKR046

Column	Version 1	Version 2
11	2, 10	02,10
24	7.4	7.4e-06
26	0.09	9e-08
29	111.0	0.000111
34	4.4	4.4e-08
36	4.0	4e-08
45	600.0	0.0006
46	4400.0	0.0044
47	991600.0	0.9916
48	3400.0	0.0034
53	GIN RAS collection	DB of GIN RAS; Gordienko et al., 2001

UKR047

Column	Version 1	Version 2
11	2, 9,11	02,09,11
24	7.0	7e-06
26	1.28	1.28e-06
29	834.0	0.000834
34	314.0	3.14e-06
36	323.2	3.232e-06
43	Preliminary data
44	7.0	7e-06
45	1600.0	0.0016
46	25300.0	0.0253
47	980000.0	0.98
48	100.0	0.0001
53	GIN RAS collection	DB of GIN RAS; Polyak et al., 1999; Kollodii, 1989

UKR048

Column	Version 1	Version 2
11	2; 9	02,09
24	4.0	4e-06
26	0.093	9.3e-08
29	115.0	0.000115
34	4.7	4.7e-08
36	3.8	3.8e-08
43	Preliminary data
45	970.0	0.00097
46	23000.0	0.023
47	970000.0	0.97
48	3700.0	0.0037
53	GIN RAS collection	DB of GIN RAS; Polyak et al., 1999

UKR049

Column	Version 1	Version 2
11	2; 9	02,09
22	-
24	58.0	5.8e-05
26	1.3	1.3e-06
29	1880.0	0.00188
34	6.5	6.5e-08
36	5.69416498994	5.69416498994e-08
43	Preliminary data
44	20.0	2e-05
45	7800.0	0.0078
46	248000.0	0.248
47	740000.0	0.74
48	28700.0	0.0287
53	GIN RAS collection	DB of GIN RAS; Polyak et al., 1999

UKR055

Column	Version 1	Version 2
2	45.4	45.4166666667
5	24.0	25.0
7	33.0	36.4666666667
9	33.0	36.0
10	0.0	28.0
11	7.0	01,03,04
13	CRIMEA, 12a	Crimea, Indol-Kuban Foredeep (13a)
14	ZAPADNO-OKTYABRSKY PROSP. AREA, HOLE	ANDRUSOVA MUD VOLCANO (BULGANAK GROUP), SPRING
15	<
16	19760000.0	19680000.0
17	2920.0
19	8.0	EMP-91a'
21		G/S
24	155.0	0.00014
29	41.0
34	6.1	5.4e-08
35	<=
36	6.1	5.4e-08
42	364.183183183
46		0.008
47		0.086
48		0.906
53	Prasolov E.M., unpubl.	Lavrushin et al., 1996; Gemp et al., 1979 ; Lagunova, 1974

UKR056

Column	Version 1	Version 2
2	45.4166666667
4	45.0
5	25.0
7	36.4666666667
9	36.0
10	28.0
11	1,3,4	01,03,04
14	ANDRUSOVA MUD VOLCANO (BULGANAK GROUP), SPRING	BEGOL SPR., SPRING
15		<
16	19680000.0	19780000.0
17	0.0
19	EMP-91a'	EMP-8d'
24	140.0	3e-05
29		9e-05
34	5.4	4.3e-08
36	5.4	4.1e-08
42		316.0
46	8000.0	0.017
47	86000.0	0.478
48	906000.0	0.505

UKR057

Column	Version 1	Version 2
2		45.1666666667
4		45.0
5		10.0
7		35.75
9		35.0
10		45.0
11	1,3,4	05
14	BEGOL SPR., SPRING	Central-Kerch prosp.area, hole
16	19780000.0	19760000.0
17	0.0
19	EMP-8g'
21	G/S
24	30.0
29	90.0
34	4.3	6.3e-08
35		≤
36	4.1	6.3e-08
42	316.0
46	17000.0
47	478000.0
48	505000.0
53	Lavrushin et al., 1996; Gemp et al., 1979 ; Lagunova, 1974	Gordienko et al.,1997

UKR058

Column	Version 1	Version 2
2	45.1666666667	45.4166666667
5	10.0	25.0
7	35.75	36.4666666667
9	35.0	36.0
10	45.0	28.0
11	5.0	01,03,04
14	Central-Kerch prosp.area, hole	Oldenburgskogo m.v. (Bulganak Group), spring
15	<
16	19760000.0	19680000.0
19		EMP-91b'
21		G/S
23	6 SAMPLES
24		0.0001
29		0.00012
34	6.3	6e-08
35	<=
36	6.3	5.9e-08
46		0.006
47		0.08
48		0.914
53	Gordienko et al.,1997.	Lavrushin et al., 1996; Gemp et al., 1979 ; Lagunova, 1974

UKR059

Column	Version 1	Version 2
2	45.4166666667
4	45.0
5	25.0
7	36.4666666667
9	36.0
10	28.0
11	1,3,4	04
14	Oldenburgskogo m.v. (Bulganak Group), spring	Pavlova Sopka m.v., spring
17	0.0
19	EMP-91b'	EMP-PS
24	100.0	6e-05
29	120.0	0.00019
34	6.0	3.5e-08
36	5.9	3.4e-08
42		325.0
46	6000.0
47	80000.0
48	914000.0
53	Lavrushin et al., 1996; Gemp et al., 1979 ; Lagunova, 1974	Lavrushin et al., 1996

UKR060

Column	Version 1	Version 2
2		45.15
4		45.0
5		9.0
7		36.35
9		36.0
10		21.0
11	4.0	01,03,04,07
14	Pavlova Sopka m.v., spring	Priozernaya prosp.area, hole
15		<
16	19680000.0	19780000.0
17	0.0
19	EMP-PS	EMP-8b
24	60.0	4e-05
29	190.0	0.00014
34	3.5	4.4e-08
36	3.4	4.2e-08
42	325.0	328.4
45		0.003
46		0.033
47		0.05
48		0.914
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 25000 ppm
53	Lavrushin et al., 1996	Lavrushin et al., 1996; Gemp et al., 1979 ; Lagunova, 1974; DB of E.M. Prasolov, unpubl.

UKR061

Column	Version 1	Version 2
2	45.15	45.0833333333
5	9.0	5.0
7	36.35	35.8333333333
9	36.0	35.0
10	21.0	50.0
11	1,3,4,7	05
14	Priozernaya prosp.area, hole	South-Kerch prosp.area, hole
16	19780000.0	19760000.0
19	EMP-8b
21	G/S
24	40.0
29	140.0
34	4.4	4.2e-08
35		≤
36	4.2	4.2e-08
42	328.4
45	3000.0
46	33000.0
47	50000.0
48	914000.0
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 25000 ppm
53	Lavrushin et al., 1996; Gemp et al., 1979 ; Lagunova, 1974	Gordienko et al.,1997

UKR062

Column	Version 1	Version 2
2	45.0833333333	45.4166666667
5	5.0	25.0
7	35.8333333333	36.4666666667
9	35.0	36.0
10	50.0	28.0
11	5.0	01,03,04
14	South-Kerch prosp.area, hole	Trubetskogo m.v. (Bulganak Group), spring
15	<
16	19760000.0	19680000.0
19		EMP-91c'
21		G/S
23	4 SAMPLES
24		0.00011
29		0.0002
34	4.2	3.7e-08
35	<=
36	4.2	3.7e-08
42		347.8
46		0.003
47		0.595
48		0.402
53	Gordienko et al.,1997.	Lavrushin et al., 1996; Gemp et al., 1979 ; Lagunova, 1974

UKR063

Column	Version 1	Version 2
2	45.4166666667
4	45.0
5	25.0
7	36.4666666667
9	36.0
10	28.0
11	1,3,4	04
14	Trubetskogo m.v. (Bulganak Group), spring	Vernadskogo m.v., spring
17	0.0
19	EMP-91v'	EMP-VS
24	110.0	9e-05
29	200.0	0.00025
34	3.7	3.6e-08
36	3.7	3.5e-08
42	347.8	328.0
46	3000.0
47	595000.0
48	402000.0
53	Lavrushin et al., 1996; Gemp et al., 1979 ; Lagunova, 1974	Lavrushin et al., 1996

UKR064

Column	Version 1	Version 2
2		45.1333333333
4		45.0
5		8.0
7		36.9333333333
9		36.0
10		56.0
11	4.0	01,03,04
14	Vernadskogo m.v., spring	Yuzhno-Bugazskii m.v. (Bugaz Group), spring
17	0.0
19	EMP-VS	EMP-92b'
24	90.0	2e-05
29	250.0	8e-05
34	3.6	5.1e-08
36	3.5	4.8e-08
42	328.0	337.8
46		0.009
47		0.02
48		0.971
53	Lavrushin et al., 1996	Lavrushin et al., 1996; Gemp et al., 1979 ; Lagunova, 1974

UKR065

Column	Version 1	Version 2
2	45.1333333333	46.1
4	45.0	46.0
5	8.0	6.0
7	36.9333333333	34.8333333333
9	36.0	34.0
10	56.0	50.0
11	1,3,4	08
13	Crimea, Indol-Kuban Foredeep (13a)	Crimea, Scythian Plate (12a), Arabat Strelka
14	Yuzhno-Bugazskii m.v. (Bugaz Group), spring	Gengorka hydropathic clinic, hole 25
16	19680000.0	19960000.0
17	0.0	1591.0
19	EMP-92b'	2_96
21	G/S	G/H
22		50.0
24	20.0	0.00017
26		1.7e-07
29	80.0	0.000344
32		0.0357142857143
34	5.1	5e-08
36	4.8	5e-08
38		1145.0
42	337.8	316.8
45		0.00071
46	9000.0	0.0423
47	20000.0
48	971000.0	0.9548
53	Lavrushin et al., 1996; Gemp et al., 1979 ; Lagunova, 1974	Cheshko et al., 1999

UKR066

Column	Version 1	Version 2
2	46.1	45.1833333333
4	46.0	45.0
5	6.0	11.0
7	34.8333333333	33.3333333333
9	34.0	33.0
10	50.0	20.0
11	8.0	08
13	Crimea, Scythian Plate (12a), Arabat Strelka	Crimea, Scythian Plate (12a), Crimean Steppe
14	Gengorka hydropathic clinic, hole 25	Evpatoriya Sity, Mainaki Sanatorium, hole 3
17	1591.0	955.0
19	2_96	14_96
22	50.0	37.0
24	170.0	0.006603
26	0.17	8.3e-06
29	344.0	0.00759
32	0.0357142857143	0.174285714286
34	5.0	2.44e-07
36	5.0	2.44e-07
38	1145.0	876.0
42	316.8	308.9
45	710.0	0.0021
46	42300.0	0.897
47		0.0597
48	954800.0	0.0433

UKR067

Column	Version 1	Version 2
2	45.1833333333	45.2
5	11.0	12.0
7	33.3333333333	33.3666666667
10	20.0	22.0
11	8.0	08
14	Evpatoriya Sity, Mainaki Sanatorium, hole 3	Evpatoriya Sity, Tavriya Sanatorium, hole 60-1
17	955.0	1030.0
19	14_96	15_96
22	37.0	25.0
24	6603.0	0.006767
26	8.3	1.53e-05
29	7590.0	0.0105
32	0.174285714286	0.145714285714
34	24.4	2.04e-07
36	24.4	2.03e-07
38	876.0	486.0
42	308.9	300.9
45	2100.0
46	897000.0
47	59700.0
48	43300.0

UKR068

Column	Version 1	Version 2
2	45.2	45.8833333333
5	12.0	53.0
7	33.3666666667	34.55
9	33.0	34.0
10	22.0	33.0
11	8.0	08
14	Evpatoriya Sity, Tavriya Sanatorium, hole 60-1	Medvedevka vill., hole 39
17	1030.0	1700.0
19	15_96	3_96
22	25.0	60.0
24	6767.0	0.00026
26	15.3	1.8e-07
29	10500.0	0.000322
32	0.145714285714	0.0628571428571
34	20.4	8.8e-08
36	20.3	8.8e-08
38	486.0	1563.0
42	300.9	306.0
45		0.0018
46		0.0275
47		0.0543
48		0.91

UKR069

Column	Version 1	Version 2
2	45.8833333333	46.05
4	45.0	46.0
5	53.0	3.0
7	34.55	33.75
9	34.0	33.0
10	33.0	45.0
11	8.0	08
14	Medvedevka vill., hole 39	Pyatikhatka vill.., hole
17	1700.0	1500.0
19	3_96	5_96
24	260.0	0.001097
26	0.18	1.52e-05
29	322.0	0.01355
32	0.0628571428571	0.0378571428571
34	8.8	5.3e-08
36	8.8	4.8e-08
38	1563.0	79.0
42	306.0	296.7
45	1800.0
46	27500.0
47	54300.0
48	910000.0

UKR070

Column	Version 1	Version 2
2	46.05	45.1333333333
4	46.0	45.0
5	3.0	8.0
7	33.75	33.5833333333
10	45.0	35.0
11	8.0	08
14	Pyatikhatka vill.., hole	Saki Sity, hole 3-ЭМ
17	1500.0	971.0
19	5_96	12_96
22	60.0	38.0
24	1097.0	0.002206
26	15.2	1.55e-05
29	13550.0	0.01238
32	0.0378571428571	0.0607142857143
34	5.3	8.5e-08
36	4.8	8.2e-08
38	79.0	156.0
42	296.7	292.8

UKR071

Column	Version 1	Version 2
2	45.1333333333	45.15
5	8.0	9.0
7	33.5833333333	33.55
10	35.0	33.0
11	8.0	08
14	Saki Sity, hole 3-ЭМ	Saki Sity, Poltava Sanatorium, hole 211
17	971.0	950.0
19	12_96	13_96
22	38.0	40.0
24	2206.0	0.002668
26	15.5	1.28e-05
29	12380.0	0.01244
32	0.0607142857143	0.0721428571429
34	8.5	1.01e-07
36	8.2	9.9e-08
38	156.0	229.0
42	292.8	293.3
45		0.001
46		0.962
47		0.0328
48		0.005

UKR072

Column	Version 1	Version 2
2	45.15	45.35
5	9.0	21.0
7	33.55	33.8833333333
10	33.0	53.0
11	8.0	08
14	Saki Sity, Poltava Sanatorium, hole 211	Sizovka vill.., hole
17	950.0	1420.0
19	13_96	6_96
22	40.0	48.0
24	2668.0	0.00173
26	12.8	1.11e-05
29	12440.0	0.00701
32	0.0721428571429	0.0907142857143
34	10.1	1.27e-07
36	9.9	1.25e-07
38	229.0	172.0
42	293.3	304.3
45	1000.0	0.12
46	962000.0	0.685
47	32800.0	0.0368
48	5000.0	0.162

UKR073

Column	Version 1	Version 2
2	45.35	45.4333333333
5	21.0	26.0
7	33.8833333333	34.2833333333
9	33.0	34.0
10	53.0	17.0
11	8.0	08
14	Sizovka vill.., hole	Yantarnoe vill.., hole.
17	1420.0	1500.0
19	6_96	4_96
22	48.0	80.0
24	1730.0	0.00285
26	11.1	6.7e-07
29	7010.0	0.00115
32	0.0907142857143	0.0607142857143
34	12.7	8.5e-08
36	12.5	8.5e-08
38	172.0	4678.0
42	304.3	344.2
45	120000.0	0.00093
46	685000.0	0.225
47	36800.0	0.0853
48	162000.0	0.682

UKR074

Column	Version 1	Version 2
2	45.4333333333	45.5
5	26.0	30.0
7	34.2833333333	33.0
9	34.0	33.0
10	17.0	0.0
11	8.0	05,07
13	Crimea, Scythian Plate (12a), Crimean Steppe	Crimea, Scythian Plate (12a), Tarkhankut Pen.
14	Yantarnoe vill.., hole.	Glebovskii prosp.area, hole
15		<
16	19960000.0	19760000.0
17	1500.0
19	4_96
22	80.0
24	2850.0
26	0.67
29	1150.0
32	0.0607142857143
34	8.5	1.2e-07
35		≤
36	8.5	1.2e-07
38	4678.0
42	344.2
45	930.0
46	225000.0
47	85300.0
48	682000.0
53	Cheshko et al., 1999	Gordienko et al.,1997; DB of E.M. Prasolov, unpubl.

UKR075

Column	Version 1	Version 2
11	5,7	05,07,08
17		1100.0
19		EMP-12a
23		PZ
24		0.000139
29		0.000183
34	12.0	1.8e-07
35	<=	≤
36	12.0	1.8e-07
42		324.016766467
46		0.031
48		0.969
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 81000 ppm
53	Gordienko et al.,1997; Prasolov E.M., unpubl.	Gordienko et al.,1997; DB of E.M. Prasolov, unpubl.; Cheshko et al., 1999

UKR076

Column	Version 1	Version 2
2	45.5	45.5833333333
5	30.0	35.0
7	33.0	32.85
9	33.0	32.0
10	0.0	51.0
11	5,7,8	08
14	Glebovskii prosp.area, hole	Mezhvodnoe vill.., hole 4
15	<
16	19760000.0	19960000.0
17	1100.0
19	EMP-12a	EMP-6a
23	PZ
24	139.0	0.000187
26		8e-08
29	183.0	0.000128
32		0.0364285714286
34	18.0	5.1e-08
35	<=
36	18.0	5.1e-08
38		2491.0
42	324.016766467
45		0.0015
46	31000.0	0.0281
48	969000.0	0.971
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 81000 ppm
53	Gordienko et al.,1997; Prasolov E.M., unpubl.; Cheshko et al., 1999	Cheshko et al., 1999

UKR077

Column	Version 1	Version 2
2	45.5833333333	45.4
5	35.0	24.0
7	32.85	32.6
10	51.0	36.0
11	8.0	08
14	Mezhvodnoe vill.., hole 4	Okenevskoe HC pool, hole .5
17		500.0
19	EMP-6a	EMP-4a
24	187.0	3.28e-05
26	0.08	8e-08
29	128.0	0.000108
32	0.0364285714286	0.0785714285714
34	5.1	1.1e-07
36	5.1	1.09e-07
38	2491.0	476.0
45	1500.0	0.0017
46	28100.0	0.0152
48	971000.0	0.985

UKR078

Column	Version 1	Version 2
7	32.6	33.0
9	32.0	33.0
10	36.0	0.0
11	8.0	05,07,08
14	Okenevskoe HC pool, hole .5	Zapadno-Oktyabrskii prosp.area, hole
15		<
16	19960000.0	19760000.0
17	500.0	2920.0
19	EMP-4a	EMP-8a
24	32.8	0.000155
26	0.08
29	108.0	4.1e-05
32	0.0785714285714
34	11.0	6.1e-08
35		≤
36	10.9	6.1e-08
38	476.0
42		364.183183183
45	1700.0
46	15200.0	0.01
48	985000.0	0.981
53	Cheshko et al., 1999	Gordienko et al.,1997; DB of E.M. Prasolov, unpubl.; Cheshko et al., 1999

UKR079

Column	Version 1	Version 2
2	45.4	50.6166666667
4	45.0	50.0
5	24.0	37.0
7	33.0	33.55
10	0.0	33.0
11	5,7,8	06,07
13	Crimea, Scythian Plate (12a), Tarkhankut Pen.	DNEPR-DONETS DEPRESSION (5b)
14	Zapadno-Oktyabrskii prosp.area, hole	ANASTASIEVSKAYA PROSP. AREA, HOLE
17	2920.0	4480.0
19	EMP-8a	60a
21	G/H
23		C1
24	155.0	0.0005
29	41.0
34	6.1	6.6e-08
35	<=	≤
36	6.1	6.6e-08
42	364.183183183
46	10000.0	0.031
47		0.012
48	981000.0	0.957
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 158000 ppm
53	Gordienko et al.,1997; Prasolov E.M., unpubl.; Cheshko et al., 1999	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl.

UKR080

Column	Version 1	Version 2
2	50.6166666667	50.1
5	37.0	6.0
7	33.55	34.5666666667
9	33.0	34.0
10	33.0	34.0
11	6,7	06,07
14	ANASTASIEVSKAYA PROSP. AREA, HOLE	BEL'SKAYA PROSP. AREA, HOLE
17	4480.0	1500.0
19	60a	78a
23	C1	J2
24	500.0	0.00071
29		9e-05
34	6.6	4.4e-08
35	<=	≤
36	6.6	4.4e-08
42		397.417910448
46	31000.0	0.045
47	12000.0	0.003
48	957000.0	0.9515
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 158000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 14500 ppm
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl.

UKR081

Column	Version 1	Version 2
2	50.1	48.95
4	50.0	48.0
5	6.0	57.0
7	34.5666666667	35.5333333333
9	34.0	35.0
10	34.0	32.0
11	6,7	07
14	BEL'SKAYA PROSP. AREA, HOLE	BOGATOISKAYA PROSP. AREA, HOLE
17	1500.0	4550.0
19	78a	151'
23	J2	C1
24	710.0	0.0004
29	90.0
34	4.4	9.6e-08
35	<=	≤
36	4.4	9.6e-08
42	397.417910448
46	45000.0	0.018
47	3000.0	0.016
48	951500.0	0.9661
50		-37.5
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 14500 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 31100 ppm
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

UKR082

Column	Version 1	Version 2
2	48.95	50.2833333333
4	48.0	50.0
5	57.0	17.0
7	35.5333333333	32.95
9	35.0	32.0
10	32.0	57.0
11	7.0	06,07
14	BOGATOISKAYA PROSP. AREA, HOLE	CHERNUKHINSKAYA PROSP. AREA, HOLE
17	4550.0	2950.0
19	151'	58a
24	400.0	0.00074
34	9.6	5e-08
35	<=	≤
36	9.6	5e-08
46	18000.0	0.07
47	16000.0	0.016
48	966100.0	0.914
50	-37.5
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 31100 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 289000 ppm
53	Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl.

UKR083

Column	Version 1	Version 2
2	50.2833333333	49.6666666667
4	50.0	49.0
5	17.0	40.0
7	32.95	35.5833333333
9	32.0	35.0
10	57.0	35.0
11	6,7	06,07
14	CHERNUKHINSKAYA PROSP. AREA, HOLE	CHUTOVSKAYA PROSP. AREA, HOLE
17	2950.0	3200.0
19	58a	90a
23	C1	C2
24	740.0	0.00044
34	5.0	3.9e-08
35	<=	≤
36	5.0	3.9e-08
46	70000.0	0.0245
47	16000.0	0.016
48	914000.0	0.9593
50		-38.3
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 289000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 46300 ppm
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl.

UKR084

Column	Version 1	Version 2
2	49.6666666667	51.05
4	49.0	51.0
5	40.0	3.0
7	35.5833333333	32.1666666667
9	35.0	32.0
10	35.0	10.0
11	6,7	07
14	CHUTOVSKAYA PROSP. AREA, HOLE	DOROZHNAYA PROSP. AREA, HOLE
17	3200.0	3840.0
19	90a	42a
23	C2	C1
24	440.0	0.012
34	3.9	1.1e-07
35	<=	≤
36	3.9	1.1e-07
46	24500.0	0.73
47	16000.0
48	959300.0	0.26972
50	-38.3
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 46300 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 3720 ppm
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

UKR085

Column	Version 1	Version 2
2	51.05	49.4166666667
4	51.0	49.0
5	3.0	25.0
7	32.1666666667	36.1333333333
9	32.0	36.0
10	10.0	8.0
11	7.0	07
14	DOROZHNAYA PROSP. AREA, HOLE	EFREMOVSKAYA PROSP. AREA, HOLE
17	3840.0	2200.0
19	42a	107a1
21	W/H	G/H
23	C1	P1
24	12000.0	0.00044
29		1.9e-05
34	11.0	1.22e-07
35	<=	≤
36	11.0	1.22e-07
42		938.233333333
46	730000.0	0.014
47		0.004
48	269720.0	0.984
50		-32.6
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 3720 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 32000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 5b-ЕМP-107а

UKR086

Column	Version 1	Version 2
11	7.0	06,07,10
17	2200.0	3200.0
19	107a1	107a2
23	P1	C3
24	440.0	0.00047
29	19.0	1.7e-05
34	12.2	4.1e-08
35	<=	≤
36	12.2	4.1e-08
42	938.233333333	1007.44
46		0.014
47		0.004
48		0.984
50	-32.6	-32.9
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 32000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	Gordienko et al., 2010; Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl. 5b-ЕМP-107а

UKR087

Column	Version 1	Version 2
11	5,6,7	06,07
17	3200.0
19	107a2	107a
21	G/H
23	C3
24	470.0	0.00047
29	17.0
34	4.1	8.5e-08
35	<=	≤
36	4.1	8.2e-08
42	1007.44
46		0.014
47		0.004
48		0.984
50	-32.9
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 32000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Travnikova and Astakhov, 1981; NANU collection; Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl. 5b-ЕМP-107а

UKR088

Column	Version 1	Version 2
11	6,7	06,10
19	107a
24	470.0
34	8.5	1.6e-07
35	<=	≤
36	8.2	1.6e-07
46	14000.0
47	4000.0
48	984000.0
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 32000 ppm
53	NANU collection; Prasolov E.M., unpubl.	Gordienko et al., 2001; Travnikova and Astakhov, 1981

UKR089

Column	Version 1	Version 2
2	49.4166666667	50.3833333333
4	49.0	50.0
5	25.0	23.0
7	36.1333333333	33.7166666667
9	36.0	33.0
10	8.0	43.0
11	5,6	07
14	EFREMOVSKAYA PROSP. AREA, HOLE	GLINSKO-ROZBYSHEVSKAYA PROSP. AREA, HOLE
17		3300.0
19		61a
21		G/H
23		C1
24		0.00057
34	16.0	1e-07
35	<=	≤
36	16.0	1e-07
46		0.014
47		0.03
48		0.956
50		-37.7
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 111000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Travnikova and Astakhov, 1981; NANU collection	DB of E.M. Prasolov, unpubl. 5b-ЕМP-61а

UKR090

Column	Version 1	Version 2
11	7.0	10
17	3300.0
19	61a
21	G/H
24	570.0
34	10.0	8.3e-08
35	<=	≤
36	10.0	8.3e-08
46	14000.0
47	30000.0
48	956000.0
50	-37.7
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 111000 ppm
53	Prasolov E.M., unpubl.	Gordienko et al., 2001

UKR092

Column	Version 1	Version 2
11	5.0	06,07
34	18.0	1.08e-07
35	<=	≤
36	18.0	1.08e-07
46		0.014
47		0.03
48		0.956
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 111000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	NANU collection	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl. 5b-ЕМP-61а

UKR093

Column	Version 1	Version 2
2	50.3833333333	48.3
4	50.0	48.0
5	23.0	18.0
7	33.7166666667	38.05
9	33.0	38.0
10	43.0	3.0
11	6.0	13.0
14	GLINSKO-ROZBYSHEVSKAYA PROSP. AREA, HOLE	Gorlovka Sity, Soyuz Mine
15	<
16	19760000.0	19980000.0
19		VT98/5
21		G/H
23	C1
34	10.8	3.8e-08
35	<=
36	10.8	3.8e-08
53	Travnikova and Astakhov, 1981	Gordienko et al.,1998

UKR094

Column	Version 1	Version 2
2	48.3333333333
4	48.0
5	20.0
7	38.0
9	38.0
10	0.0
11	5.0	13.0
14	GORLOVKA MINING AREA	Kamenka, hole.
15	<
16	19760000.0	19980000.0
19		VT98/1
21		G/H
24		0.000279
26		2.11e-05
29		0.0114
34	3.8	4.9e-08
35	<=
36	3.8	2e-08
38		14.2
53	NANU collection	Gordienko et al.,1998

UKR095

Column	Version 1	Version 2
2	48.3333333333	49.9333333333
4	48.0	49.0
5	20.0	56.0
7	38.0	33.6
9	38.0	33.0
10	0.0	36.0
11	7.0	07
14	GORLOVKA MINING AREA, CENTR.-SOYUZ FIELD	KIBINTSEVSKAYA PROSP. AREA, HOLE
17		1660.0
19	154'	65a
21		O/H
23		C1
24		0.00021
34	3.0	6.3e-08
35	<=	≤
36	3.0	6.3e-08
46		0.031
47		0.019
48		0.95
50		-44.7
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 262000 ppm
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

UKR096

Column	Version 1	Version 2
2	48.3
4	48.0
5	18.0
7	38.05
9	38.0
10	3.0
14	Gorlovka Sity, Soyuz Mine	Konstantinopol' Sity, hole
19	VT98/5	VT98/4
23	IG NANU collection
24		0.0037
26		1.16e-06
29		0.00132
34	3.8	1.23e-07
36	3.8	1.23e-07
38		3531.0
53	Gordienko et al.,1998.	Gordienko et al.,1998

UKR097

Column	Version 1	Version 2
2		50.45
4		50.0
5		27.0
7		33.1166666667
9		33.0
10		7.0
11	13.0	06,07
14	Kamenka, hole.	LUTSENKOVSKAYA PROSP. AREA, HOLE
15		<
16	19980000.0	19760000.0
17		5100.0
19	VT98/1	57a
23	IG NANU collection	C1
24	279.0	0.00042
26	21.1
29	11400.0
34	4.9	6.2e-08
35		≤
36	2.0	6.2e-08
38	14.2
46		0.051
47		0.038
48		0.9104
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 23400 ppm
53	Gordienko et al.,1998.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl.

UKR098

Column	Version 1	Version 2
2	49.9333333333
4	49.0
5	56.0
7	33.6
9	33.0
10	36.0
11	7.0	13.0
14	KIBINTSEVSKAYA PROSP. AREA, HOLE	Novoselovka vill.., hole
15	<
16	19760000.0	19980000.0
17	1660.0
19	65a	VT98/3
21	O/H	G/H
23	C1
24	210.0	0.000101
26		1.82e-05
29		0.0105
34	6.3	1.12e-07
35	<=
36	6.3	4.5e-08
38		6.1
46	31000.0
47	19000.0
48	950000.0
50	-44.7
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 262000 ppm
53	Prasolov E.M., unpubl.	Gordienko et al.,1998

UKR099

Column	Version 1	Version 2
2		49.0
4		49.0
5		0.0
7		35.1666666667
9		35.0
10		10.0
11	13.0	06,10
14	Konstantinopol' Sity, hole	PROLETARSKAYA PROSP. AREA, HOLE
15		<
16	19980000.0	19760000.0
17		1800.0
19	VT98/4	97c
23	IG NANU collection	C2
24	3700.0	0.00074
26	1.16
29	1320.0	6.3e-05
34	12.3	3.4e-08
35		≤
36	12.3	3.4e-08
38	3531.0
42		361.831067961
53	Gordienko et al.,1998.	Gordienko et al., 1997; Travnikova and Astakhov, 1981

UKR100

Column	Version 1	Version 2
2	50.45	49.0
4	50.0	49.0
5	27.0	0.0
7	33.1166666667	35.1666666667
9	33.0	35.0
10	7.0	10.0
11	6,7	07,10
14	LUTSENKOVSKAYA PROSP. AREA, HOLE	PROLETARSKAYA PROSP. AREA, HOLE
17	5100.0
19	57a	97f
21	G/H
23	C1
24	420.0	0.00068
34	6.2	3.2e-08
35	<=	≤
36	6.2	3.2e-08
46	51000.0	0.028
47	38000.0	0.002
48	910400.0	0.97
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 23400 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	Gordienko et al.,2001; DB of E.M. Prasolov, unpubl. 5b-ЕМP-97f

UKR101

Column	Version 1	Version 2
2		49.0
4		49.0
5		0.0
7		35.1666666667
9		35.0
10		10.0
11	13.0	10
14	Novoselovka vill.., hole	PROLETARSKAYA PROSP. AREA, HOLE
15		<
16	19980000.0	19760000.0
19	VT98/3
21	G/H
23	IG NANU collection
24	101.0
26	18.2
29	10500.0
34	11.2	3.4e-08
35		≤
36	4.5	3.4e-08
38	6.1
53	Gordienko et al.,1998.	Gordienko et al., 2001

UKR102

Column	Version 1	Version 2
2	49.0	49.95
5	0.0	57.0
7	35.1666666667	33.8166666667
9	35.0	33.0
10	10.0	49.0
11	5,6	06,07
14	PROLETARSKAYA PROSP. AREA, HOLE	RADCHENKOVSKAYA PROSP. AREA, HOLE
17	1800.0	1200.0
19	97c	73c
23	C2	T
24	740.0	0.00134
29	63.0
34	3.4	1.3e-07
35	<=	≤
36	3.4	1.3e-07
42	361.831067961
46		0.078
48		0.922
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 28000 ppm
53	Travnikova and Astakhov, 1981; NANU collection	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl.

UKR103

Column	Version 1	Version 2
2	49.0	49.5666666667
5	0.0	34.0
7	35.1666666667	35.2
10	10.0	12.0
11	5,7	06,07
14	PROLETARSKAYA PROSP. AREA, HOLE	RASPASHNOVSKAYA PROSP. AREA, HOLE
17		4000.0
19	97e	92a
21		G/H
23		P1
24	680.0	0.00035
34	3.2	5.4e-08
35	<=	≤
36	3.2	5.4e-08
46	28000.0	0.018
47	2000.0	0.01
48	970000.0	0.9714
50		-31.5
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 40400 ppm
53	NANU collection; Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl.

UKR104

Column	Version 1	Version 2
2	49.0	50.1333333333
4	49.0	50.0
5	0.0	8.0
7	35.1666666667	34.8333333333
9	35.0	34.0
10	10.0	50.0
11	5.0	07
14	PROLETARSKAYA PROSP. AREA, HOLE	RYBALTSEVSKAYA PROSP. AREA, HOLE
17		2000.0
19		77a
21		G/H
24		0.00059
29		9e-05
34	3.4	3.8e-08
35	<=	≤
36	3.4	3.8e-08
42		397.417910448
46		0.036
47		0.002
48		0.962
50		-38.8
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 108000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	NANU collection	DB of E.M. Prasolov, unpubl. 5b-ЕМP-77а

UKR105

Column	Version 1	Version 2
2	49.95	50.1333333333
4	49.0	50.0
5	57.0	8.0
7	33.8166666667	34.8333333333
9	33.0	34.0
10	49.0	50.0
11	6,7	06,07
14	RADCHENKOVSKAYA PROSP. AREA, HOLE	RYBALTSEVSKAYA PROSP. AREA, HOLE
17	1200.0
19	73v
21	G/H
23	T
24	1340.0
34	13.0	4.1e-08
35	<=	≤
36	13.0	4.1e-08
46	78000.0	0.036
47		0.002
48	922000.0	0.962
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 28000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 108000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov., unpubl. 5b-ЕМP-77а

UKR106

Column	Version 1	Version 2
2	49.5666666667	49.6833333333
5	34.0	41.0
7	35.2	34.3333333333
9	35.0	34.0
10	12.0	20.0
11	6,7	06,07
14	RASPASHNOVSKAYA PROSP. AREA, HOLE	SEMENTSOVSKAYA PROSP. AREA, HOLE
17	4000.0	4350.0
19	92a	81b'
21	G/H
23	P1	C1
24	350.0	0.00023
34	5.4	4.1e-08
35	<=	≤
36	5.4	4.1e-08
46	18000.0	0.012
47	10000.0	0.032
48	971400.0	0.956
50	-31.5	-31.2
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 40400 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 205000 ppm
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl. 5b-ЕМP-81b'

UKR107

Column	Version 1	Version 2
2	50.1333333333	50.0
5	8.0	0.0
7	34.8333333333	34.1166666667
10	50.0	7.0
11	7.0	06,07
14	RYBALTSEVSKAYA PROSP. AREA, HOLE	SEMIRENKOVSKAYA PROSP. AREA, HOLE
17	2000.0	5000.0
19	77a	80f'
21	G/H
23	T-C	C1
24	590.0	0.00048
29	90.0
34	3.8	5.7e-08
35	<=	≤
36	3.8	5.7e-08
42	397.417910448
46	36000.0	0.034
47	2000.0	0.017
48	962000.0	0.948
50	-38.8	-38.1
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 108000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 281000 ppm
53	Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl.

UKR108

Column	Version 1	Version 2
2	50.1333333333	49.5
4	50.0	49.0
5	8.0	30.0
7	34.8333333333	36.5
9	34.0	36.0
10	50.0	30.0
11	6.0	07
14	RYBALTSEVSKAYA PROSP. AREA, HOLE	SHEBELINSKAYA PROSP. AREA, HOLE
17		1250.0
18		450.0
19		113f
21		G/H
23	T-C	P-T
24		0.00055
29		4.5e-05
34	4.1	3.3e-08
35	<=	≤
36	4.1	3.3e-08
42		348.397905759
46		0.016
47		0.001
48		0.983
50		-30.8
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 35000 ppm
53	Travnikova and Astakhov, 1981	DB of E.M. Prasolov, unpubl. 5b-ЕМP-113f

UKR109

Column	Version 1	Version 2
2	49.6833333333	49.5
5	41.0	30.0
7	34.3333333333	36.5
9	34.0	36.0
10	20.0	30.0
11	6,7	10
14	SEMENTSOVSKAYA PROSP. AREA, HOLE	SHEBELINSKAYA PROSP. AREA, HOLE
17	4350.0
19	81b'
23	C1
24	230.0
34	4.1	3.4e-08
35	<=	≤
36	4.1	3.4e-08
46	12000.0
47	32000.0
48	956000.0
50	-31.2
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 205000 ppm
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	Gordienko et al., 2001

UKR110

Column	Version 1	Version 2
2	50.0	49.5
4	50.0	49.0
5	0.0	30.0
7	34.1166666667	36.5
9	34.0	36.0
10	7.0	30.0
11	6,7	06
14	SEMIRENKOVSKAYA PROSP. AREA, HOLE	SHEBELINSKAYA PROSP. AREA, HOLE
17	5000.0
19	80e'
23	C1
24	480.0
34	5.7	3.6e-08
35	<=	≤
36	5.7	3.6e-08
46	34000.0
47	17000.0
48	948000.0
50	-38.1
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 281000 ppm
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981

UKR111

Column	Version 1	Version 2
2	49.5	50.7666666667
4	49.0	50.0
5	30.0	46.0
7	36.5	32.7166666667
9	36.0	32.0
10	30.0	43.0
11	7.0	07
14	SHEBELINSKAYA PROSP. AREA, HOLE	SKOROKHODOVSKAYA PROSP. AREA, HOLE
17	1250.0	3730.0
18	450.0
19	113e	152'
21	G/H
23	P-T	C1
24	550.0	0.0101
29	45.0
34	3.3	7.8e-08
35	<=	≤
36	3.3	7.8e-08
42	348.397905759
46	16000.0	0.551
47	1000.0	0.05
48	983000.0	0.41209
50	-30.8
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 35000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 30090 ppm
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

UKR112

Column	Version 1	Version 2
2	49.5	48.8666666667
4	49.0	48.0
5	30.0	52.0
7	36.5	37.625
9	36.0	37.0
10	30.0	37.5
11	5.0	13.0
14	SHEBELINSKAYA PROSP. AREA, HOLE	Slavyansk Sity, hole 2505
15	<
16	19760000.0	19980000.0
19		VT98/2
21		G/H
24		0.000139
26		1.35e-05
29		0.0107
34	3.4	4.9e-08
35	<=
36	3.4	1.2e-08
38		11.4
53	NANU collection	Gordienko et al.,1998

UKR113

Column	Version 1	Version 2
2	49.5	50.9
4	49.0	50.0
5	30.0	54.0
7	36.5	32.7333333333
9	36.0	32.0
10	30.0	44.0
11	6.0	06,07
14	SHEBELINSKAYA PROSP. AREA, HOLE	SOFIEVSKAYA PROSP. AREA, HOLE
17		3750.0
19		49c
23		C1
24		0.00609
34	3.6	5.5e-08
35	<=	≤
36	3.6	5.5e-08
46		0.446
48		0.5539
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10900 ppm
53	Travnikova and Astakhov, 1981	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl.

UKR114

Column	Version 1	Version 2
2	50.7666666667	49.9333333333
4	50.0	49.0
5	46.0	56.0
7	32.7166666667	34.5333333333
9	32.0	34.0
10	43.0	32.0
11	7.0	06,07
14	SKOROKHODOVSKAYA PROSP. AREA, HOLE	SOLOKHOVSKAYA PROSP. AREA, HOLE
17	3730.0	860.0
19	152'	80e
23	C1	J2
24	10100.0	0.00098
34	7.8	2.8e-08
35	<=	≤
36	7.8	2.8e-08
46	551000.0	0.136
47	50000.0
48	412090.0	0.8635
50		-47.3
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 30090 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 500 ppm
53	Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl. 5b-ЕМP-80e

UKR115

Column	Version 1	Version 2
2	48.8666666667	50.45
4	48.0	50.0
5	52.0	27.0
7	37.625	32.7333333333
9	37.0	32.0
10	37.5	44.0
11	13.0	06
14	Slavyansk Sity, hole 2505	SVETLICHNAYA PROSP. AREA, HOLE
15		<
16	19980000.0	19760000.0
17		3900.0
19	VT98/2	51b'
21	G/H
23	IG NANU collection
24	139.0	0.00488
26	13.5
29	10700.0	0.00308
34	4.9	7.6e-08
35		≤
36	1.2	7.6e-08
38	11.4
47		0.047
53	Gordienko et al.,1998.	Travnikova and Astakhov, 1981

UKR116

Column	Version 1	Version 2
2	50.9	50.7833333333
5	54.0	47.0
7	32.7333333333	33.15
9	32.0	33.0
10	44.0	9.0
11	6,7	06,07
14	SOFIEVSKAYA PROSP. AREA, HOLE	TALALAEVSKAYA PROSP. AREA, HOLE
17	3750.0	3450.0
19	49v	48b
24	6090.0	0.00077
34	5.5	7.3e-08
35	<=	≤
36	5.5	7.3e-08
46	446000.0	0.071
47		0.032
48	553900.0	0.89
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10900 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 170000 ppm
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov., unpubl. 5b-ЕМP-48b

UKR117

Column	Version 1	Version 2
2	49.9333333333	50.4333333333
4	49.0	50.0
5	56.0	26.0
7	34.5333333333	34.2166666667
10	32.0	13.0
11	6,7	06,07
14	SOLOKHOVSKAYA PROSP. AREA, HOLE	TIMOFEEVSKAYA PROSP. AREA, HOLE
17	860.0	4210.0
19	80d	70b'
21		G/H
23	J2	C1
24	980.0	0.00062
34	2.8	5.2e-08
35	<=	≤
36	2.8	5.2e-08
46	136000.0	0.043
47		0.014
48	863500.0	0.9435
50	-47.3	-36.8
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 500 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 73500 ppm
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl.

UKR118

Column	Version 1	Version 2
2	50.45	50.2333333333
5	27.0	14.0
7	32.7333333333	33.4166666667
9	32.0	33.0
10	44.0	25.0
11	6.0	06,07
14	SVETLICHNAYA PROSP. AREA, HOLE	YABLUNOVSKAYA PROSP. AREA, HOLE
17	3900.0	5000.0
19	51b'	153'a
23		C1
24	4880.0	0.00038
29	3080.0
34	7.6	1.7e-07
35	<=	≤
36	7.6	1.7e-07
46		0.035
47	47000.0	0.061
48		0.9135
50		-34.9
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 63500 ppm
53	Travnikova and Astakhov, 1981	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl.

UKR119

Column	Version 1	Version 2
2	50.7833333333	50.8166666667
5	47.0	49.0
7	33.15	32.9166666667
9	33.0	32.0
10	9.0	55.0
11	6,7	06,07
14	TALALAEVSKAYA PROSP. AREA, HOLE	YAROSHEVSKAYA PROSP. AREA, HOLE
17	3450.0	4200.0
19	48b	49a
24	770.0	0.00086
34	7.3	6e-08
35	<=	≤
36	7.3	6e-08
46	71000.0	0.168
47	32000.0	0.029
48	890000.0	0.799
50		-36.1
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 170000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 146000 ppm
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl. 5b-ЕМP-49b

UKR120

Column	Version 1	Version 2
2	50.4333333333	50.2
5	26.0	12.0
7	34.2166666667	33.5
9	34.0	33.0
10	13.0	30.0
11	6,7	06,07
14	TIMOFEEVSKAYA PROSP. AREA, HOLE	YAROVSKAYA PROSP. AREA, HOLE
17	4210.0	5000.0
19	70b'	153'b
21	G/H
24	620.0	0.00036
34	5.2	5.4e-08
35	<=	≤
36	5.2	5.4e-08
46	43000.0	0.028
47	14000.0	0.01
48	943500.0	0.961
50	-36.8	-38.1
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 73500 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 204000 ppm
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl.

UKR121

Column	Version 1	Version 2
2	50.2333333333	49.3333333333
4	50.0	49.0
5	14.0	20.0
7	33.4166666667	34.2333333333
9	33.0	34.0
10	25.0	14.0
11	6,7	06,07
14	YABLUNOVSKAYA PROSP. AREA, HOLE	ZACHEPILOVSKAYA PROSP. AREA, HOLE
17	5000.0	1300.0
19	153'a	76d
21		G/H
24	380.0	0.00067
29		8.1e-05
34	17.0	3.5e-08
35	<=	≤
36	17.0	3.5e-08
42		1333.7
46	35000.0	0.015
47	61000.0	0.01
48	913500.0	0.983
50	-34.9	-41.6
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 63500 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	Travnikova and Astakhov, 1981; DB of E.M. Prasolov, unpubl. 5b-ЕМP-76d

UKR122

Column	Version 1	Version 2
2	50.8166666667	48.3333333333
4	50.0	48.0
5	49.0	20.0
7	32.9166666667	38.0
9	32.0	38.0
10	55.0	0.0
11	6,7	10
13	DNEPR-DONETS DEPRESSION (5b)	DONETS BASIN (DONBASS)
14	YAROSHEVSKAYA PROSP. AREA, HOLE	GORLOVKA MINING AREA
17	4200.0
19	49a
23	C1
24	860.0
34	6.0	3.8e-08
35	<=	≤
36	6.0	3.8e-08
46	168000.0
47	29000.0
48	799000.0
50	-36.1
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 146000 ppm
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	Gordienko et al., 2001

UKR123

Column	Version 1	Version 2
2	50.2	48.3333333333
4	50.0	48.0
5	12.0	20.0
7	33.5	38.0
9	33.0	38.0
10	30.0	0.0
11	6,7	07
13	DNEPR-DONETS DEPRESSION (5b)	DONETS BASIN (DONBASS)
14	YAROVSKAYA PROSP. AREA, HOLE	GORLOVKA MINING AREA, CENTR.-SOYUZ FIELD
17	5000.0
19	153'b	154'
23	C1
24	360.0
34	5.4	3e-08
35	<=	≤
36	5.4	3e-08
46	28000.0
47	10000.0
48	961000.0
50	-38.1
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 204000 ppm
53	Travnikova and Astakhov, 1981; Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

UKR124

Column	Version 1	Version 2
2	49.3333333333	46.7166666667
4	49.0	46.0
5	20.0	43.0
7	34.2333333333	32.8
9	34.0	32.0
10	14.0	48.0
11	6,7	08
13	DNEPR-DONETS DEPRESSION (5b)	Mizian Plate/ East European Platform
14	ZACHEPILOVSKAYA PROSP. AREA, HOLE	Nikol'skoe vill.., hole 2002
15	<
16	19760000.0	19960000.0
17	1300.0	127.5
19	76g	1_96
22		12.0
23	C1
24	670.0	0.000331
26		1.95e-05
29	81.0	0.01142
32		0.06
34	3.5	8.4e-08
35	<=
36	3.5	6.2e-08
38		18.6
42	1333.7	296.6
46	15000.0
47	10000.0
48	983000.0
50	-41.6
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm
53	Travnikova and Astakhov, 1981	Cheshko et al., 1999

UKR125

Column	Version 1	Version 2
2	46.7166666667	48.5333333333
4	46.0	48.0
5	43.0	32.0
7	32.8	32.3
10	48.0	18.0
11	8.0	10
13	Kherson Distr.	UKRAINIAN SHIELD
14	Nikol'skoevill.., hole 2002	CENTRAL AREA, HOLE
15		<
16	19960000.0	19760000.0
17	127.5
19	1_96
21	G/H	W
22	12.0
24	331.0
26	19.5
29	11420.0
32	0.06
34	8.4	1.5e-08
35		≤
36	6.2	1.5e-08
38	18.6
42	296.6
53	Cheshko et al., 1999	Gordienko et al., 2001

UKR140

Column	Version 1	Version 2
2	48.5333333333	48.55
5	32.0	33.0
7	32.3	31.3333333333
9	32.0	31.0
10	18.0	20.0
11	5.0	10
14	CENTRAL AREA, HOLE	NOVO-PAVLOVSKY AREA, HOLE
34	3.1	1e-07
35	<=	≤
36	3.1	1e-07
53	NANU collection	Gordienko et al., 2001

UKR145

Column	Version 1	Version 2
2	48.55	50.1666666667
4	48.0	50.0
5	33.0	10.0
7	31.3333333333	28.25
9	31.0	28.0
10	20.0	15.0
11	5.0	10
14	NOVO-PAVLOVSKY AREA, HOLE	PERLYAVCKY AREA, HOLE
34	11.0	5.3e-08
35	<=	≤
36	11.0	5.3e-08
53	NANU collection	Gordienko et al., 2001

UKR152

Column	Version 1	Version 2
2	50.1666666667	51.4166666667
4	50.0	51.0
5	10.0	25.0
7	28.25	27.9166666667
9	28.0	27.0
10	15.0	55.0
11	5.0	10
14	PERLYAVCKY AREA, HOLE	PERZHANSKY AREA, HOLE
34	5.8	1.7e-07
35	<=	≤
36	5.8	1.7e-07
43		Li-bearing area
53	NANU collection	Gordienko et al., 2001

UKR182

Column	Version 1	Version 2
2	51.4166666667	48.7333333333
4	51.0	48.0
5	25.0	44.0
7	27.9166666667	30.3833333333
9	27.0	30.0
10	55.0	23.0
11	5.0	10
14	PERZHANSKY AREA, HOLE	PIKOVETS-GEREZHENOVSKY AREA, HOLE
34	14.0	1.8e-07
35	<=	≤
36	14.0	1.8e-07
53	NANU collection	Gordienko et al., 2001

UKR190

Column	Version 1	Version 2
2	48.7333333333	48.5166666667
5	44.0	31.0
7	30.3833333333	32.2666666667
9	30.0	32.0
10	23.0	16.0
11	5.0	10
14	PIKOVETS-GEREZHENOVSKY AREA, HOLE	SEVERINOVSKY AREA, HOLE
34	1.1	2e-08
35	<=	≤
36	1.1	2e-08
53	NANU collection	Gordienko et al., 2001

UKR191

Column	Version 1	Version 2
2	48.7333333333	48.5166666667
5	44.0	31.0
7	30.3833333333	32.2666666667
9	30.0	32.0
10	23.0	16.0
11	5.0	10
14	PIKOVETS-GEREZHENOVSKY AREA, HOLE	SEVERINOVSKY AREA, HOLE
34	1.4	2.4e-08
35	<=	≤
36	1.4	2.4e-08
53	NANU collection	Gordienko et al., 2001

UKR192

Column	Version 1	Version 2
2	48.7333333333	48.5166666667
5	44.0	31.0
7	30.3833333333	32.2666666667
9	30.0	32.0
10	23.0	16.0
11	5.0	10
14	PIKOVETS-GEREZHENOVSKY AREA, HOLE	SEVERINOVSKY AREA, HOLE
34	2.1	2.5e-08
35	<=	≤
36	2.1	2.5e-08
53	NANU collection	Gordienko et al., 2001

UKR193

Column	Version 1	Version 2
2	48.7333333333	48.5166666667
5	44.0	31.0
7	30.3833333333	32.2666666667
9	30.0	32.0
10	23.0	16.0
11	5.0	10
14	PIKOVETS-GEREZHENOVSKY AREA, HOLE	SEVERINOVSKY AREA, HOLE
34	2.6	2e-08
35	<=	≤
36	2.6	2e-08
53	NANU collection	Gordienko et al., 2001

UKR243

Column	Version 1	Version 2
2	48.5166666667	49.0
4	48.0	49.0
5	31.0	0.0
7	32.2666666667	31.1
9	32.0	31.0
10	16.0	6.0
11	5.0	10
14	SEVERINOVSKY AREA, HOLE	STETSOVSKY AREA, HOLE
34	2.1	1.5e-08
35	<=	≤
36	2.1	1.5e-08
53	NANU collection	Gordienko et al., 2001

UKR244

Column	Version 1	Version 2
2	48.5166666667	49.0
4	48.0	49.0
5	31.0	0.0
7	32.2666666667	31.1
9	32.0	31.0
10	16.0	6.0
11	5.0	10
14	SEVERINOVSKY AREA, HOLE	STETSOVSKY AREA, HOLE
34	2.2	2.2e-08
35	<=	≤
36	2.2	2.2e-08
53	NANU collection	Gordienko et al., 2001

UKR245

Column	Version 1	Version 2
2	48.5166666667	49.0
4	48.0	49.0
5	31.0	0.0
7	32.2666666667	31.1
9	32.0	31.0
10	16.0	6.0
11	5.0	10
14	SEVERINOVSKY AREA, HOLE	STETSOVSKY AREA, HOLE
34	2.0	1.5e-08
35	<=	≤
36	2.0	1.5e-08
53	NANU collection	Gordienko et al., 2001

UKR246

Column	Version 1	Version 2
2	48.5166666667	49.0
4	48.0	49.0
5	31.0	0.0
7	32.2666666667	31.1
9	32.0	31.0
10	16.0	6.0
11	5.0	10
14	SEVERINOVSKY AREA, HOLE	STETSOVSKY AREA, HOLE
34	1.8	1.6e-08
35	<=	≤
36	1.8	1.6e-08
53	NANU collection	Gordienko et al., 2001

UKR247

Column	Version 1	Version 2
2	49.0	48.7
4	49.0	48.0
5	0.0	42.0
7	31.1	32.5333333333
9	31.0	32.0
10	6.0	32.0
11	5.0	10
14	STETSOVSKY AREA, HOLE	SUBBOTOVSKY AREA, HOLE
34	1.5	1.4e-08
35	<=	≤
36	1.5	1.4e-08
53	NANU collection	Gordienko et al., 2001

UKR248

Column	Version 1	Version 2
2	49.0	48.7
4	49.0	48.0
5	0.0	42.0
7	31.1	32.5333333333
9	31.0	32.0
10	6.0	32.0
11	5.0	10
14	STETSOVSKY AREA, HOLE	SUBBOTOVSKY AREA, HOLE
34	2.2	2.1e-08
35	<=	≤
36	2.2	2.1e-08
53	NANU collection	Gordienko et al., 2001

UKR249

Column	Version 1	Version 2
2	49.0	48.7
4	49.0	48.0
5	0.0	42.0
7	31.1	32.5333333333
9	31.0	32.0
10	6.0	32.0
11	5.0	10
14	STETSOVSKY AREA, HOLE	SUBBOTOVSKY AREA, HOLE
34	1.5	2e-08
35	<=	≤
36	1.5	2e-08
53	NANU collection	Gordienko et al., 2001

UKR250

Column	Version 1	Version 2
2	49.0	48.7
4	49.0	48.0
5	0.0	42.0
7	31.1	32.5333333333
9	31.0	32.0
10	6.0	32.0
11	5.0	10
14	STETSOVSKY AREA, HOLE	SUBBOTOVSKY AREA, HOLE
34	1.6	2.6e-08
35	<=	≤
36	1.6	2.6e-08
53	NANU collection	Gordienko et al., 2001

UKR251

Column	Version 1	Version 2
2	48.7	48.75
5	42.0	45.0
7	32.5333333333	30.4666666667
9	32.0	30.0
10	32.0	28.0
11	5.0	10
14	SUBBOTOVSKY AREA, HOLE	SUSHKOVSKO-KOSENKOVSKY AREA, HOLE
34	1.4	3.4e-08
35	<=	≤
36	1.4	3.4e-08
53	NANU collection	Gordienko et al., 2001

UKR252

Column	Version 1	Version 2
2	48.7	48.75
5	42.0	45.0
7	32.5333333333	30.4666666667
9	32.0	30.0
10	32.0	28.0
11	5.0	10
14	SUBBOTOVSKY AREA, HOLE	SUSHKOVSKO-KOSENKOVSKY AREA, HOLE
34	2.1	3.5e-08
35	<=	≤
36	2.1	3.5e-08
53	NANU collection	Gordienko et al., 2001

UKR253

Column	Version 1	Version 2
2	48.7	48.75
5	42.0	45.0
7	32.5333333333	30.4666666667
9	32.0	30.0
10	32.0	28.0
11	5.0	10
14	SUBBOTOVSKY AREA, HOLE	SUSHKOVSKO-KOSENKOVSKY AREA, HOLE
34	2.0	1.6e-08
35	<=	≤
36	2.0	1.6e-08
53	NANU collection	Gordienko et al., 2001

UKR254

Column	Version 1	Version 2
2	48.7	48.75
5	42.0	45.0
7	32.5333333333	30.4666666667
9	32.0	30.0
10	32.0	28.0
11	5.0	10
14	SUBBOTOVSKY AREA, HOLE	SUSHKOVSKO-KOSENKOVSKY AREA, HOLE
34	2.6	1.8e-08
35	<=	≤
36	2.6	1.8e-08
53	NANU collection	Gordienko et al., 2001

UKR265

Column	Version 1	Version 2
2	48.75	48.6
5	45.0	36.0
7	30.4666666667	31.2833333333
9	30.0	31.0
10	28.0	17.0
11	5.0	10
14	SUSHKOVSKO-KOSENKOVSKY AREA, HOLE	VATUTINSKY AREA, HOLE
34	26.0	1.8e-08
35	<=	≤
36	26.0	1.8e-08
53	NANU collection	Gordienko et al., 2001

UKR266

Column	Version 1	Version 2
2	48.75	48.6
5	45.0	36.0
7	30.4666666667	31.2833333333
9	30.0	31.0
10	28.0	17.0
11	5.0	10
14	SUSHKOVSKO-KOSENKOVSKY AREA, HOLE	VATUTINSKY AREA, HOLE
34	21.0	1.2e-08
35	<=	≤
36	21.0	1.2e-08
53	NANU collection	Gordienko et al., 2001

UKR267

Column	Version 1	Version 2
2	48.75	48.6
5	45.0	36.0
7	30.4666666667	31.2833333333
9	30.0	31.0
10	28.0	17.0
11	5.0	10
14	SUSHKOVSKO-KOSENKOVSKY AREA, HOLE	VATUTINSKY AREA, HOLE
34	2.1	1.2e-08
35	<=	≤
36	2.1	1.2e-08
53	NANU collection	Gordienko et al., 2001

UKR268

Column	Version 1	Version 2
2	48.75	48.6
5	45.0	36.0
7	30.4666666667	31.2833333333
9	30.0	31.0
10	28.0	17.0
11	5.0	10
14	SUSHKOVSKO-KOSENKOVSKY AREA, HOLE	VATUTINSKY AREA, HOLE
34	1.7	1.5e-08
35	<=	≤
36	1.7	1.5e-08
53	NANU collection	Gordienko et al., 2001

UKR297

Column	Version 1	Version 2
2	48.6	48.6666666667
5	36.0	40.0
7	31.2833333333	31.25
10	17.0	15.0
11	5.0	10
14	VATUTINSKY AREA, HOLE	YAKIMOVO-MIROPOL'SKY AREA, HOLE
34	1.9	2e-08
35	<=	≤
36	1.9	2e-08
53	NANU collection	Gordienko et al., 2001

UKR298

Column	Version 1	Version 2
2	48.6	48.6666666667
5	36.0	40.0
7	31.2833333333	31.25
10	17.0	15.0
11	5.0	10
14	VATUTINSKY AREA, HOLE	YAKIMOVO-MIROPOL'SKY AREA, HOLE
34	2.0	2.5e-08
35	<=	≤
36	2.0	2.5e-08
53	NANU collection	Gordienko et al., 2001

UKR299

Column	Version 1	Version 2
2	48.6	48.6666666667
5	36.0	40.0
7	31.2833333333	31.25
10	17.0	15.0
11	5.0	10
14	VATUTINSKY AREA, HOLE	YAKIMOVO-MIROPOL'SKY AREA, HOLE
34	2.5	2.5e-08
35	<=	≤
36	2.5	2.5e-08
53	NANU collection	Gordienko et al., 2001

UKR300

Column	Version 1	Version 2
2	48.6	49.1666666667
4	48.0	49.0
5	36.0	10.0
7	31.2833333333	31.0
10	17.0	0.0
11	5.0	10
14	VATUTINSKY AREA, HOLE	ZVENIGORODSKO-ANNOVSKY AREA, HOLE
34	2.5	8.5e-08
35	<=	≤
36	2.5	8.5e-08
53	NANU collection	Gordienko et al., 2001

UKR301

Column	Version 1	Version 2
2	48.6666666667	49.1666666667
4	48.0	49.0
5	40.0	10.0
7	31.25	31.0
10	15.0	0.0
11	5.0	10
14	YAKIMOVO-MIROPOL'SKY AREA, HOLE	ZVENIGORODSKO-ANNOVSKY AREA, HOLE
34	2.0	2.6e-08
35	<=	≤
36	2.0	2.6e-08
53	NANU collection	Gordienko et al., 2001

UKR302

Column	Version 1	Version 2
2	48.6666666667	49.1666666667
4	48.0	49.0
5	40.0	10.0
7	31.25	31.0
10	15.0	0.0
11	5.0	10
14	YAKIMOVO-MIROPOL'SKY AREA, HOLE	ZVENIGORODSKO-ANNOVSKY AREA, HOLE
34	2.5	5e-08
35	<=	≤
36	2.5	5e-08
53	NANU collection	Gordienko et al., 2001

UKR303

Column	Version 1	Version 2
2	48.6666666667	49.1666666667
4	48.0	49.0
5	40.0	10.0
7	31.25	31.0
10	15.0	0.0
11	5.0	10
14	YAKIMOVO-MIROPOL'SKY AREA, HOLE	ZVENIGORODSKO-ANNOVSKY AREA, HOLE
34	2.5	2.5e-08
35	<=	≤
36	2.5	2.5e-08
53	NANU collection	Gordienko et al., 2001

UKR309

Column	Version 1	Version 2
2	49.1666666667	48.9833333333
4	49.0	48.0
5	10.0	59.0
7	31.0	37.8
9	31.0	37.0
10	0.0	48.0
11	5.0	13.0
13	UKRAINIAN SHIELD	Voronezh Massif
14	ZVENIGORODSKO-ANNOVSKY AREA, HOLE	Liman vill.., hole
15	<
16	19760000.0	19980000.0
19		VT98/7
21	W	G/H
24		0.00384
26		1.9e-06
29		0.00197
34	2.0	1.9e-08
35	<=
36	2.0	1.88110548639e-08
38		2193.0
53	NANU collection	Gordienko et al.,1998

UKR310

Column	Version 1	Version 2
2	49.1666666667	49.0166666667
5	10.0	1.0
7	31.0	37.9666666667
9	31.0	37.0
10	0.0	58.0
11	5.0	13.0
13	UKRAINIAN SHIELD	Voronezh Massif
14	ZVENIGORODSKO-ANNOVSKY AREA, HOLE	Torskoye vill., hole
15	<
16	19760000.0	19980000.0
19		VT98/6
21	W	G/H
24		6.1e-05
26		1.8e-05
29		0.0122
34	4.8	1.45e-07
35	<=
36	4.8	3.4e-08
38		3.7
53	NANU collection	Gordienko et al.,1998

UZB001

Column	Version 1	Version 2
11	3,4	03,04
24	2600.0	0.0026
34	6.6	6.6e-08
36	6.6	6.6e-08
46	133000.0	0.133
47	203000.0	0.203
48	664000.0	0.664
53	Polyak et al., 1989; Prasolov E.M., unpubl.	Polyak et al., 1989; DB of E.M. Prasolov, unpubl. 23d-ЕМP-73g

UZB002

Column	Version 1	Version 2
11	3,4	03,04
24	50.0	5e-05
34	3.3	3.3e-08
36	3.2	3.2e-08
46	13000.0	0.013
47	28000.0	0.028
48	857000.0	0.857
53	Polyak et al., 1989; Prasolov E.M., unpubl.	Polyak et al., 1989; DB of E.M. Prasolov, unpubl.

UZB003

Column	Version 1	Version 2
11	3,4	03,04
24	30.0	3e-05
34	11.0	1.1e-07
36	9.7	9.7e-08
46	142000.0	0.142
47	13000.0	0.013
48	845000.0	0.845
53	Polyak et al., 1989; Prasolov E.M., unpubl.	Polyak et al., 1989; DB of E.M. Prasolov, unpubl.

UZB004

Column	Version 1	Version 2
11	3,4	03,04
24	400.0	0.0004
34	7.4	7.4e-08
36	7.4	7.4e-08
46	58000.0	0.058
47	9000.0	0.009
48	933000.0	0.933
53	Polyak et al., 1989; Prasolov E.M., unpubl.	Polyak et al., 1989; DB of E.M. Prasolov, unpubl. 23d-ЕМP-78b

UZB005

Column	Version 1	Version 2
11	3,4	03,04
24	20.0	2e-05
34	6.5	6.5e-08
36	6.2	6.2e-08
46	5000.0	0.005
47	7000.0	0.007
48	998000.0	0.998
53	Polyak et al., 1989; Prasolov E.M., unpubl.	Polyak et al., 1989; DB of E.M. Prasolov, unpubl.

UZB006

Column	Version 1	Version 2
11	3,4	03,04
24	900.0	0.0009
29	220.0	0.00022
34	8.5	8.5e-08
36	8.5	8.5e-08
46	151000.0	0.151
48	849000.0	0.849
53	Polyak et al., 1989; Prasolov E.M., unpubl.	Polyak et al., 1989; DB of E.M. Prasolov, unpubl.

UZB007

Column	Version 1	Version 2
11	3,4	03,04
24	820.0	0.00082
34	7.6	7.6e-08
36	7.6	7.6e-08
46	106000.0	0.106
47	2000.0	0.002
48	852000.0	0.852
53	Polyak et al., 1989; Prasolov E.M., unpubl.	Polyak et al., 1989; DB of E.M. Prasolov, unpubl. 23d-ЕМP-77d

UZB008

Column	Version 1	Version 2
11	3,4	03,04
34	9.0	9e-08
36	7.7	7.7e-08
46	126000.0	0.126
48	874000.0	0.874
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 21000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 21000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Polyak et al., 1989; Prasolov E.M., unpubl.	Polyak et al., 1989; DB of E.M. Prasolov, unpubl. 23d-ЕМP-77e

UZB009

Column	Version 1	Version 2
11	3.0	03,04
34	8.2	8.2e-08
36	8.2	8.2e-08
46		0.126
48		0.874
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 21000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Polyak et al., 1989	Polyak et al., 1989; DB of E.M. Prasolov, unpubl. 23d-ЕМP-77e

UZB010

Column	Version 1	Version 2
11	3.0	03,04
34	10.0	1e-07
36	9.9	9.9e-08
46		0.126
48		0.874
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 21000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Polyak et al., 1989	Polyak et al., 1989; DB of E.M. Prasolov, unpubl. 23d-ЕМP-77e

UZB011

Column	Version 1	Version 2
11	3.0	03,04
34	6.7	6.7e-08
36	6.7	6.7e-08
46		0.126
48		0.874
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 21000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Polyak et al., 1989	Polyak et al., 1989; DB of E.M. Prasolov, unpubl. 23d-ЕМP-77e

UZB012

Column	Version 1	Version 2
11	3.0	03,04
34	6.5	6.5e-08
36	6.5	6.5e-08
46		0.126
48		0.874
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 21000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Polyak et al., 1989	Polyak et al., 1989; DB of E.M. Prasolov, unpubl. 23d-ЕМP-77e

UZB013

Column	Version 1	Version 2
11	3.0	03,04
24	380.0	0.00038
34	3.0	3e-08
36	3.0	3e-08
46		0.057
47		0.048
48		0.895
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 50000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Polyak et al., 1989	Polyak et al., 1989; DB of E.M. Prasolov, unpubl. 23d-ЕМP-60d

UZB014

Column	Version 1	Version 2
11	3.0	03,04
24	380.0	0.00038
34	4.2	4.2e-08
36	4.2	4.2e-08
46		0.057
47		0.048
48		0.895
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 50000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Polyak et al., 1989	Polyak et al., 1989; DB of E.M. Prasolov, unpubl. 23d-ЕМP-60d

UZB015

Column	Version 1	Version 2
11	3.0	03,04
24	380.0	0.00038
34	2.3	2.3e-08
36	2.3	2.3e-08
46		0.057
47		0.048
48		0.895
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 50000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Polyak et al., 1989	Polyak et al., 1989; DB of E.M. Prasolov, unpubl. 23d-ЕМP-60d

UZB016

Column	Version 1	Version 2
11	3,4	03,04
24	380.0	0.00038
34	3.0	3e-08
36	3.0	3e-08
46	57000.0	0.057
47	48000.0	0.048
48	895000.0	0.895
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 50000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 50000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Polyak et al., 1989; Prasolov E.M., unpubl.	Polyak et al., 1989; DB of E.M. Prasolov, unpubl. 23d-ЕМP-60d

UZB017

Column	Version 1	Version 2
11	3,4	03,04
24	1600.0	0.0016
34	4.7	4.7e-08
36	4.7	4.7e-08
46	77000.0	0.077
47	4000.0	0.004
48	912000.0	0.912
53	Polyak et al., 1989; Prasolov E.M., unpubl.	Polyak et al., 1989; DB of E.M. Prasolov, unpubl. 23d-ЕМP-67а

UZB018

Column	Version 1	Version 2
11	3,4	03,04
24	330.0	0.00033
34	2.0	2e-08
36	1.9	1.9e-08
46	34500.0	0.0345
47	2000.0	0.002
48	962000.0	0.962
53	Polyak et al., 1989; Prasolov E.M., unpubl.	Polyak et al., 1989; DB of E.M. Prasolov, unpubl.

UZB019

Column	Version 1	Version 2
11	3,4	03,04
24	120.0	0.00012
34	2.2	2.2e-08
36	2.2	2.2e-08
46	17000.0	0.017
47	7000.0	0.007
48	975000.0	0.975
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 107000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 107000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Polyak et al., 1989; Prasolov E.M., unpubl.	Polyak et al., 1989; DB of E.M. Prasolov, unpubl. 23d-ЕМP-72d

UZB020

Column	Version 1	Version 2
11	3.0	03,04
34	9.8	9.8e-08
36	9.8	9.8e-08
46		0.017
47		0.007
48		0.975
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 107000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Polyak et al., 1989	Polyak et al., 1989; DB of E.M. Prasolov, unpubl. 23d-ЕМP-72d

UZB023

Column	Version 1	Version 2
11	3,4	03,04
24	30.0	3e-05
34	7.7	7.7e-08
36	6.4	6.4e-08
46	21000.0	0.021
47	10000.0	0.01
48	969000.0	0.969
53	Polyak et al., 1989; Prasolov E.M., unpubl.	Polyak et al., 1989; DB of E.M. Prasolov, unpubl.

UZB024

Column	Version 1	Version 2
11	3,4	03,04
24	100.0	0.0001
34	2.6	2.6e-08
36	2.2	2.2e-08
46	305000.0	0.305
47	7000.0	0.007
48	688000.0	0.688
53	Polyak et al., 1989; Prasolov E.M., unpubl.	Polyak et al., 1989; DB of E.M. Prasolov, unpubl. 23d-ЕМP-67b

UZB029

Column	Version 1	Version 2
11	2.0	02
14	Dzhankel'dy village, Nunsen hole	Dzhangel'dy village, Tuya-Kochar hole
24	180.0	8e-05
34	5.3	4.6e-08
36	3.9	1.1e-08
38	24.0	10.0
39		9.63
40		0.0293
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

UZB030

Column	Version 1	Version 2
11	2.0	02
14	Dzhankel'dy village, Tuya-Kochar hole	Dzhankel'dy village, Nunsen hole
24	80.0	0.00018
34	4.6	5.3e-08
36	1.1	3.9e-08
38	10.0	24.0
39	9.63
40	2.93
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

UZB032

Column	Version 1	Version 2
11	4.0	04
24	170.0	0.00017
34	8.7	8.7e-08
35	<=	≤
36	8.7	8.7e-08
46	14000.0	0.012
47	6600.0
48	955200.0	0.988
49	100.0	0.0001
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 36000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 18b-ЕМP-72а

UZB033

Column	Version 1	Version 2
11	4.0	04
24	161.0	0.000161
34	8.7	8.7e-08
35	<=	≤
36	8.7	8.7e-08
46	12000.0	0.012
48	988000.0	0.988
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 36000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 36000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 18b-ЕМP-72а

UZB044

Column	Version 1	Version 2
11	4.0	04
24	110.0	0.00011
34	10.4	1.04e-07
35	<=	≤
36	10.4	1.04e-07
46	13000.0	0.013
47	6000.0	0.006
48	971000.0	0.971
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 18b-ЕМP-90а

UZB046

Column	Version 1	Version 2
11	4.0	04
19	121b	121c
24	310.0	0.00031
34	6.8	6.8e-08
35	<=	≤
36	6.8	6.8e-08
46	33000.0	0.033
47	10000.0	0.01
48	953000.0	0.953
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 18b-ЕМP-121c

UZB052

Column	Version 1	Version 2
11	2.0	02
24	4800.0	0.0048
26	13.9	1.39e-05
34	2.1	2.1e-08
36	1.99970909091	1.99970909091e-08
40	2.88	0.0288
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

UZB053

Column	Version 1	Version 2
11	2.0	02
17		1935.0
24	2900.0	0.0029
26	18.0	1.8e-05
34	1.8	1.8e-08
36	1.58372456964	1.7e-08
40	2.93	0.0293
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

UZB054

Column	Version 1	Version 2
11	2.0	02
24	7900.0	0.0079
26	17.3	1.73e-05
34	1.5	1.5e-08
36	1.42419266557	1.42419266557e-08
40	2.84	0.0284
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

UZB055

Column	Version 1	Version 2
11	2.0	02
16	19890619.0	19890711.0
24	8300.0	0.0083
26	16.0	1.6e-05
34	1.5	1.4e-08
36	1.43312409464	1.43312409464e-08
40	2.86	0.0286
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

UZB056

Column	Version 1	Version 2
11	2.0	02
24	20000.0	0.02
26	45.7	4.57e-05
34	1.7	1.7e-08
36	1.62101656196	1.62101656196e-08
40	2.86	0.0286
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

UZB057

Column	Version 1	Version 2
11	2.0	02
24	18700.0	0.0187
26	21.4	2.14e-05
34	1.78	1.78e-08
36	1.7	1.7e-08
40	2.88	0.0288
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

UZB058

Column	Version 1	Version 2
11	2.0	02
16	19890417.0	19890407.0
24	20000.0	0.02
26	8.44	8.44e-06
34	1.94	1.94e-08
36	1.9	1.9e-08
40	2.79	0.0279
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

UZB059

Column	Version 1	Version 2
11	2.0	02
24	13900.0	0.0139
26	17.3	1.73e-05
34	1.93	1.93e-08
36	1.9	1.9e-08
40	2.92	0.0292
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

UZB060

Column	Version 1	Version 2
11	2.0	02
24	17600.0	0.0176
26	18.1	1.81e-05
34	2.0	2e-08
36	1.96446046871	1.96446046871e-08
40	2.89	0.0289
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

UZB061

Column	Version 1	Version 2
11	2.0	02
21	W/H
24	7000.0	0.007
26	9.38	9.38e-06
34	2.3	2.3e-08
36	2.2538384177	2.2538384177e-08
40	2.9	0.029
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

UZB062

Column	Version 1	Version 2
11	2.0	02
24	7900.0	0.0079
26	11.5	1.15e-05
34	1.4	1.4e-08
36	1.34954495814	1.34954495814e-08
40	2.81	0.0281
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

UZB063

Column	Version 1	Version 2
11	2.0	02
24	12200.0	0.0122
26	11.8	1.18e-05
34	1.4	1.4e-08
36	1.36654598117	1.36654598117e-08
40	2.84	0.0284
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

UZB064

Column	Version 1	Version 2
11	2.0	02
24	8900.0	0.0089
26	13.9	1.39e-05
34	2.3	2.3e-08
36	2.24602116817	2.24602116817e-08
40	2.82	0.0282
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

UZB066

Column	Version 1	Version 2
11	1,2	01,02
24	2300.0	0.0023
26	9.87	9.87e-06
34	1.6	1.7e-08
36	1.44940152339	1.5e-08
40	2.88	0.0288
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
46	875000.0	0.875
47	5000.0	0.005
53	Chernov, unpubl.; Catalogue ..., 1969	Catalogue, 1969; DB of GIN RAS (coll. I.Chernov)

UZB067

Column	Version 1	Version 2
11	2.0	02
24	2500.0	0.0025
26	13.5	1.35e-05
34	1.8	1.8e-08
36	1.61399730821	1.61399730821e-08
40	2.77	0.0277
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

UZB068

Column	Version 1	Version 2
11	2.0	02
24	2400.0	0.0024
26	11.7	1.17e-05
34	1.8	1.8e-08
36	1.62959309494	1.62959309494e-08
40	2.88	0.0288
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

UZB069

Column	Version 1	Version 2
11	2.0	02
24	2700.0	0.0027
26	13.3	1.33e-05
34	1.8	1.8e-08
36	1.63125763126	1.63125763126e-08
40	2.81	0.0281
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

UZB070

Column	Version 1	Version 2
11	2.0	02
24	810.0	0.00081
26	16.0	1.6e-05
34	3.7	3.7e-08
36	3.04154589372	2.9e-08
40	2.89	0.0289
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
53	Chernov, unpubl.	DB of GIN RAS (coll. I.Chernov)

RBA003

Column	Version 1	Version 2
11	9.0	09
17	0.0
23	55°57,962' N, 110°31,371'
25	3.94	3.94e-06
27	0.158	1.58e-07
34	16.4	1.64e-07
36	19.0	1.9e-07
53	DB of Duchkov A.D.,	DB of A.D. Duchkov, pers. comm. 30.03.2010, coll. O.G. Tokarenko

RBA010

Column	Version 1	Version 2
11	9.0	09
17	0.0
23	55°21,46' N, 111°10,578'
25	9.91	9.91e-06
27	0.185	1.85e-07
34	27.3	2.73e-07
36	26.7240204429	2.67240204429e-07
53	DB of Duchkov A.D.,	DB of A.D. Duchkov, pers. comm. 30.03.2010, coll. O.G. Tokarenko

RBA016

Column	Version 1	Version 2
11	9.0	09
17	0.0
23	55°53,564'N, 110°12,87'
24	1403.0	0.001403
26	17.0	1.7e-05
34	19.3	1.93e-07
36	18.8963210702	1.88963210702e-07
53	DB of Duchkov A.D.,	DB of A.D. Duchkov, pers. comm. 30.03.2010, coll. O.G. Tokarenko

RBA017

Column	Version 1	Version 2
11	9.0	09
17	0.0
23	55°53,564'N, 110°12,87'
25	4.09	4.09e-06
27	0.158	1.58e-07
34	18.8	1.88e-07
36	17.5106382979	1.75106382979e-07
53	DB of Duchkov A.D.,	DB of A.D. Duchkov, pers. comm. 30.03.2010, coll. O.G. Tokarenko

RBA023

Column	Version 1	Version 2
11	9.0	09
17	0.0
23	56°21,445, 112°59, 64
25	1.66	1.66e-06
27	0.184	1.84e-07
34	10.6	1.06e-07
36	6.55625	6.55625e-08
53	DB of Duchkov A.D.,	DB of A.D. Duchkov, pers. comm. 30.03.2010, coll. O.G. Tokarenko

RBA024

Column	Version 1	Version 2
11	9.0	09
17	0.0
23	56°22,326, 113°00,762
25	3.51	3.51e-06
27	0.163	1.63e-07
34	9.8	9.8e-08
36	8.12360515021	8.12360515021e-08
53	DB of Duchkov A.D.,	DB of A.D. Duchkov, pers. comm. 30.03.2010, coll. O.G. Tokarenko

RBA026

Column	Version 1	Version 2
11	9.0	09
23	55°41,28'N, 109°04,201'
25	4.77	4.77e-06
27	0.31	3.1e-07
34	3.3	3.3e-08
36	3.06115317414	3.06115317414e-08
53	DB of Duchkov A.D.,	DB of A.D. Duchkov, pers. comm. 30.03.2010, coll. O.G. Tokarenko

RBA032

Column	Version 1	Version 2
11	9.0	09
23	56°, 113°?
24	245.0	0.000245
26	7.3	7.3e-06
34	32.5	3.25e-07
36	31.621253406	3.1621253406e-07
53	DB of Duchkov A.D.,	DB of A.D. Duchkov, pers. comm. 30.03.2010, coll. O.G. Tokarenko

RBA034

Column	Version 1	Version 2
11	9.0	09
17	0.0
23	56°16,245, 112°48,810
24	671.0	0.000671
26	7.5	7.5e-06
34	4.3	4.3e-08
36	3.88331627431	3.88331627431e-08
53	DB of Duchkov A.D.,	DB of A.D. Duchkov, pers. comm. 30.03.2010, coll. O.G. Tokarenko

RBA036

Column	Version 1	Version 2
11	9.0	09
17	0.0
23	55°57,308, 110°42,201
25	13.38	1.338e-05
27	0.183	1.83e-07
34	29.1	2.91e-07
36	28.6851620948	2.86851620948e-07
53	DB of Duchkov A.D.,	DB of A.D. Duchkov, pers. comm. 30.03.2010, coll. O.G. Tokarenko

RBA093

Column	Version 1	Version 2
11	2.0	02
13	Transbaikalia area	Transbaikalian area
17	0.0
23	coll. E.Pinneker	collected by E.V. Pinneker
34	79.0	7.9e-07
35	<=	≤
36	79.0	7.9e-07
53	GIN RAS collection, unpubl.	DB of GIN RAS

RBA095

Column	Version 1	Version 2
11	2.0	02
13	Transbaikalia area	Transbaikalian area
23	coll.I.Tolstikhin	collected by I.N. Tolstikhin
34	185.0	1.85e-06
35	>=	≥
36	185.0	1.85e-06
53	GIN RAS collection, unpubl.	DB of GIN RAS

RCH001

Column	Version 1	Version 2
7	-172.4	-173.6
10	36.0	-36.0
11	1.0	01
17	0.0
24	200.0	0.0002
29	200.0	0.0002
34	65.5	6.55e-07
36	66.0	6.6e-07
45	1300.0	0.0013
46	34000.0	0.034
47	926300.0	0.9263
48	15.0	1.5e-05
53	DB of GIN RAS	Polyak et al., 2013

RCH002

Column	Version 1	Version 2
7	-172.4	-173.6
10	36.0	-36.0
11	1.0	01
17	0.0
24	520.0	0.00052
29	900.0	0.0009
34	65.2	6.52e-07
36	65.0	6.5e-07
43	(40Ar/36Ar)corr = 303
45	1500.0	0.0015
46	52000.0	0.052
47	924900.0	0.9249
48	27.0	2.7e-05
53	DB of GIN RAS	Polyak et al., 2013

RCH004

Column	Version 1	Version 2
7	-172.4	-173.6
10	36.0	-36.0
11	1.0	01
17	0.0
24	240.0	0.00024
29	800.0	0.0008
34	62.9	6.29e-07
36	63.0	6.3e-07
43	(40Ar/36Ar)corr = 300
45	3300.0	0.0033
46	33000.0	0.033
47	945900.0	0.9459
48	19.0	1.9e-05
53	DB of GIN RAS	Polyak et al., 2013

RCH005

Column	Version 1	Version 2
7	-170.516666667	-171.483333333
10	29.0	-29.0
11	1.0	01
17	0.0
24	1700.0	0.0017
29	9400.0	0.0094
34	51.3	5.13e-07
36	51.0	5.1e-07
45	5700.0	0.0057
46	964000.0	0.964
47	10400.0	0.0104
48	7800.0	0.0078
53	DB of GIN RAS	Polyak et al., 2013

RCH006

Column	Version 1	Version 2
7	-170.516666667	-171.483333333
10	29.0	-29.0
11	1.0	01
17	0.0
24	1800.0	0.0018
29	13300.0	0.0133
34	80.0	8e-07
36	80.0	8e-07
43	(40Ar/36Ar)corr = 294
45	2900.0	0.0029
46	969000.0	0.969
47	13700.0	0.0137
48	8300.0	0.0083
53	DB of GIN RAS	Polyak et al., 2013

RCH007

Column	Version 1	Version 2
7	-172.6	-173.4
10	24.0	-24.0
11	1.0	01
17	0.0
24	4200.0	0.0042
29	8800.0	0.0088
34	53.8	5.38e-07
36	54.0	5.4e-07
45	8500.0	0.0085
46	401000.0	0.401
47	576300.0	0.5763
48	8400.0	0.0084
53	DB of GIN RAS	Polyak et al., 2013

RCH009

Column	Version 1	Version 2
7	-171.216666667	-172.783333333
10	47.0	-47.0
11	1.0	01
17	0.0
24	4400.0	0.0044
29	3700.0	0.0037
34	172.0	1.72e-06
36	172.0	1.72e-06
43	(40Ar/36Ar)corr = 324
45	1200.0	0.0012
46	397900.0	0.3979
47	601300.0	0.6013
48	47.0	4.7e-05
53	DB of GIN RAS	Polyak et al., 2013

RCH010

Column	Version 1	Version 2
7	-171.216666667	-172.783333333
10	47.0	-47.0
11	1.0	01
17	0.0
24	1800.0	0.0018
29	3100.0	0.0031
34	166.0	1.66e-06
36	166.0	1.66e-06
43	(40Ar/36Ar)corr = 322
45	1000.0	0.001
46	223000.0	0.223
47	728000.0	0.728
48	64.0	6.4e-05
53	DB of GIN RAS	Polyak et al., 2013

RCH011

Column	Version 1	Version 2
7	-172.1	-173.9
10	54.0	-54.0
11	1.0	01
17	0.0
24	6800.0	0.0068
29	5800.0	0.0058
34	52.6	5.26e-07
36	53.0	5.3e-07
43	(40Ar/36Ar)corr = 303
45	2000.0	0.002
46	655000.0	0.655
47	332000.0	0.332
48	280.0	0.00028
53	DB of GIN RAS	Polyak et al., 2013

RCH012

Column	Version 1	Version 2
7	-172.55	-173.45
10	27.0	-27.0
11	1.0	01
17	0.0
24	4000.0	0.004
29	12000.0	0.012
34	55.5	5.55e-07
36	56.0	5.6e-07
45	10000.0	0.01
46	936000.0	0.936
47	48900.0	0.0489
48	38.0	3.8e-05
53	DB of GIN RAS	Polyak et al., 2013

RCH013

Column	Version 1	Version 2
7	-172.316666667	-173.683333333
10	41.0	-41.0
11	1.0	01
17	0.0
24	1300.0	0.0013
29	1900.0	0.0019
34	88.0	8.8e-07
36	88.0	8.8e-07
43	(40Ar/36Ar)corr = 311
45	9100.0	0.0091
46	196900.0	0.1969
47	798100.0	0.7981
48	280.0	0.00028
53	DB of GIN RAS	Polyak et al., 2013

RCH014

Column	Version 1	Version 2
7	-172.316666667	-173.683333333
10	41.0	-41.0
11	1.0	01
17	0.0
24	1600.0	0.0016
29	1600.0	0.0016
34	92.6	9.26e-07
36	93.0	9.3e-07
43	(40Ar/36Ar)corr = 323
45	4000.0	0.004
46	344000.0	0.344
47	655000.0	0.655
48	330.0	0.00033
53	DB of GIN RAS	Polyak et al., 2013

RCH015

Column	Version 1	Version 2
7	-168.183333333	-169.816666667
10	49.0	-49.0
11	1.0	01
17	0.0
24	3000.0	0.003
29	14000.0	0.014
34	42.0	4.2e-07
36	42.0	4.2e-07
45	120.0	0.00012
46	946000.0	0.946
47	500.0	0.0005
48	10400.0	0.0104
53	DB of GIN RAS	Polyak et al., 2013

RCH016

Column	Version 1	Version 2
7	-170.433333333	-171.566666667
10	34.0	-34.0
11	1.0	01
17	0.0
24	60.0	6e-05
29	7900.0	0.0079
34	118.5	1.185e-06
36	98.0	9.8e-07
43	(40Ar/36Ar)corr = 295
45	172000.0	0.172
46	822000.0	0.822
47	6000.0	0.006
53	DB of GIN RAS	Polyak et al., 2013

RCH017

Column	Version 1	Version 2
7	-169.716666667	-170.283333333
10	17.0	-17.0
11	1.0	01
17	0.0
24	780.0	0.00078
29	8900.0	0.0089
34	78.0	7.8e-07
36	77.0	7.7e-07
43	(40Ar/36Ar)corr = 293
45	69000.0	0.069
46	936000.0	0.936
47	11000.0	0.011
48	4.0	4e-06
53	DB of GIN RAS	Polyak et al., 2013

RCH018

Column	Version 1	Version 2
7	-170.4	-171.6
10	36.0	-36.0
11	1.0	01
17	0.0
24	80.0	8e-05
29	9000.0	0.009
34	57.0	5.7e-07
36	52.0	5.2e-07
43	(40Ar/36Ar)corr = 294
45	115000.0	0.115
46	894000.0	0.894
47	11000.0	0.011
48	26.0	2.6e-05
53	DB of GIN RAS	Polyak et al., 2013

RCH019

Column	Version 1	Version 2
7	-172.766666667	-173.233333333
10	14.0	-14.0
11	1.0	01
17	0.0
34	28.0	2.8e-07
36	28.0	2.8e-07
43	(40Ar/36Ar)corr = 297
45	260.0	0.00026
46	902200.0	0.9022
47	84800.0	0.0848
48	26.0	2.6e-05
53	DB of GIN RAS	Polyak et al., 2013

RCH020

Column	Version 1	Version 2
7	-172.7	-173.3
10	18.0	-18.0
11	1.0	01
17	0.0
24	11500.0	0.0115
29	10400.0	0.0104
34	44.9	4.49e-07
36	45.0	4.5e-07
43	(40Ar/36Ar)corr = 307
45	210.0	0.00021
46	808800.0	0.8088
47	90000.0	0.09
48	71800.0	0.0718
53	DB of GIN RAS	Polyak et al., 2013

RCH022

Column	Version 1	Version 2
7	-173.383333333	-174.616666667
10	37.0	-37.0
11	1.0	01
17	0.0
34	30.4	3.04e-07
36	30.0	3e-07
43	(40Ar/36Ar)corr = 307
45	3700.0	0.0037
46	944100.0	0.9441
47	13800.0	0.0138
48	2300.0	0.0023
53	DB of GIN RAS	Polyak et al., 2013

RCH023

Column	Version 1	Version 2
7	-171.7	-172.3
10	18.0	-18.0
11	1.0	01
17	0.0
24	400.0	0.0004
29	13000.0	0.013
34	44.4	4.44e-07
36	44.0	4.4e-07
45	30200.0	0.0302
46	959000.0	0.959
47	200.0	0.0002
48	2.0	2e-06
53	DB of GIN RAS	Polyak et al., 2013

RCH024

Column	Version 1	Version 2
7	-171.5	-172.5
10	30.0	-30.0
11	1.0	01
17	0.0
24	2800.0	0.0028
29	15000.0	0.015
34	30.5	3.05e-07
36	30.0	3e-07
45	500.0	0.0005
46	940700.0	0.9407
47	700.0	0.0007
48	12000.0	0.012
53	DB of GIN RAS	Polyak et al., 2013

RCH025

Column	Version 1	Version 2
7	-171.216666667	-172.783333333
10	47.0	-47.0
11	1.0	01
17	0.0
24	1300.0	0.0013
29	12600.0	0.0126
34	51.0	5.1e-07
36	51.0	5.1e-07
43	(40Ar/36Ar)corr = 299
45	124000.0	0.124
46	809000.0	0.809
47	11000.0	0.011
53	DB of GIN RAS	Polyak et al., 2013

RCH026

Column	Version 1	Version 2
7	-171.066666667	-172.933333333
10	56.0	-56.0
11	1.0	01
17	0.0
24	960.0	0.00096
29	13000.0	0.013
34	20.2	2.02e-07
36	20.0	2e-07
45	24200.0	0.0242
46	968000.0	0.968
47	700.0	0.0007
48	3.0	3e-06
53	DB of GIN RAS	Polyak et al., 2013

RCH027

Column	Version 1	Version 2
7	-171.15	-172.85
10	51.0	-51.0
11	1.0	01
17	0.0
24	1000.0	0.001
29	17000.0	0.017
34	26.7	2.67e-07
36	27.0	2.7e-07
45	1300.0	0.0013
46	980000.0	0.98
47	500.0	0.0005
48	1300.0	0.0013
53	DB of GIN RAS	Polyak et al., 2013

RCH028

Column	Version 1	Version 2
7	-172.183333333	-173.816666667
10	49.0	-49.0
11	1.0	01
17	0.0
24	1500.0	0.0015
29	13700.0	0.0137
34	40.5	4.05e-07
36	39.0	3.9e-07
43	(40Ar/36Ar)corr = 298
45	23000.0	0.023
46	936000.0	0.936
47	2000.0	0.002
53	DB of GIN RAS	Polyak et al., 2013

RCH029

Column	Version 1	Version 2
7	-172.7	-173.3
10	18.0	-18.0
11	1.0	01
17	0.0
24	1500.0	0.0015
29	10300.0	0.0103
34	35.7	3.57e-07
36	35.0	3.5e-07
43	(40Ar/36Ar)corr = 302
45	35000.0	0.035
46	915000.0	0.915
47	1000.0	0.001
53	DB of GIN RAS	Polyak et al., 2013

RES007

Column	Version 1	Version 2
11	1,3	01,02
19	51g	51d
23	I.Lomonossov	collected by I.Lomonossov
24	470.0	0.00047
29	2000.0	0.002
34	4.2	4.2e-08
35	<=	≤
36	4.2	4.2e-08
46	41000.0	0.041
47	3000.0	0.003
48	864000.0	0.864
53	Polyak et al.,1992; Prasolov E.M., unpubl.	Polyak et al.,1992; DB of E.M. Prasolov, unpubl. 25e-ЕМP-51d

RES009

Column	Version 1	Version 2
11	1,3	01,02
23	I.Lomonossov	collected by I.Lomonossov
29	440.0	0.00044
34	1.0	1e-08
35	<=	≤
36	1.0	1e-08
46	22000.0	0.022
47	10000.0	0.01
48	975000.0	0.975
53	Polyak et al.,1992; Prasolov E.M., unpubl.	Polyak et al.,1992; DB of E.M. Prasolov, unpubl.

RES013

Column	Version 1	Version 2
11	1.0	01
21	W/H
24	7500.0	0.0075
34	1.2	1.2e-08
35	<=	≤
36	1.2	1.2e-08
46	75000.0	0.075
47	26000.0	0.026
48	899000.0	0.899
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 25e-ЕМP-26

RES021

Column	Version 1	Version 2
11	1.0	01
24	2310.0	0.00231
34	1.2	1.2e-08
35	<=	≤
36	1.2	1.2e-08
46	38000.0	0.038
47	12000.0	0.012
48	948000.0	0.948
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 85000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 85000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.25e-ЕМP-20

RES022

Column	Version 1	Version 2
11	1.0	01
24	280.0	0.00028
34	10.0	1e-07
35	<=	≤
36	10.0	1e-07
46		0.038
47		0.012
48		0.948
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 85000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.25e-ЕМP-20

RES024

Column	Version 1	Version 2
11	1,3	01,02
23	Cm1; I.Lomonossov	Cm1; collected by I.Lomonossov
24	1700.0	0.0017
29	11000.0	0.011
34	3.6	3.6e-08
35	<=	≤
36	3.6	3.6e-08
46	686000.0	0.686
47	223000.0	0.223
48	90000.0	0.09
53	Polyak et al.,1992; Prasolov E.M., unpubl.	Polyak et al.,1992; DB of E.M. Prasolov, unpubl.

RES029

Column	Version 1	Version 2
11	1,3	01,02
23	Cm; I.Lomonossov	Cm; collected by I.Lomonossov
29	460.0	0.00046
34	1.8	1.8e-08
35	<=	≤
36	1.8	1.8e-08
46	50000.0	0.05
47	8000.0	0.008
48	942000.0	0.942
53	Polyak et al.,1992; Prasolov E.M., unpubl.	Polyak et al.,1992; DB of E.M. Prasolov, unpubl. 25e-ЕМP-52b

RES031

Column	Version 1	Version 2
11	1.0	01
24	4000.0	0.004
34	1.5	1.5e-08
35	<=	≤
36	1.5	1.5e-08
46	83000.0	0.083
47	2000.0	0.002
48	914000.0	0.914
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 34000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 34000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 25e-ЕМP-18

RES032

Column	Version 1	Version 2
11	1.0	01
24	1500.0	0.0015
34	2.6	2.6e-08
35	<=	≤
36	2.6	2.6e-08
46		0.083
47		0.002
48		0.914
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 34000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 25e-ЕМP-18

RES036

Column	Version 1	Version 2
11	1.0	01
24	1480.0	0.00148
29	395.0	0.000395
34	2.8	2.8e-08
35	<=	≤
36	2.8	2.8e-08
46	83000.0	0.083
47	5500.0	0.0055
48	909000.0	0.909
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 43000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 43000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 25e-ЕМP-95'

RES037

Column	Version 1	Version 2
11	1.0	01
24	900.0	0.0009
34	3.2	3.2e-08
35	<=	≤
36	3.2	3.2e-08
46		0.083
47		0.0055
48		0.909
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 43000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 25e-ЕМP-95'

RES039

Column	Version 1	Version 2
11	1.0	01
24	950.0	0.00095
29	266.0	0.000266
34	2.0	2e-08
35	<=	≤
36	2.0	2e-08
46	56000.0	0.056
47	3000.0	0.003
48	941000.0	0.941
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 25e-ЕМP-21

RES043

Column	Version 1	Version 2
11	1.0	01
21	W/H
23	R
24	15700.0	0.0157
29	517.0	0.000517
34	6.0	6e-08
35	<=	≤
36	6.0	6e-08
46		0.126
47		0.005
48		0.868
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 102000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 25b-ЕМP-84

RES044

Column	Version 1	Version 2
11	1.0	01
23	R
24	1650.0	0.00165
29	610.0	0.00061
34	7.2	7.2e-08
35	<=	≤
36	7.2	7.2e-08
46	126000.0	0.126
47	5000.0	0.005
48	868000.0	0.868
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 102000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 102000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 25b-ЕМP-84

RES059

Column	Version 1	Version 2
11	1.0	01
24	1060.0	0.00106
29	39.0	3.9e-05
34	2.6	2.6e-08
35	<=	≤
36	2.6	2.6e-08
46	17000.0	0.017
47	8000.0	0.008
48	976000.0	0.976
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

RES063

Column	Version 1	Version 2
11	1.0	01
24	135.0	0.000135
29	13.0	1.3e-05
34	3.5	3.5e-08
35	<=	≤
36	3.5	3.5e-08
46	22000.0	0.022
48	977000.0	0.977
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 4000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 4000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 29а-ЕМP-4

RES064

Column	Version 1	Version 2
11	1.0	01
24	190.0	0.00019
29	59.0	5.9e-05
34	3.7	3.7e-08
35	<=	≤
36	3.7	3.7e-08
46		0.022
48		0.977
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 4000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 29а-ЕМP-4

RES068

Column	Version 1	Version 2
11	1.0	01
21	W/H
24	130.0	0.00013
34	4.7	4.7e-08
35	<=	≤
36	4.7	4.7e-08
46		0.001
48		0.991
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 26b-ЕМP-11

RES069

Column	Version 1	Version 2
11	1.0	01
24	80.0	8e-05
29	41.0	4.1e-05
34	5.7	5.7e-08
35	<=	≤
36	5.7	5.7e-08
46		0.001
48		0.991
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 26b-ЕМP-11

RES070

Column	Version 1	Version 2
11	1.0	01
24	80.0	8e-05
29	20.0	2e-05
34	6.2	6.2e-08
35	<=	≤
36	6.2	6.2e-08
46	1000.0	0.001
48	991000.0	0.991
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 26b-ЕМP-11

RES071

Column	Version 1	Version 2
11	1.0	01
21	W/H
24	620.0	0.00062
34	6.3	6.3e-08
35	<=	≤
36	6.3	6.3e-08
46		0.001
48		0.991
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 26b-ЕМP-11

RES072

Column	Version 1	Version 2
11	1.0	01
24	60.0	6e-05
34	8.1	8.1e-08
35	<=	≤
36	8.1	8.1e-08
46		0.001
48		0.991
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 26b-ЕМP-11

RES075

Column	Version 1	Version 2
11	1.0	01
24	70.0	7e-05
34	5.8	5.8e-08
35	<=	≤
36	5.8	5.8e-08
46		0.016
47		0.004
48		0.978
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 53000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 26b-ЕМP-12

RES076

Column	Version 1	Version 2
11	1.0	01
24	85.0	8.5e-05
34	7.7	7.7e-08
35	<=	≤
36	7.7	7.7e-08
46	16000.0	0.016
47	4000.0	0.004
48	978000.0	0.978
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 53000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 53000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 26b-ЕМP-12

RES077

Column	Version 1	Version 2
11	1.0	01
24	130.0	0.00013
34	21.0	2.1e-07
35	<=	≤
36	21.0	2.1e-07
46	1000.0	0.001
47	1000.0	0.001
48	989000.0	0.989
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 88000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 88000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 26b-ЕМP-9а-2

RES078

Column	Version 1	Version 2
11	1.0	01
24	30.0	3e-05
34	22.0	2.2e-07
35	<=	≤
36	22.0	2.2e-07
46		0.001
47		0.001
48		0.989
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 88000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 26b-ЕМP-9а-2

RES079

Column	Version 1	Version 2
11	1.0	01
24	102.0	0.000102
34	22.0	2.2e-07
35	<=	≤
36	22.0	2.2e-07
46		0.001
47		0.001
48		0.989
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 88000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 26b-ЕМP-9а-2

RES080

Column	Version 1	Version 2
11	1.0	01
24	98.0	9.8e-05
34	26.0	2.6e-07
35	<=	≤
36	26.0	2.6e-07
46	2000.0	0.001
47	2000.0	0.001
48	920000.0	0.989
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 6000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 88000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 26b-ЕМP-9а-2

RES081

Column	Version 1	Version 2
11	1.0	01
24	95.0	9.5e-05
34	52.0	5.2e-07
35	<=	≤
36	52.0	5.2e-07
46		0.002
47		0.002
48		0.92
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 6000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 26b-ЕМP-9а-2

RES082

Column	Version 1	Version 2
11	1.0	01
24	90.0	9e-05
34	56.0	5.6e-07
35	<=	≤
36	56.0	5.6e-07
46		0.002
47		0.002
48		0.92
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 6000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 26b-ЕМP-9а-2

RES083

Column	Version 1	Version 2
11	1.0	01
24	100.0	0.0001
34	67.0	6.7e-07
35	<=	≤
36	67.0	6.7e-07
46		0.002
47		0.002
48		0.92
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 6000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 26b-ЕМP-9а-2

RES084

Column	Version 1	Version 2
11	1.0	01
21	W/H
24	130.0	0.00013
34	6.5	6.5e-08
35	<=	≤
36	6.5	6.5e-08
46		0.068
47		0.004
48		0.931
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 75000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 26b-ЕМP-9b

RES085

Column	Version 1	Version 2
11	1.0	01
24	105.0	0.000105
34	13.0	1.3e-07
35	<=	≤
36	13.0	1.3e-07
46	68000.0	0.068
47	4000.0	0.004
48	931000.0	0.931
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 75000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 75000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 26b-ЕМP-9b

REU002

Column	Version 1	Version 2
2	61.7666666667	67.75
4	61.0	67.0
5	46.0	45.0
7	34.3166666667	33.8333333333
9	34.0	33.0
10	19.0	50.0
11	2.0	02
14	Petrozavodsk city, hole	Rasvumchorr ore deposit
15		<
16		19760000.0
19		EMP-1'
21		G/H
24	63100.0
26	11.0
29	6500.0
34	1.9	8.2e-07
35		≤
36	1.89362585966	8.2e-07
38	6500.0
42	319.0
53	GIN RAS collection, unpubl.	DB of GIN RAS

REU003

Column	Version 1	Version 2
2	67.75	67.8333333333
5	45.0	50.0
7	33.8333333333	32.2833333333
9	33.0	32.0
10	50.0	17.0
11	2.0	02
14	Rasvumchorr ore deposit	Sopcha ore deposit
19	EMP-1'	EMP-2'
34	82.0	2.2e-07
35	<=	≤
36	82.0	2.2e-07
53	GIN RAS collection, unpubl.	DB of GIN RAS

REU004

Column	Version 1	Version 2
2	67.8333333333	69.6333333333
4	67.0	69.0
5	50.0	38.0
7	32.2833333333	31.8166666667
9	32.0	31.0
10	17.0	49.0
11	2.0	02
14	Sopcha ore deposit	Super Deep hole SG-3
19	EMP-2'	EMP-3'
21	G/H
34	22.0	9.6e-08
35	<=	≤
36	22.0	9.6e-08
53	GIN RAS collection, unpubl.	DB of GIN RAS

REU005

Column	Version 1	Version 2
2	69.6333333333	61.7849
4	69.0	61.0
5	38.0	47.0
7	31.8166666667	34.3469
9	31.0	34.0
10	49.0	21.0
11	2.0	03
13	BALTIC SHIELD	BALTIC SHIELD, SE slope
14	Super Deep hole SG-3	Petrozavodsk city, well
16	19760000.0	19970303.0
19	EMP-3'
21		W/H
25		0.0631
27		1.1e-05
29		0.0065
34	9.6	1.9e-08
35	<=
36	9.6	1.89362585966e-08
37		5736.36363636
38		6500.0
42		319.0
53	GIN RAS collection, unpubl.	DB of Kamenskii I.L., collection by Startsev N.S.

REU008

Column	Version 1	Version 2
11	1.0	01
19	EMP-48b	EMP-48c
21	W/H
24	150.0	0.00015
34	0.9	9e-09
35	<=	≤
36	0.9	9e-09
46	83000.0	0.083
47	2000.0	0.002
48	915000.0	0.915
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU009

Column	Version 1	Version 2
11	1.0	01
24	2222.0	0.002222
29	162.0	0.000162
34	4.6	4.6e-08
35	<=	≤
36	4.6	4.6e-08
43	[Ar]rad, ppm=85
46	165000.0	0.165
47	6000.0	0.006
48	829000.0	0.829
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU011

Column	Version 1	Version 2
11	1.0	01
24	1140.0	0.00114
29	51.0	5.1e-05
34	2.9	2.9e-08
35	<=	≤
36	2.9	2.9e-08
43	[Ar]rad, ppm=23
46	61000.0	0.061
48	939000.0	0.939
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU012

Column	Version 1	Version 2
11	1.0	01
24	510.0	0.00051
29	58.0	5.8e-05
34	1.3	1.3e-08
35	<=	≤
36	1.3	1.3e-08
43	[Ar]rad, ppm=11.6
46	31000.0	0.031
47	2000.0	0.002
48	965000.0	0.965
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU013

Column	Version 1	Version 2
11	1.0	01
24	370.0	0.00037
29	70.0	7e-05
34	5.6	5.6e-08
35	<=	≤
36	5.6	5.6e-08
43	[Ar]rad, ppm=30
46	43000.0
47	5000.0
48	1135000.0
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 204000 ppm
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 8-ЕМP-4b

REU014

Column	Version 1	Version 2
11	1.0	01
24	860.0	0.00086
34	2.3	2.3e-08
35	<=	≤
36	2.3	2.3e-08
43	[Ar]rad, ppm=38
46	109000.0	0.109
47	16000.0	0.016
48	872000.0	0.872
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU016

Column	Version 1	Version 2
11	1.0	01
23	D3?	D3
24	1910.0	0.00191
34	3.0	3e-08
35	<=	≤
36	3.0	3e-08
43	[Ar]rad, ppm=45
46	97000.0	0.097
47	3000.0	0.003
48	897000.0	0.897
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 8-ЕМP-74b

REU017

Column	Version 1	Version 2
11	1.0	01
24	1230.0	0.00123
29	1460.0	0.00146
34	2.8	2.8e-08
35	<=	≤
36	2.8	2.8e-08
43	[Ar]rad, ppm=81
46	51000.0	0.051
47	6000.0	0.006
48	942000.0	0.942
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 8-ЕМP-75а

REU019

Column	Version 1	Version 2
11	1.0	01
24	440.0	0.00044
34	5.1	5.1e-08
35	<=	≤
36	5.1	5.1e-08
43	[Ar]rad, ppm=160
46	92000.0	0.092
47	8000.0	0.008
48	900000.0	0.9
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 338000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 338000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 8-ЕМP-65

REU020

Column	Version 1	Version 2
11	1.0	01
14	Pashpinskaya prosp. area, hole	Pashninskaya prosp. area, hole
24	350.0	0.00035
34	5.4	5.4e-08
35	<=	≤
36	5.4	5.4e-08
43	[Ar]rad, ppm=156
46		0.092
47		0.008
48		0.9
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 338000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 8-ЕМP-65

REU021

Column	Version 1	Version 2
11	1.0	01
24	434.0	0.000434
29	43.0	4.3e-05
34	4.3	4.3e-08
35	<=	≤
36	4.3	4.3e-08
43	[Ar]rad, ppm=28
46	48000.0	0.048
47	13000.0	0.013
48	935000.0	0.935
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 120000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 120000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 8-ЕМP-39

REU022

Column	Version 1	Version 2
11	1.0	01
24	248.0	0.000248
29	39.0	3.9e-05
34	2.6	2.6e-08
35	<=	≤
36	2.6	2.6e-08
43	[Ar]rad, ppm=10.7
46		0.048
47		0.013
48		0.935
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 120000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 8-ЕМP-39

REU023

Column	Version 1	Version 2
11	1.0	01
24	440.0	0.00044
29	25.0	2.5e-05
34	4.2	4.2e-08
35	<=	≤
36	4.2	4.2e-08
43	[Ar]rad, ppm=17
46	36000.0	0.036
47	8000.0	0.008
48	955000.0	0.955
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 89000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 120000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 8-ЕМP-40

REU024

Column	Version 1	Version 2
11	1.0	01
24	310.0	0.00031
34	2.7	2.7e-08
35	<=	≤
36	2.7	2.7e-08
43	[Ar]rad, ppm=9
46		0.036
47		0.008
48		0.955
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 120000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 8-ЕМP-40

REU025

Column	Version 1	Version 2
11	1.0	01
24	260.0	0.00026
34	4.9	4.9e-08
35	<=	≤
36	4.9	4.9e-08
43	[Ar]rad, ppm=30
46	126000.0	0.126
47	17000.0	0.017
48	848000.0	0.848
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU028

Column	Version 1	Version 2
11	1.0	01
23	P	Permian
24	220.0	0.00022
34	2.6	2.6e-08
35	<=	≤
36	2.6	2.6e-08
43	[Ar]rad, ppm=19
46	74000.0	0.074
47	12000.0	0.012
48	912000.0	0.912
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU030

Column	Version 1	Version 2
11	1.0	01
24	465.0	0.000465
29	55.0	5.5e-05
34	4.9	4.9e-08
35	<=	≤
36	4.9	4.9e-08
43	[Ar]rad, ppm=30
46	50000.0
47	160000.0
48	934000.0
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 31000 ppm
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 8-ЕМP-5а

REU031

Column	Version 1	Version 2
11	1.0	01
23	S1	Early Silurian
24	100.0	0.0001
34	4.0	4e-08
35	<=	≤
36	4.0	4e-08
46	210000.0	0.21
47	2000.0	0.002
48	644000.0	0.644
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 8-ЕМP-83

REU032

Column	Version 1	Version 2
11	1.0	01
24	100.0	0.0001
34	3.4	3.4e-08
35	<=	≤
36	3.4	3.4e-08
46		0.21
47		0.002
48		0.644
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 8-ЕМP-83

REU033

Column	Version 1	Version 2
11	1.0	01
24	460.0	0.00046
34	6.0	6e-08
35	<=	≤
36	6.0	6e-08
43	[Ar]rad, ppm=34
46	47000.0	0.047
47	6000.0	0.006
48	935000.0	0.935
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 8-ЕМP-4а

REU034

Column	Version 1	Version 2
11	1.0	01
24	310.0	0.00031
34	4.9	4.9e-08
35	<=	≤
36	4.9	4.9e-08
43	[Ar]rad, ppm=26
46		0.047
47		0.006
48		0.935
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 8-ЕМP-4а

REU035

Column	Version 1	Version 2
11	1.0	01
24	1430.0	0.00143
29	137.0	0.000137
34	2.9	2.9e-08
35	<=	≤
36	2.9	2.9e-08
43	[Ar]rad, ppm=78
46	85000.0	0.085
47	4000.0	0.004
48	910500.0	0.9105
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU038

Column	Version 1	Version 2
11	1.0	01
24	198.0	0.000198
29	58.0	5.8e-05
34	6.3	6.3e-08
35	<=	≤
36	6.3	6.3e-08
43	[Ar]rad, ppm=19
46	56000.0	0.056
47	13000.0	0.013
48	927000.0	0.927
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 8-ЕМP-2

REU039

Column	Version 1	Version 2
11	1.0	01
24	268.0	0.000268
29	93.0	9.3e-05
34	3.7	3.7e-08
35	<=	≤
36	3.7	3.7e-08
43	[Ar]rad, ppm=63
46	14000.0	0.014
47	4000.0	0.004
48	983000.0	0.983
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU040

Column	Version 1	Version 2
11	1.0	01
24	660.0	0.00066
34	3.1	3.1e-08
35	<=	≤
36	3.1	3.1e-08
43	[Ar]rad, ppm=24
46	123000.0	0.123
47	22000.0	0.022
48	875200.0	0.8752
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU041

Column	Version 1	Version 2
11	1.0	01
24	2700.0	0.0027
29	139.0	0.000139
34	1.1	1.1e-08
35	<=	≤
36	1.08	1.08e-08
43	[Ar]rad, ppm=56
46	87000.0	0.087
48	913000.0	0.913
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU042

Column	Version 1	Version 2
11	1.0	01
24	550.0	0.00055
34	2.9	2.9e-08
35	<=	≤
36	2.9	2.9e-08
43	[Ar]rad, ppm=191
46	164000.0	0.164
47	10000.0	0.01
48	816000.0	0.816
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 8-ЕМP-61

REU044

Column	Version 1	Version 2
11	1.0	01
23	P	Permian
24	530.0	0.00053
29	220.0	0.00022
34	1.3	1.3e-08
35	<=	≤
36	1.3	1.3e-08
43	[Ar]rad, ppm=12
46	23000.0	0.023
48	977000.0	0.977
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU045

Column	Version 1	Version 2
11	1.0	01
23	P	Permian
24	330.0	0.00033
29	190.0	0.00019
34	1.5	1.5e-08
35	<=	≤
36	1.5	1.5e-08
43	[Ar]rad, ppm=5
46	38000.0	0.038
47	20000.0	0.02
48	938000.0	0.938
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 10b-ЕМP-48

REU046

Column	Version 1	Version 2
11	1.0	01
24	610.0	0.00061
29	90.0	9e-05
34	0.8	8e-09
35	<=	≤
36	0.8	8e-09
43	[Ar]rad, ppm=50
46	37000.0	0.037
47	36000.0	0.036
48	927000.0	0.927
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU047

Column	Version 1	Version 2
11	1.0	01
24	240.0	0.00024
29	29.0	2.9e-05
34	2.5	2.5e-08
35	<=	≤
36	2.5	2.5e-08
43	[Ar]rad, ppm=10.2
46	47000.0	0.047
47	1300.0	0.0013
48	952000.0	0.952
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 10b-ЕМP-3

REU048

Column	Version 1	Version 2
11	1.0	01
19	EMP-466g	EMP-466d
24	10000.0	0.01
34	1.2	1.2e-08
35	<=	≤
36	1.2	1.2e-08
43	[Ar]rad, ppm=27
46	134000.0	0.134
47	4000.0	0.004
48	861000.0	0.861
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 9b-ЕМP-466d

REU049

Column	Version 1	Version 2
11	1.0	01
24	2020.0	0.00202
34	1.1	1.1e-08
35	<=	≤
36	1.1	1.1e-08
46	164000.0	0.164
47	110000.0	0.11
48	726000.0	0.726
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 9b-ЕМP--454b

REU050

Column	Version 1	Version 2
11	1.0	01
19	EMP-461v	EMP-461c
24	3510.0	0.00351
34	1.8	1.8e-08
35	<=	≤
36	1.8	1.8e-08
46	215000.0	0.215
47	10000.0	0.01
48	774000.0	0.774
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 9b-ЕМP-461c

REU051

Column	Version 1	Version 2
11	1.0	01
19	EMP-455g	EMP-455d
24	770.0	0.00077
34	1.7	1.7e-08
35	<=	≤
36	1.7	1.7e-08
46	86000.0	0.086
47	4000.0	0.004
48	910000.0	0.91
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU054

Column	Version 1	Version 2
11	1.0	01
19	EMP-456g	EMP-456d
24	560.0	0.00056
34	1.4	1.4e-08
35	<=	≤
36	1.4	1.4e-08
43	[Ar]rad, ppm=30
46	34000.0	0.034
47	37000.0	0.037
48	928000.0	0.928
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 9b-ЕМP-456d

REU056

Column	Version 1	Version 2
11	1.0	01
19	EMP-463z	EMP-463h
21	W/H
24	1570.0	0.00157
34	1.7	1.7e-08
35	<=	≤
36	1.7	1.7e-08
46	104000.0	0.104
47	26000.0	0.026
48	870000.0	0.87
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU057

Column	Version 1	Version 2
11	1.0	01
19	EMP-454e	EMP-454f
24	620.0	0.00062
34	1.7	1.7e-08
35	<=	≤
36	1.7	1.7e-08
46	164000.0	0.164
47	24000.0	0.024
48	812000.0	0.812
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU058

Column	Version 1	Version 2
11	1.0	01
19	EMP-455e	EMP-455f
21	W/H
24	1290.0	0.00129
34	1.6	1.6e-08
35	<=	≤
36	1.6	1.6e-08
43	[Ar]rad, ppm=25
46	74000.0	0.074
47	4000.0	0.004
48	921000.0	0.921
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU060

Column	Version 1	Version 2
11	1.0	01
19	EMP-464v	EMP-464c
21	W/H
24	1280.0	0.00128
34	1.4	1.4e-08
35	<=	≤
36	1.4	1.4e-08
46	268000.0	0.268
47	4000.0	0.004
48	727000.0	0.727
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 9b-ЕМP-464c

REU061

Column	Version 1	Version 2
11	1.0	01
24	400.0	0.0004
34	2.7	2.7e-08
35	<=	≤
36	2.7	2.7e-08
43	[Ar]rad, ppm=53
46	419000.0	0.419
47	9000.0	0.009
48	572000.0	0.572
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU062

Column	Version 1	Version 2
11	1.0	01
24	1440.0	0.00144
29	320.0	0.00032
34	1.9	1.9e-08
35	<=	≤
36	1.9	1.9e-08
43	[Ar]rad, ppm=154
46	221000.0	0.221
47	20000.0	0.02
48	759000.0	0.759
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU067

Column	Version 1	Version 2
11	1.0	01
24	990.0	0.00099
34	3.0	3e-08
35	<=	≤
36	3.0	3e-08
43	[Ar]rad, ppm=80
46	20000.0	0.02
47	17000.0	0.017
48	962000.0	0.962
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 9а-ЕМP-43а

REU068

Column	Version 1	Version 2
11	1.0	01
24	250.0	0.00025
29	90.0	9e-05
34	2.4	2.4e-08
35	<=	≤
36	2.4	2.4e-08
43	[Ar]rad, ppm=26
46	57000.0	0.057
47	4000.0	0.004
48	939000.0	0.939
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 9а-ЕМP-308а

REU069

Column	Version 1	Version 2
11	1.0	01
24	565.0	0.000565
29	72.0	7.2e-05
34	1.5	1.5e-08
35	<=	≤
36	1.5	1.5e-08
43	[Ar]rad, ppm=34
46	88000.0	0.088
47	52000.0	0.052
48	861000.0	0.861
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 9а-ЕМP-311а

REU070

Column	Version 1	Version 2
11	1.0	01
24	10000.0	0.01
29	890.0	0.00089
34	1.8	1.8e-08
35	<=	≤
36	1.8	1.8e-08
43	[Ar]rad, ppm=58
46	976000.0	0.976
47	15000.0	0.015
48	10000.0	0.01
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU071

Column	Version 1	Version 2
11	1.0	01
19	EMP-71v	EMP-71c
24	371.0	0.000371
29	2630.0	0.00263
34	8.5	8.5e-08
35	<=	≤
36	8.5	8.5e-08
43	[Ar]rad, ppm=280
46	50000.0	0.05
47	16000.0	0.016
48	934000.0	0.934
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU072

Column	Version 1	Version 2
11	1.0	01
19	EMP-306g'	EMP-306d'
24	324.0	0.000324
29	64.0	6.4e-05
34	1.8	1.8e-08
35	<=	≤
36	1.8	1.8e-08
43	[Ar]rad, ppm=11.3
46	62000.0	0.062
47	2000.0	0.002
48	936000.0	0.936
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 9а-ЕМP-306d'

REU073

Column	Version 1	Version 2
11	1.0	01
24	1130.0	0.00113
29	300.0	0.0003
34	1.2	1.2e-08
35	<=	≤
36	1.2	1.2e-08
43	[Ar]rad, ppm=56
46	258000.0	0.258
47	8000.0	0.008
48	77657.0	0.077657
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU074

Column	Version 1	Version 2
11	1.0	01
23	P	Permian
24	340.0	0.00034
29	130.0	0.00013
34	1.6	1.6e-08
35	<=	≤
36	1.6	1.6e-08
43	[Ar]rad, ppm=8
46	38000.0	0.038
47	7000.0	0.007
48	955000.0	0.955
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU075

Column	Version 1	Version 2
11	1.0	01
24	370.0	0.00037
34	3.1	3.1e-08
35	<=	≤
36	3.1	3.1e-08
43	[Ar]rad, ppm=135
46	386000.0	0.386
47	13000.0	0.013
48	601000.0	0.601
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU076

Column	Version 1	Version 2
11	1.0	01
24	1900.0	0.0019
29	320.0	0.00032
34	0.9	9e-09
35	<=	≤
36	0.9	9e-09
43	[Ar]rad, ppm=166
46	195000.0	0.195
48	802000.0	0.802
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU078

Column	Version 1	Version 2
11	1.0	01
24	1390.0	0.00139
29	390.0	0.00039
34	2.8	2.8e-08
35	<=	≤
36	2.8	2.8e-08
43	[Ar]rad, ppm=218
46	82000.0	0.082
47	6000.0	0.006
48	915000.0	0.915
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 9а-ЕМP-69b

REU079

Column	Version 1	Version 2
11	1.0	01
24	730.0	0.00073
34	1.3	1.3e-08
35	<=	≤
36	1.3	1.3e-08
43	[Ar]rad, ppm=82
46	75000.0	0.075
47	2000.0	0.002
48	856000.0	0.856
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 9а-ЕМP-225b

REU081

Column	Version 1	Version 2
11	1.0	01
24	1650.0	0.00165
29	690.0	0.00069
34	1.4	1.4e-08
35	<=	≤
36	1.4	1.4e-08
43	[Ar]rad, ppm=93
46	225000.0	0.225
47	13000.0	0.013
48	762000.0	0.762
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU082

Column	Version 1	Version 2
11	1.0	01
19	EMP-310g	EMP-310d
24	550.0	0.00055
29	130.0	0.00013
34	0.9	9e-09
35	<=	≤
36	0.9	9e-09
43	[Ar]rad, ppm=40
46	70000.0	0.07
47	17000.0	0.017
48	913000.0	0.913
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 9а-ЕМP-310d

REU083

Column	Version 1	Version 2
11	1.0	01
24	810.0	0.00081
29	440.0	0.00044
34	2.5	2.5e-08
35	<=	≤
36	2.5	2.5e-08
43	[Ar]rad, ppm=93
46	205000.0	0.205
48	790000.0	0.79
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU085

Column	Version 1	Version 2
11	1.0	01
19	EMP-312v	EMP-312b
24	310.0	0.00031
34	1.6	1.6e-08
35	<=	≤
36	1.6	1.6e-08
46	162000.0	0.162
47	32000.0	0.032
48	806000.0	0.806
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU087

Column	Version 1	Version 2
11	1.0	01
19	EMP-317b'	EMP-317c'
24	550.0	0.00055
29	190.0	0.00019
34	1.2	1.2e-08
35	<=	≤
36	1.2	1.2e-08
43	[Ar]rad, ppm=28
46	67000.0	0.067
47	13000.0	0.013
48	922000.0	0.922
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 9а-ЕМP-317c'

REU088

Column	Version 1	Version 2
11	1.0	01
19	EMP-317b1	EMP-317c1
24	230.0	0.00023
29	20.0	2e-05
34	1.0	1e-08
35	<=	≤
36	1.0	1e-08
43	[Ar]rad, ppm=4.6
46		0.067
47		0.013
48		0.922
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 9а-ЕМP-317c'

REU089

Column	Version 1	Version 2
11	1.0	01
19	EMP-67zh	EMP-67g
24	1110.0	0.00111
29	420.0	0.00042
34	2.9	2.9e-08
35	<=	≤
36	2.9	2.9e-08
43	[Ar]rad, ppm=214
46	59000.0	0.059
47	17000.0	0.017
48	924000.0	0.924
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU090

Column	Version 1	Version 2
11	1.0	01
19	EMP-311v	EMP-311c
24	540.0	0.00054
29	230.0	0.00023
34	0.8	8e-09
35	<=	≤
36	0.8	8e-09
43	[Ar]rad, ppm=27
46	89000.0	0.089
47	29000.0	0.029
48	880000.0	0.88
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 9а-ЕМP-311c

REU091

Column	Version 1	Version 2
11	1.0	01
19	EMP-412g	EMP-412d
24	220.0	0.00022
34	1.2	1.2e-08
35	<=	≤
36	1.2	1.2e-08
46	157000.0	0.157
47	13000.0	0.013
48	830000.0	0.83
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU092

Column	Version 1	Version 2
11	1.0	01
24	478.0	0.000478
34	3.2	3.2e-08
35	<=	≤
36	3.2	3.2e-08
43	[Ar]rad, ppm=77
46	480000.0	0.48
47	52000.0	0.052
48	459000.0	0.459
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU093

Column	Version 1	Version 2
11	1.0	01
24	504.0	0.000504
34	1.7	1.7e-08
35	<=	≤
36	1.7	1.7e-08
43	[Ar]rad, ppm=141
46	150000.0	0.15
47	6000.0	0.006
48	827000.0	0.827
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 9а-ЕМP-212b

REU095

Column	Version 1	Version 2
11	1.0	01
24	700.0	0.0007
29	240.0	0.00024
34	0.8	8e-09
35	<=	≤
36	0.7	7e-09
43	[Ar]rad, ppm=45
46	98000.0
47	90000.0
48	894000.0
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 89000 ppm
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU097

Column	Version 1	Version 2
11	1.0	01
24	550.0	0.00055
29	240.0	0.00024
34	0.8	8e-09
35	<=	≤
36	0.8	8e-09
43	[Ar]rad, ppm=28
46	60000.0	0.06
47	10000.0	0.01
48	930000.0	0.93
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 9а-ЕМP-309b

REU098

Column	Version 1	Version 2
11	1.0	01
19	EMP-310e	EMP-310f
24	550.0	0.00055
29	150.0	0.00015
34	1.0	1e-08
35	<=	≤
36	1.0	1e-08
43	[Ar]rad, ppm=30
46	75000.0	0.075
47	16000.0	0.016
48	909000.0	0.909
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU099

Column	Version 1	Version 2
11	1.0	01
24	570.0	0.00057
29	112.0	0.000112
34	1.4	1.4e-08
35	<=	≤
36	1.4	1.4e-08
43	[Ar]rad, ppm=12
46	180000.0	0.18
48	820000.0	0.82
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU100

Column	Version 1	Version 2
11	1.0	01
19	EMP-312b	EMP-312c
24	170.0	0.00017
29	150.0	0.00015
34	1.1	1.1e-08
35	<=	≤
36	1.1	1.1e-08
43	[Ar]rad, ppm=22
46	46000.0	0.046
47	15000.0	0.015
48	936000.0	0.936
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU101

Column	Version 1	Version 2
11	1.0	01
14	Suymsinskaya prosp. area, hole	Syumsinskaya prosp. area, hole
24	1430.0	0.00143
34	2.2	2.2e-08
35	<=	≤
36	2.2	2.2e-08
46	997000.0	0.997
47	3000.0	0.003
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is ppm
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU103

Column	Version 1	Version 2
11	1.0	01
19	EMP-74g	EMP-74d
24	440.0	0.00044
29	430.0	0.00043
34	3.0	3e-08
35	<=	≤
36	3.0	3e-08
43	[Ar]rad, ppm=210
46	115000.0	0.115
47	12000.0	0.012
48	872000.0	0.872
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 9а-ЕМP-74d

REU105

Column	Version 1	Version 2
11	1.0	01
24	980.0	0.00098
29	380.0	0.00038
34	2.3	2.3e-08
35	<=	≤
36	2.3	2.3e-08
43	[Ar]rad, ppm=62
46	160000.0	0.16
47	2000.0	0.002
48	838000.0	0.838
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU107

Column	Version 1	Version 2
11	1.0	01
24	880.0	0.00088
34	2.9	2.9e-08
35	<=	≤
36	2.9	2.9e-08
43	[Ar]rad, ppm=96
46	453000.0	0.453
47	24000.0	0.024
48	523000.0	0.523
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 134000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 134000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 9а-ЕМP-47b

REU108

Column	Version 1	Version 2
11	1.0	01
24	430.0	0.00043
34	2.4	2.4e-08
35	<=	≤
36	2.4	2.4e-08
43	[Ar]rad, ppm=90
46		0.453
47		0.024
48		0.523
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 134000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 9а-ЕМP-47b

REU109

Column	Version 1	Version 2
11	1.0	01
19	EMP-310v	EMP-310c
24	530.0	0.00053
29	130.0	0.00013
34	1.1	1.1e-08
35	<=	≤
36	1.1	1.1e-08
43	[Ar]rad, ppm=31
46	82000.0	0.082
47	7000.0	0.007
48	910000.0	0.91
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU111

Column	Version 1	Version 2
11	1.0	01
19	EMP-310d	EMP-310e
24	710.0	0.00071
34	1.4	1.4e-08
35	<=	≤
36	1.4	1.4e-08
43	[Ar]rad, ppm=40
46	109000.0	0.109
47	20000.0	0.02
48	871000.0	0.871
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU112

Column	Version 1	Version 2
11	1.0	01
19	EMP-306v	EMP-306c
24	230.0	0.00023
34	1.1	1.1e-08
35	<=	≤
36	1.1	1.1e-08
43	[Ar]rad, ppm=13
46	172000.0	0.172
47	29000.0	0.029
48	799000.0	0.799
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU114

Column	Version 1	Version 2
11	1.0	01
23	O	Ordovician
24	370.0	0.00037
34	2.7	2.7e-08
35	<=	≤
36	2.7	2.7e-08
43	[Ar]rad, ppm=100
46	65000.0	0.065
47	4000.0	0.004
48	931000.0	0.931
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 1а-EMP-8b

REU115

Column	Version 1	Version 2
11	1.0	01
24	1290.0	0.00129
34	2.5	2.5e-08
35	<=	≤
36	2.5	2.5e-08
43	[Ar]rad, ppm=289
46	182000.0	0.182
47	14000.0	0.014
48	802000.0	0.802
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 1а-EMP-10b

REU117

Column	Version 1	Version 2
11	1.0	01
19	EMP-41'(43')	EMP-43'
24	15600.0	0.0156
34	1.3	1.3e-08
35	<=	≤
36	1.3	1.3e-08
46	413000.0	0.413
47	21000.0	0.021
48	537000.0	0.537
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU118

Column	Version 1	Version 2
11	1.0	01
24	6230.0	0.00623
34	2.0	2e-08
35	<=	≤
36	2.0	2e-08
43	[Ar]rad, ppm=357
46	314000.0	0.314
47	24000.0	0.024
48	632000.0	0.632
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

REU119

Column	Version 1	Version 2
11	1.0	01
24	1290.0	0.00129
34	2.8	2.8e-08
35	<=	≤
36	2.8	2.8e-08
43	[Ar]rad, ppm=280
46	195000.0	0.195
47	42000.0	0.042
48	759000.0	0.759
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

RKK001

Column	Version 1	Version 2
2	52.875	54.8
4	52.0	54.0
5	52.5	48.0
7	157.333333333	162.1
9	157.0	162.0
10	20.0	6.0
11	2.0	02
13	KAMCHATKA Western	KAMCHATKA Eastern
14	Apacha Spr., spring	Kamenisty Spr.
16	19820000.0	19840800.0
19	54-R
22	71.0	60.0
24	568.0	0.000125
26	8.0	2.5e-05
29	10600.0	0.0146
30	1.74	2.33e-06
31	0.118	2.61e-07
32	2.92857142857	3.14285714286
34	410.0	4.4e-06
36	410.0	4.6e-06
38	77.4	5.6
39	9.8
40	2.77
44	500.0	0.0001
45	100.0	0.0067
46	972000.0	0.966
47	1100.0	0.0009
48	15200.0	0.0118
49	100.0	0.0001
52		[CH4]=[CH4+heavy HCs]

RKK002

Column	Version 1	Version 2
2	52.875	54.8
4	52.0	54.0
5	52.5	48.0
7	157.333333333	162.1
9	157.0	162.0
10	20.0	6.0
11	3.0	07
13	KAMCHATKA Western	KAMCHATKA Eastern
14	Apacha Spr., spring	Kamenisty Spr.
15	<
16	19730000.0	19820800.0
19	7935.0	10.0
22	70.0	60.0
24		0.000125
29	12800.0	0.0146
32	4.64285714286	3.2
34	650.0	4.48e-06
36	655.0	4.64210526316e-06
37	25.0
38		6.0
42	323.0
43	Ar=[Ar+Kr+Xe]; Ar rad=1090ppm	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	0.0
45	12000.0
46	949000.0	0.966
47	10000.0	0.009
48	29000.0	0.0118
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Taran, 2009

RKK003

Column	Version 1	Version 2
2		54.6
4		54.0
5		36.0
7		161.833333333
9		161.0
10		50.0
11	1,11	02
13	KAMCHATKA Western	KAMCHATKA Eastern
14	Gavanskaya prosp. area, hole	Kubovskie Spr.
16		19840800.0
17	340.0
19	13a
21		G/S
22		45.0
24	120.0	1.98e-05
26		2.32e-05
29	2130.0	0.0129
30		1.89e-06
31		1.67e-07
34	11.0	1.8e-06
35	<=
36	11.0	2e-06
38		0.94
43	Arrad, mcc/L=96
44		0.0001
45		0.0057
46	213000.0	0.962
47		0.0083
48	744600.0	0.0111
49		0.0001
50	-35.4
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 24600 ppm	[CH4]=[CH4+heavy HCs]
53	DB of GIN RAS .	Rozhkov and Verkhovskiy, 1990

RKK004

Column	Version 1	Version 2
2	58.7833333333	54.6
4	58.0	54.0
5	47.0	36.0
7	161.35	161.833
10	21.0	49.98
11	1.0	07
13	KAMCHATKA Western	KAMCHATKA Eastern
14	Korkavayam Spr.	Kubovsky Spr.
16	19730000.0	19820800.0
19	7685.0	11.0
22		45.0
24		2e-05
29		0.0129
32		1.3
34	590.0	1.82e-06
35	>=
36	590.0	2e-06
38		1.0
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46	990000.0	0.962
47		0.0083
48		0.011
53	DB of GIN RAS .	Taran, 2009

RKK005

Column	Version 1	Version 2
2	55.7333333333
4	55.0
5	44.0
7	156.1
9	156.0
10	6.0
11	3.0	01
13	KAMCHATKA Western (34a)	KAMCHATKA Eastern
14	Liman prosp. area, hole GP-1	Liman Sping
15	<
16	19730000.0
17	2100.0
19	72-183	32-R
21	G/H	G/S
23	K2-Pg
24	70.0
29	16.0
34	9.0	7.2e-06
35	<=	≥
36	9.0	7.2e-06
42	302.0
44	0.0
45	0.0
46	41000.0
47	0.0
48	909000.0
50	-31.4
53	Kamenskiy et al., 1976	DB of GIN RAS

RKK006

Column	Version 1	Version 2
2		55.067
4		55.0
5		4.02
7		161.883
9		161.0
10		52.98
11	11.0	07
13	KAMCHATKA Western	KAMCHATKA Eastern
14	Limanskoe prosp. area	Lower Chazhma
16		19790700.0
19	34а-ЕМП-3а	9.0
21		G/S
22		55.0
24	81.0	0.00012
29		0.0137
32		5.4
34		7.56e-06
36	9.0	7.59574468085e-06
38		52.0
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46	33000.0	0.985
47	1000.0	0.0012
48	948500.0	0.001
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 24500 ppm
53		Taran, 2009

RKK007

Column	Version 1	Version 2
2		52.55
4		52.0
5		33.0
7		158.233
9		158.0
10		14.0
11	3,11	07
13	KAMCHATKA Western	KAMCHATKA Eastern
14	Mezhdurechenskaya prosp. area, hole GK-3	Pereval'hye Spr.
16	19720000.0	19830700.0
17	1520.0
19	72-184	34.0
21		G/S
22		100.0
24		2.6e-05
29	2300.0	0.0013
32		3.7
34	60.0	5.18e-06
35	<=
36	60.0	5.36290322581e-06
38		6.5
42	302.0
43	Ar=[Ar+Kr+Xe]	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	0.0
45	0.0
46	185000.0	0.079
47	15000.0	0.92
48	801400.0	0.0068
50	-27.3
52	CO2=[CO2+H2S]; [CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 11400 ppm
53	Kamenskiy et al., 1976	Taran, 2009

RKK008

Column	Version 1	Version 2
2		52.55
4		52.0
5		33.0
7		158.233333333
9		158.0
10		14.0
11	3.0	02
13	KAMCHATKA Western (34a)	KAMCHATKA Eastern
14	Nizhne-Nizkon prosp. area, hole GK-10	Pereval'hye Spr.
15	<
16	19730000.0	19820800.0
17	770.0
19	8072.0	55-R
21		G/S
22		98.0
24		1.28e-05
26		2.2e-06
29	0.0	0.0019
30		4.92e-07
31		7.27e-08
34	63.0	5.2e-06
36	62.0	5.5e-06
37	25.0
38		6.5
39		9.91
40		0.0293
42	318.0
43	Ar=[Ar+Kr+Xe]
44	0.0	0.0001
45	0.0	0.0001
46	56000.0	0.104
47	8000.0	0.854
48	936000.0	0.0096
49		0.0305
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]
53	Kamenskiy et al., 1976	Rozhkov and Verkhovskiy, 1990

RKK009

Column	Version 1	Version 2
2		56.2
4		56.0
5		12.0
7		160.383
9		160.0
10		22.98
11	3.0	07
13	KAMCHATKA Western (34a)	KAMCHATKA Eastern
14	Nizhne-Nizkon prosp. area, hole GK-10	Upper Schapinsky Spr.
15	<
16	19730000.0	19840800.0
17	770.0
19	9341.0	7.0
21		G/S
22		52.0
24		3e-06
29	820.0	0.0005
32		2.6
34	80.0	3.64e-06
36	78.0	3.70280373832e-06
37	13.0
38		11.0
43	Ar=[Ar+Kr+Xe]	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	0.0
45	3000.0
46	87000.0	0.053
47	13000.0	0.946
48	897000.0	5e-05
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Taran, 2009

RKK010

Column	Version 1	Version 2
2		51.486
4		51.0
5		29.16
7		156.64
9		156.0
10		38.4
11	6,11	07
13	KAMCHATKA Western (34a)	KAMCHATKA Eastern (34b)
14	Nizhne-Nizkon prosp. area, hole GK-10	Ozernovskie Spr.
15	<
16	19720000.0
19	17.0	48.0
21		G/S
22		85.0
24	70.0	5.8e-05
29	820.0	0.0142
32		5.3
34	81.0	7.42e-06
36	81.0	7.49620253165e-06
38		24.0
43	Rcorr=Rme	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46	86800.0	0.909
47	13000.0	0.005
48	897000.0	0.084
53	Tolstikhin et al., 1972	Taran, 2009

RKK011

Column	Version 1	Version 2
2		51.5166666667
4		51.0
5		31.0
7		156.716666667
9		156.0
10		43.0
11	3.0	03
13	KAMCHATKA Western (34a)	KAMCHATKA Eastern (34b)
14	Nizhne-Nizkon prosp. area, hole GK-6	Ozernovskie Spr., spring
16	19720000.0	19730000.0
17	850.0
19	8075.0	9393.0
21		G/S
22		82.0
23	N?
24		5.76e-05
26		2.4e-06
29	1750.0	0.0142
34	57.0	7.3e-06
36	56.0	7.35e-06
37	25.0	24.0
42	302.0
43	Ar=[Ar+Kr+Xe]; Arrad, mcc/L=17	[Ar]=[Ar+Kr+Xe]
44	0.0
45	2000.0
46	125000.0	0.909
47	3000.0	0.005
48	870000.0	0.084
50		-25.9

RKK012

Column	Version 1	Version 2
2		54.8166666667
4		54.0
5		49.0
7		161.433333333
9		161.0
10		26.0
11	3.0	01
13	KAMCHATKA Western	KAMCHATKA Eastern (34c)
14	Sobolevo prosp. area, hole GK-11S	Bogachevskaya prosp. area, hole 8
15	<
16	19720000.0
17	660.0
19	9397.0	191.0
21		G/H
24		1.09e-05
26		3.88e-06
29	4800.0	0.00453
34	102.0	2.36e-06
36	101.0	2.46285714286e-06
37	19.0
38		3.1
42		300.3
43	Ar=[Ar+Kr+Xe]
44	0.0
45	6000.0
46	243000.0
47	0.0
48	751000.0
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	DB of GIN RAS

RKK013

Column	Version 1	Version 2
2		54.8166666667
4		54.0
5		49.0
7		161.433333333
9		161.0
10		26.0
11	3.0	01
13	KAMCHATKA Western	KAMCHATKA Eastern (34c)
14	Sobolevo prosp. area, hole GK-11S	Bogachyevskaya prosp. area, hole 72
15	<
16	19720000.0
17	1222.0
19	9395.0	186.0
21		G/H
24		6.9e-06
26		1.4e-06
29		0.00105
34	120.0	1.62e-06
36	120.0	1.63294117647e-06
37	4.0
38		5.4
42		301.4
44	0.0
45	0.0
46	833000.0
47	53000.0
48	114000.0
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	DB of GIN RAS

RKK014

Column	Version 1	Version 2
2		54.8166666667
4		54.0
5		49.0
7		161.433333333
9		161.0
10		26.0
11	2.0	01
13	KAMCHATKA Western	KAMCHATKA Eastern (34c)
14	Taugskaya prosp. area, hole 1	Bogachyevskaya prosp. area, hole R-2
16	19740000.0
17		1571.0
19	67-R	180.0
21		G/H
24	494.0	6.32e-06
26	1.3	7.8e-07
29	1100.0	0.000559
34	47.0	1.59e-06
36	47.0	1.59662790698e-06
38	415.0	8.9
42	320.0	296.4
44	6300.0
45	3700.0
46	182000.0
47	5400.0
48	801000.0
52	CO2=[CO2+H2S]
53	Rozhkov and Verkhovskiy, 1990	DB of GIN RAS

RKK015

Column	Version 1	Version 2
2		54.8166666667
4		54.0
5		49.0
7		161.433333333
9		161.0
10		26.0
11	3.0	01
13	KAMCHATKA Western	KAMCHATKA Eastern (34c)
14	Tundrenaya r., free gas issue	Bogachyevskaya prosp. area, hole R-3
15	<
16	19730000.0
17		2313.0
19	7969.0	178.0
21	G/seep	G/H
22	9.0
24		7.88e-06
26		6.2e-07
29	5600.0	0.000574
34	74.0	1.46e-06
36	58.0	1.46132352941e-06
37	1.3
38		13.9
42	299.0	297.0
43	Ar=[Ar+Kr+Xe]
44	0.0
45	0.0
46	331000.0
47	28000.0
48	641000.0
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	DB of GIN RAS

RKK016

Column	Version 1	Version 2
2		54.8166666667
4		54.0
5		49.0
7		161.433333333
9		161.0
10		26.0
11	6,11	01
13	KAMCHATKA Western	KAMCHATKA Eastern (34c)
14	Tvayam prosp. area, hole GK-7	Bogachyevskaya prosp. area, hole R-4
15	<
16	19720000.0
17		1359.0
19	14.0	184.0
24	60.0	8.3e-06
26		7e-07
29	4270.0	0.000566
34	360.0	1.58e-06
36	360.0	1.5842519685e-06
38		13.0
42		296.4
43	Rcorr=Rme
46	116000.0
47	8000.0
48	876400.0
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 400 ppm
53	Tolstikhin et al., 1972	DB of GIN RAS

RKK017

Column	Version 1	Version 2
2	55.9666666667	54.75
4	55.0	54.0
5	58.0	45.0
7	156.083333333	161.116666667
9	156.0	161.0
10	5.0	7.0
11	1,11	01
13	KAMCHATKA Western	KAMCHATKA Eastern (34c)
14	Ust'-Kisun prosp. area, hole	Dvukhlagernaya prosp. area, hole GK-1
17	980.0
19	2.0	188.0
21		G/H
24	200.0	2.67e-05
26		9.6e-07
29	600.0	0.000948
32		2.23571428571
34	45.0	3.13e-06
35	<=
36	45.0	3.14701639344e-06
38		30.8
42		302.1
46	56000.0
47	2000.0
48	937500.0
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 500 ppm
53	DB of GIN RAS .	DB of GIN RAS

RKK018

Column	Version 1	Version 2
2	55.6666666667	53.4166666667
4	55.0	53.0
5	40.0	25.0
7	156.583333333	158.725
9	156.0	158.0
10	35.0	43.5
11	3,6	02
13	KAMCHATKA Western (34a)	KAMCHATKA Eastern Volcanic Zone
14	Verkhne-Nizkon prosp. area, hole GK-5	Aagsky Spr., spring
15	<
16	19720000.0	19740700.0
17	745.0
19	8068.0
21		G/S
22		36.0
23	N
24		3e-06
26		4e-07
29	400.0	0.0002
30		5.4e-08
31		8.4e-09
32		2.78571428571
34	315.0	3.9e-06
36	315.0	4e-06
37	25.0
38		8.3
42	353.0
43	Ar=[Ar+Kr+Xe]; Arrad, mcc/L=64
44	0.0	0.0001
45	0.0	0.0007
46	34000.0	0.0201
47	0.0	0.974
48	966000.0	0.005
49		0.0001
50	-61.8
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]
53	Tolstikhin et al., 1972; Kamenskiy et al., 1976	Rozhkov and Verkhovskiy, 1990

RKK019

Column	Version 1	Version 2
2	55.6666666667	53.972
4	55.0	53.0
5	40.0	58.32
7	156.583333333	159.44
9	156.0	159.0
10	35.0	26.4
11	3.0	07
13	KAMCHATKA Western (34a)	KAMCHATKA Eastern Volcanic Zone
14	Verkhne-Nizkon prosp. area, hole GK-7	Academii Nauk Spr., spring
15	<
16	19730000.0	19960300.0
17	910.0
19		17.0
21		G/S
22		100.0
24	80.0	1.5e-05
29	4300.0	0.0012
32		5.2
34	380.0	7.28e-06
36	405.0	7.50909090909e-06
37	2.5
38		8.0
42	321.0
43	Ar=[Ar+Kr+Xe]	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	0.0
45	13000.0
46	357000.0	0.091
47	38000.0	0.864
48	592000.0	0.0001
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Taran, 2009

RKK020

Column	Version 1	Version 2
2	56.05	53.972
4	56.0	53.0
5	3.0	58.32
7	158.966666667	159.44
9	158.0	159.0
10	58.0	26.4
11	2,7	07
13	KAMCHATKA Median Volcanic Zone	KAMCHATKA Eastern Volcanic Zone
14	Anavgay Spr., Hole 28	Academii Nauk Spr., spring
16	19820300.0	19960300.0
19	61-R
21	G/H
22	52.0
24	204.0
26	3.0
29	3100.0
30	0.594
31	0.0742
32	3.28571428571	6.4
34	460.0	8.96e-06
36	460.0	1.4e-06
38	79.8
39	9.8
40	2.95
42	298.0
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	100.0
45	5300.0
46	989000.0
47	2200.0
48	200.0
49	100.0
53	Rozhkov and Verkhovskiy, 1990; Taran, 2009	Taran, 2009

RKK021

Column	Version 1	Version 2
2	56.9333333333	52.2083333333
4	56.0	52.0
5	56.0	12.5
7	158.666666667	158.183333333
10	40.0	11.0
11	2.0	01
13	KAMCHATKA Median Volcanic Zone	KAMCHATKA Eastern Volcanic Zone
14	Esso Spr., Hole 20	Asacha Spr., mud pot
16	19820300.0
19	52-R	168.0
21	G/H	G/S
22	74.0	31.0
24	154.0	5.9e-05
26	12.0	1.54e-05
29	13000.0	0.012
30	2.0
31	0.145
32	5.0	3.35714285714
34	700.0	4.7e-06
36	710.0	4.95384615385e-06
38	13.8	4.2
39	9.88
40	2.88
42		300.2
44	100.0
45	111000.0
46	855000.0
47	19800.0
48	1000.0
49	100.0
53	Rozhkov and Verkhovskiy, 1990	DB of GIN RAS

RKK022

Column	Version 1	Version 2
2	58.55	52.2083333333
4	58.0	52.0
5	33.0	12.5
7	161.275	158.183333333
9	161.0	158.0
10	16.5	11.0
11	2, 7	01
13	KAMCHATKA Median Volcanic Zone	KAMCHATKA Eastern Volcanic Zone
14	Khukhlotvayam Spr.	Asacha Spr., old bath
16	19820800.0
19	60-R	167.0
22	36.0	37.0
24	129.0	5.76e-05
26	12.0	1.35e-05
29	16400.0	0.0131
30	3.36
31	0.408
32	7.35714285714	3.47142857143
34	1030.0	4.86e-06
36	1060.0	5.09590909091e-06
38	9.83	4.7
39	9.75
40	2.89
42		300.2
44	100.0
45	100.0
46	975000.0
47	6000.0
48	2400.0
49	100.0
53	Rozhkov and Verkhovskiy, 1990; Taran, 2009	DB of GIN RAS

RKK023

Column	Version 1	Version 2
2	56.7166666667	52.208
4	56.0	52.0
5	43.0	12.5
7	159.883333333	158.183
9	159.0	158.0
10	53.0	11.0
11	2.0	07
13	KAMCHATKA Median Volcanic Zone	KAMCHATKA Eastern Volcanic Zone
14	Kirevna Spr.	Asacha Spr., spring
16	19740000.0	19830300.0
19	56-R;66-R	42.0
22	98.0	45.0
24	20.1	5.9e-05
26	11.9
29	20300.0	0.0121
30	5.33
31	0.87
32	4.5	3.3
34	630.0	4.62e-06
36	770.0	4.81714285714e-06
38	1.86	5.2
39	9.81
40	2.9
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	100.0
45	15800.0
46	721000.0	0.985
47	242000.0	0.0013
48	900.0	0.0016
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK024

Column	Version 1	Version 2
2	56.717	52.2083333333
4	56.0	52.0
5	43.02	12.5
7	159.883	158.183333333
9	159.0	158.0
10	52.98	11.0
11	7.0	02
13	KAMCHATKA Median Volcanic Zone	KAMCHATKA Eastern Volcanic Zone
14	Kirevna Spr.	Asacha Spr., spring
16	19920700.0	19830300.0
19	4.0	101-R
21	S	G/S
22	100.0	37.0
23	b
24	20.0	5.85e-05
26		1.24e-05
29	15000.0	0.0121
30		1.96e-06
31		1.93e-07
32	7.6	3.28571428571
34	1064.0	4.6e-06
36	1227.05882353	4.8e-06
38	2.0	5.2
39		9.84
40		0.0291
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.0001
45		0.0001
46	721000.0	0.985
47	242000.0	0.0013
48	900.0	0.0016
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK025

Column	Version 1	Version 2
2	56.717	52.85
4	56.0	52.0
5	43.02	51.0
7	159.883	157.85
9	159.0	157.0
10	52.98	51.0
11	7.0	02
13	KAMCHATKA Median Volcanic Zone	KAMCHATKA Eastern Volcanic Zone
14	Kirevna Spr.	Bolshe-Bani Spr., hole 24
16	19920701.0	19820900.0
19		36-R
21		G/H
22		18.0
24		1e-05
26		2.7e-05
29		0.0096
30		1.14e-06
31		7.1e-08
32	4.5	1.21428571429
34	630.0	1.7e-06
36	140.0	3.6e-06
38		0.41
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.0001
45		0.199
46		0.784
47		0.0074
48		0.0001
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK026

Column	Version 1	Version 2
2	53.35	52.85
4	53.0	52.0
5	21.0	51.0
7	157.45	157.85
10	27.0	51.0
11	1.0	02
13	KAMCHATKA Median Volcanic Zone	KAMCHATKA Eastern Volcanic Zone
14	Malka Cold Spr.	Bolshe-Bani Spr., hole GK-2
16	19740000.0	19820900.0
19	7410.0	42-R;62-R
21	G/S	G/H
22		98.0
24		0.00015
26		5e-06
29		0.0091
30		1.88e-06
31		2.27e-07
32	4.71428571429	5.71428571429
34	660.0	8e-06
35	>=
36	660.0	8e-06
38		32.7
44	100.0	0.0016
45	12800.0	0.0008
46	51000.0	0.524
47	936000.0	0.461
48	100.0	0.0034
49	100.0	0.0001
52		[CH4]=[CH4+heavy HCs]
53	DB of GIN RAS .	Rozhkov and Verkhovskiy, 1990

RKK027

Column	Version 1	Version 2
2	53.35	52.867
4	53.0	52.0
5	21.0	52.02
7	157.45	157.8
10	27.0	48.0
11	7.0	07
13	KAMCHATKA Median Volcanic Zone	KAMCHATKA Eastern Volcanic Zone
14	Malka Cold Spr.	Bolshe-Bani Spr.
16	19830700.0	19820900.0
19	20.0	29.0
21	W	G/S
22	12.0	100.0
23	a,c
24	4.0	0.00015
29	140.0	0.0091
32	3.5	5.8
34	490.0	8.12e-06
36	495.072463768	8.18165137615e-06
38	21.0	33.0
46	14000.0	0.524
47	985000.0	0.461
48	1000.0	0.0034

RKK028

Column	Version 1	Version 2
2	53.3
4	53.0
5	18.0
7	157.516666667
9	157.0
10	31.0
11	2.0	07
13	KAMCHATKA Median Volcanic Zone	KAMCHATKA Eastern Volcanic Zone
14	Malka Hot Spr.	Dikii Greben massif
16	19810000.0	19820900.0
19	13-R;14-R	54.0
21	G/S
22	87.0
24	251.0
26	14.5
29	16300.0
30	3.08
31	0.321
32	4.64285714286	8.1
34	650.0	1.134e-05
35		≥
36	660.0	1.134e-05
38	19.1
39	9.75
40	2.87
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	Rme=(R/Ra)me*140
44	100.0
45	1500.0
46	969000.0
47	4000.0
48	9000.0
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK029

Column	Version 1	Version 2
2	53.3	56.8333333333
4	53.0	56.0
5	18.0	50.0
7	157.516666667	160.0
9	157.0	160.0
10	31.0	0.0
11	7.0	07
13	KAMCHATKA Median Volcanic Zone	KAMCHATKA Eastern Volcanic Zone
14	Malka Hot Spr.	Dvukhyurtochny Spr.
16	19810900.0	19920700.0
19	21.0	3.0
21	S	G/S
22	83.0	78.0
23	a,c
24	251.0	0.000424
29	17000.0	0.0051
32	4.7	4.5
34	658.0	6.3e-06
35		≥
36	665.888324873	6.3e-06
38	20.0	156.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	Rme=(R/Ra)me*140
46	969000.0	0.972
47	4000.0	0.0108
48	9000.0	0.0114

RKK030

Column	Version 1	Version 2
2	53.3	56.8333333333
4	53.0	56.0
5	18.0	50.0
7	157.516666667	160.0
9	157.0	160.0
10	31.0	0.0
11	1.0	02
13	KAMCHATKA Median Volcanic Zone	KAMCHATKA Eastern Volcanic Zone
14	Malka Hot Spr., spring.	Dvukhyurtochnye Spr.
16	19710000.0	19820700.0
19	71GIN-A	71-R
22		75.0
24		0.000424
26		3e-06
29		0.0051
30		1.09e-06
31		1.13e-07
32	5.71428571429	2.64285714286
34	800.0	3.7e-06
35	>=
36	800.0	3.7e-06
38		156.0
39		9.62
40		0.0273
42		295.0
44		0.0003
45		0.0001
46		0.972
47		0.0108
48		0.0114
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	DB of GIN RAS .	Rozhkov and Verkhovskiy, 1990

RKK031

Column	Version 1	Version 2
2	53.3	51.4583333333
4	53.0	51.0
5	18.0	27.5
7	157.516666667	156.833333333
9	157.0	156.0
10	31.0	50.0
11	3.0	01
13	KAMCHATKA Median Volcanic Zone	KAMCHATKA Eastern Volcanic Zone
14	Malka Hot Spr., spring.	East-Pauzhetskie fumaroles
15	<
16	19730000.0	19740000.0
19	7934.0	7424.0
20		VAI
21	G/S	G/F
22	80.0
29	14600.0
32	4.42857142857	4.92857142857
34	620.0	6.9e-06
35		≥
36	640.0	6.9e-06
37	6.2
42	310.0
43	Ar=[Ar+Kr+Xe]
44	0.0
45	44000.0
46	950000.0
47	0.0
48	5600.0
53	Kamenskiy et al., 1976	DB of GIN RAS

RKK032

Column	Version 1	Version 2
2	53.3	51.4583333333
4	53.0	51.0
5	18.0	27.5
7	157.516666667	156.833333333
9	157.0	156.0
10	31.0	50.0
11	3.0	01
13	KAMCHATKA Median Volcanic Zone	KAMCHATKA Eastern Volcanic Zone
14	Malka Hot Spr., spring.	East-Pauzhetskie fumaroles
15	<
16	19730000.0	19770000.0
19	7932.0	7-77
20		EAVak
21	G/S	G/F
22	42.0
29	16500.0
32	5.03571428571	4.28571428571
34	705.0	6e-06
35		≥
36	710.0	6e-06
37	25.0
42	294.0
43	Ar=[Ar+Kr+Xe]
44	0.0
45	0.0
46	992000.0
47	0.0
48	8000.0
53	Kamenskiy et al., 1976	DB of GIN RAS

RKK033

Column	Version 1	Version 2
2	54.0666666667	51.4583333333
4	54.0	51.0
5	4.0	27.5
7	158.033333333	156.833333333
9	158.0	156.0
10	2.0	50.0
11	2.0	02
13	KAMCHATKA Median Volcanic Zone	KAMCHATKA Eastern Volcanic Zone
14	Puschino Cold Spr., "Upper" spr.	East-Pauzhetskie fumaroles
16	19810000.0	19810800.0
19	6-R	23-R;25-R
22	46.0	98.0
24	6.2	3.38e-05
26	0.3	4.6e-06
29	200.0	0.0055
30	0.049	9.1e-07
31	0.0074	1.11e-07
32		5.78571428571
34	460.0	8.1e-06
36	460.0	8.4e-06
38	22.2	8.1
42	300.0
44	100.0	0.036
45	800.0	0.0001
46	10000.0	0.274
47	985000.0	0.561
48	4000.0	0.123
49	100.0	0.0005
52		[CH4]=[CH4+heavy HCs]

RKK034

Column	Version 1	Version 2
2	54.0666666667	51.4583333333
4	54.0	51.0
5	4.0	27.5
7	158.033333333	156.833333333
9	158.0	156.0
10	2.0	50.0
11	3.0	02
13	KAMCHATKA Median Volcanic Zone	KAMCHATKA Eastern Volcanic Zone
14	Puschino Cold Spr., spring	East-Pauzhetskie fumaroles, "Geyzerny" spring
15	<
16	19730000.0	19810800.0
19	72-196	24-R
22		96.0
24		3.31e-05
26		8.1e-06
29	4000.0	0.0065
30		1.19e-06
31		1.31e-07
32	5.85714285714	7.57142857143
34	820.0	1.06e-05
36	820.0	1.13e-05
38		4.5
43	Ar=[Ar+Kr+Xe]
44	0.0	0.004
45	6000.0	0.0345
46	350000.0	0.363
47	644000.0	0.56
48	200.0	0.032
49		0.0001
51	-5.4
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]
53	Kamenskiy et al., 1976	Rozhkov and Verkhovskiy, 1990

RKK035

Column	Version 1	Version 2
2	54.0666666667	51.467
4	54.0	51.0
5	4.0	28.02
7	158.033333333	156.45
9	158.0	156.0
10	2.0	27.0
11	7.0	07
13	KAMCHATKA Median Volcanic Zone	KAMCHATKA Eastern Volcanic Zone
14	Puschino Hot Spr.	Etamyn Spr.
16	19811000.0	19770000.0
19	15.0	52.0
21	S	G/S
22	46.0	100.0
23	a
24	6.0
29	200.0
32	3.3	8.1
34	462.0	1.134e-05
36	466.451612903	1.16186915888e-05
38	22.0	11.0
46	10000.0
47	985000.0
48	4000.0

RKK036

Column	Version 1	Version 2
2	54.0666666667	51.4666666667
4	54.0	51.0
5	4.0	28.0
7	158.033333333	156.45
9	158.0	156.0
10	2.0	27.0
11	1.0	01
13	KAMCHATKA Median Volcanic Zone	KAMCHATKA Eastern Volcanic Zone
14	Puschino Hot Spr.	Etamyn Spr.(Vitaminnoe Lake)
16		19770000.0
19	7409	50-77
34	1030.0	1.2e-05
35	>=	≥
36	1030.0	1.2e-05
53	DB of GIN RAS .	DB of GIN RAS

RKK037

Column	Version 1	Version 2
2		54.4333333333
4		54.0
5		26.0
7		160.133333333
9		160.0
10		8.0
11	3.0	02
13	KAMCHATKA Median Volcanic Zone	KAMCHATKA Eastern Volcanic Zone
14	Shikovaya r., free gas issue in the river bed, left bank	Geyser valley, Rezhymny spr.
15	<
16	19730000.0	19820400.0
19	7970.0	98-R
21	G/river	G/S
22		95.0
24		1.83e-05
26		3.3e-06
29	8300.0	0.0004
30		6e-08
31		5.5e-09
32		3.5
34	155.0	4.9e-06
36	200.0	5.1e-06
37	0.33
38		6.1
39		9.8
40		0.029
42	297.0
43	Ar=[Ar+Kr+Xe]
44	0.0	0.0021
45	0.0	0.0002
46	574000.0	0.338
47	9000.0	0.638
48	417000.0	0.0208
49		0.0005
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]
53	Kamenskiy et al., 1976	Rozhkov and Verkhovskiy, 1990

RKK038

Column	Version 1	Version 2
2		54.4333333333
4		54.0
5		26.0
7		160.133333333
9		160.0
10		8.0
11	3.0	03
13	KAMCHATKA Median Volcanic Zone	KAMCHATKA Eastern Volcanic Zone
14	Shikovaya r., free gas issue in the river bed, right bank	Geyser valley, spring between Velikan & Fontan geysers
19	7966.0	9532.0
21	G/river	G/S
22	7.0	99.0
24		1.71e-05
26		6.9e-06
29	6900.0	0.00596
32		6.42857142857
34	135.0	9e-06
36	125.0	9.8e-06
37	0.39	2.5
42	299.0	294.0
43	Ar=[Ar+Kr+Xe]	[Ar]=[Ar+Kr+Xe]
44	0.0	0.0267
45	0.0
46	440000.0	0.269
47	14000.0	0.66
48	546000.0	0.0385
50	-59.9
51	-12.4

RKK039

Column	Version 1	Version 2
2		54.433
4		54.0
5		25.98
7		160.133
9		160.0
10		0.0
11	3.0	02,07
13	KAMCHATKA Median Volcanic Zone	KAMCHATKA Eastern Volcanic Zone
14	Shikovaya r., free gas issue in the river bed, spr. on the right bank	Geyser Valley, Velikan geyser
15	<
16	19730000.0	19820400.0
19	7961.0	14.0
22		100.0
24		2.4e-05
26		1.25e-05
29	8600.0	0.0093
30		1.5e-06
31		1.49e-07
32		5.4
34	175.0	7.56e-06
36	290.0	8.64705882353e-06
37	0.33
38		2.0
39		9.97
40		0.0303
42	301.0
43	Ar=[Ar+Kr+Xe]	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	0.0
45	3000.0
46	468000.0	0.715
47	18000.0	0.204
48	511000.0	0.058
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]
53	Kamenskiy et al., 1976	Rozhkov and Verkhovskiy, 1990; Taran, 2009

RKK040

Column	Version 1	Version 2
2	53.4166666667	51.867
4	53.0	51.0
5	25.0	52.02
7	158.725	157.033
9	158.0	157.0
10	43.5	1.98
11	2.0	07
14	Aagsky Spr., spring	Golygina Spr.
16	19740000.0	19770800.0
19		45.0
22	36.0	77.0
24	3.0	0.00032
26	0.4
29	200.0	0.0073
30	0.054
31	0.0084
32	2.78571428571	6.4
34	390.0	8.96e-06
36	400.0	9.05182186235e-06
38	8.3	25.0
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	100.0
45	700.0
46	20100.0	0.598
47	974000.0	0.066
48	5000.0	0.318
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK041

Column	Version 1	Version 2
2	53.972	51.867
4	53.0	51.0
5	25.0	52.02
7	159.44	157.033
9	158.0	157.0
10	43.5	1.98
11	7.0	07
14	Academii Nauk Spr., spring	Golygina Spr.
16	19960300.0	19730800.0
19	17.0	45.0
21	G/S
22	100.0
23	a
24	15.0	0.00036
29	1200.0	0.0077
32	5.2	6.2
34	728.0	8.68e-06
36	750.909090909	8.76842105263e-06
38	8.0	25.0
46	91000.0	0.75
47	864000.0	0.057
48	100.0	0.154

RKK042

Column	Version 1	Version 2
2	53.972	51.8666666667
4	53.0	51.0
5	25.0	52.0
7	159.44	157.033333333
9	158.0	157.0
10	43.5	2.0
11	7.0	01
14	Academii Nauk Spr., spring	Golygina Spr., spring
16	19960300.0	19730607.0
19		7426.0
20		VVPon
21		G/S
32	6.4	6.5
34	896.0	9.1e-06
35		≥
36	140.0	9.1e-06
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
53	Taran, 2009	DB of GIN RAS

RKK043

Column	Version 1	Version 2
2	52.2083333333	51.8666666667
4	52.0	51.0
5	12.5	52.0
7	158.183333333	157.033333333
9	158.0	157.0
10	11.0	2.0
11	1.0	01
14	Asacha Spr., mud pot	Golygina Spr., spring
16		19770000.0
19	168.0	5-77-1
20		EAVak
22	31.0	55.0
24	59.0
26	15.4
29	12000.0
32	3.35714285714	6.14285714286
34	470.0	8.6e-06
35		≥
36	495.384615385	8.6e-06
38	4.2
42	300.2
53	DB of GIN RAS .	DB of GIN RAS

RKK044

Column	Version 1	Version 2
2	52.2083333333	51.8666666667
4	52.0	51.0
5	12.5	52.0
7	158.183333333	157.033333333
9	158.0	157.0
10	11.0	2.0
11	1.0	03
14	Asacha Spr., old bath	Golygina Spr., spring 17
15		<
16		19730000.0
19	167.0	9383.0
22	37.0	32.0
24	57.6
26	13.5
29	13100.0	0.0077
32	3.47142857143	6.17857142857
34	486.0	8.65e-06
36	509.590909091	8.7e-06
37		25.0
38	4.7
42	300.2	310.0
43		[Ar]=[Ar+Kr+Xe]
46		0.75
47		0.057
48		0.154
50		-15.0
52		CO2=[CO2+H2S]
53	DB of GIN RAS .	Kamenskiy et al., 1976

RKK045

Column	Version 1	Version 2
2	52.208	51.8666666667
4	52.0	51.0
5	12.5	52.0
7	158.183	157.033333333
9	158.0	157.0
10	11.0	2.0
11	7.0	03
14	Asacha Spr., spring	Golygina Spr., thermal bath
15		<
16	19830300.0	19730000.0
19	42.0	9379.0
22	45.0	42-44
23	a
24	59.0
29	12100.0	0.0106
32	3.3	5.92857142857
34	462.0	8.3e-06
36	481.714285714	8.4e-06
37		25.0
38	5.2
42		303.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	[Ar]=[Ar+Kr+Xe]
45		0.017
46	985000.0	0.929
47	1300.0	0.029
48	1600.0	0.025
50		-15.5
51		-3.5
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK046

Column	Version 1	Version 2
2	52.2083333333	51.8666666667
4	52.0	51.0
5	12.5	52.0
7	158.183333333	157.033333333
9	158.0	157.0
10	11.0	2.0
11	2.0	03
14	Asacha Spr., spring	Golyginskie Spr., spring 6
15		<
16	19830000.0	19730000.0
19	101-R	71-237
22	37.0	71.0
24	58.5
26	12.4
29	12100.0	0.0073
30	1.96
31	0.193
32	3.28571428571	6.35714285714
34	460.0	8.9e-06
36	480.0	9e-06
37		25.0
38	5.2
39	9.84
40	2.91
42		321.0
43		[Ar]=[Ar+Kr+Xe]
44	100.0
45	100.0
46	985000.0	0.598
47	1300.0	0.066
48	1600.0	0.318
49	100.0
50		-17.7
52		CO2=[CO2+H2S]
53	Rozhkov and Verkhovskiy, 1990	Kamenskiy et al., 1976

RKK047

Column	Version 1	Version 2
2	52.85	54.0333333333
4	52.0	54.0
5	51.0	2.0
7	157.85	159.466666667
9	157.0	159.0
10	51.0	28.0
11	2.0	02
14	Bolshe-Bani Spr., hole 24	Karymskie Spr.
16	19820000.0	19820300.0
19	36-R	28-R
21	G/H	G/S
22	18.0	45.0
24	10.0	5.85e-05
26	27.0	4.5e-06
29	9600.0	0.0038
30	1.14	6.8e-07
31	0.071	4.87e-08
32	1.21428571429	4.0
34	170.0	5.6e-06
36	360.0	5.7e-06
38	0.41	14.2
39		9.78
40		0.029
44	100.0	0.0001
45	199000.0	0.0022
46	784000.0	0.324
47	7400.0	0.67
48	100.0	0.0001
49	100.0	0.0001
52		[CH4]=[CH4+heavy HCs]

RKK048

Column	Version 1	Version 2
2	52.85	53.25
4	52.0	53.0
5	51.0	15.0
7	157.85	158.4
9	157.0	158.0
10	51.0	24.0
11	2.0	07
14	Bolshe-Bani Spr., hole GK-2	Ketkino Spr., hole 4
16	19820000.0	19861100.0
19	42-R;62-R	23.0
22	98.0	76.0
24	150.0	0.000208
26	5.0
29	9100.0	0.0033
30	1.88
31	0.227
32	5.71428571429	3.6
34	800.0	5.04e-06
36	800.0	5.05502063274e-06
38	32.7	73.0
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	1600.0
45	800.0
46	524000.0	0.145
47	461000.0	0.0024
48	3400.0	0.845
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK049

Column	Version 1	Version 2
2	52.867	52.117
5	52.02	7.02
7	157.8	157.65
10	48.0	39.0
11	7.0	02,07
14	Bolshe-Bani Spr.	Khodutka Spr.
16	19820900.0	19840300.0
19	29.0	43.0
21	W	G/S
22	100.0	95.0
23	171.0
24	150.0	0.000163
26		9e-06
29	9100.0	0.0131
30		2.52e-06
31		2.93e-07
32	5.8	7.1
34	812.0	9.94e-06
36	818.165137615	1.00700507614e-05
38	33.0	20.0
39		9.97
40		0.0289
44		0.0001
46	524000.0	0.969
47	461000.0	0.0023
48	3400.0	0.0155
49		9.9e-05
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990; Taran, 2009

RKK050

Column	Version 1	Version 2
2		52.1166666667
4		52.0
5		7.0
7		157.65
9		157.0
10		39.0
11	7.0	01
14	Dikii Greben massif	Khodutka Spr.
16	19820900.0	19740000.0
19	54.0	7427
21		G/S
23	99 a
32	8.1
34	1134.0	9.5e-06
35		≥
36	1134.0	9.5e-06
43	Rcorr=(R/Ra)me*140
53	Taran, 2009	DB of GIN RAS

RKK051

Column	Version 1	Version 2
2	56.8333333333	52.1166666667
4	56.0	52.0
5	50.0	7.0
7	160.0	157.65
9	160.0	157.0
10	0.0	39.0
11	7.0	01
14	Dvukhyurtochny Spr.	Khodutka Spr.
16	19920700.0	19770000.0
19	3.0	4-77
22	78.0
23	b
24	424.0
29	5100.0
32	4.5
34	630.0	8.2e-06
35		≥
36	630.0	8.2e-06
38	156.0
43	Rcorr=(R/Ra)me*140; R=2.7Ra [T]
46	972000.0
47	10800.0
48	11400.0
53	Taran, 2009	DB of GIN RAS

RKK052

Column	Version 1	Version 2
2	56.8333333333	54.467
4	56.0	54.0
5	50.0	28.02
7	160.0	160.2
10	0.0	12.0
11	2.0	07
14	Dvukhyurtochnye Spr.	Kikhpinych Spr.
16	19820000.0	19820700.0
19	71-R	13.0
22	75.0	86.0
24	424.0	1.7e-05
26	3.0
29	5100.0	0.0018
30	1.09
31	0.113
32	2.64285714286	7.4
34	370.0	1.036e-05
36	370.0	1.10864864865e-05
38	156.0	4.0
39	9.62
40	2.73
42	295.0
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	300.0
45	100.0
46	972000.0	0.209
47	10800.0	0.71
48	11400.0	0.058
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK053

Column	Version 1	Version 2
2	51.4583333333	54.4666666667
4	51.0	54.0
5	27.5	28.0
7	156.833333333	160.2
9	156.0	160.0
10	50.0	12.0
11	1.0	02
14	East-Pauzhetskie fumaroles	Kikhpinych Spr.
16	19740000.0	19820700.0
19	7424.0
20	VAI
21	G/F	G/S
22		86.0
24		1.65e-05
26		5.6e-06
29		0.0018
30		3.07e-07
31		3.23e-08
32	4.92857142857	7.28571428571
34	690.0	1.02e-05
35	>=
36	690.0	1.11e-05
38		3.23
44		0.0197
45		0.0011
46		0.209
47		0.71
48		0.0584
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	DB of GIN RAS .	Rozhkov and Verkhovskiy, 1990

RKK054

Column	Version 1	Version 2
2	51.4583333333	51.804
5	27.5	48.24
7	156.833333333	157.528
9	156.0	157.0
10	50.0	31.68
11	1.0	07
14	East-Pauzhetskie fumaroles	Ksudach Caldera
16	19770000.0	19930700.0
19	7-77	46.0
20	EAVak
21	G/F	G/S
22		69.0
24		0.00015
29		0.0105
32	4.28571428571	6.5
34	600.0	9.1e-06
35	>=
36	600.0	9.15054704595e-06
38		46.0
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46		0.72
47		0.263
48		0.015
53	DB of GIN RAS .	Taran, 2009

RKK055

Column	Version 1	Version 2
2	51.4583333333	51.804
5	27.5	48.24
7	156.833333333	157.528
9	156.0	157.0
10	50.0	31.68
11	2.0	07
14	East-Pauzhetskie fumaroles	Ksudach Caldera
16	19810000.0	19930700.0
19	23-R;25-R	46.0
21	G/S
22	98.0
24	33.8	0.00023
26	4.6
29	5500.0	0.0146
30	0.91
31	0.111
32	5.78571428571	5.8
34	810.0	8.12e-06
36	840.0	8.18359621451e-06
38	8.1	32.0
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	36000.0
45	100.0
46	274000.0	0.93
47	561000.0	0.057
48	123000.0	0.0026
49	500.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK056

Column	Version 1	Version 2
2	51.4583333333	51.833
5	27.5	49.98
7	156.833333333	157.117
9	156.0	157.0
10	50.0	7.02
11	2.0	07
14	East-Pauzhetskie fumaroles, "Geyzerny" spring	Kuzhetenskie Spr.
16	19810000.0	19730800.0
19	24-R	47.0
22	96.0	65.0
24	33.1	3e-05
26	8.1
29	6500.0	0.0154
30	1.19
31	0.131
32	7.57142857143	2.6
34	1060.0	3.64e-06
36	1130.0	4.12e-06
38	4.5	1.7
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	4000.0
45	34500.0
46	363000.0	0.991
47	560000.0
48	32000.0	0.009
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK057

Column	Version 1	Version 2
2	51.467	51.8333333333
5	28.02	50.0
7	156.45	157.116666667
9	156.0	157.0
10	27.0	7.0
11	7.0	03
14	Etamyn Spr.	Kuzhetenskie Spr., 1st group, spring
15		<
16	19770000.0	19730000.0
19	52.0	9385.0
21	F	G/S
22	100.0	65.0
29		0.0154
32	8.1
34	1134.0	3.55e-06
36	1161.86915888	3.9e-06
37		1.7
38	11.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	[Ar]=[Ar+Kr+Xe]
46		0.991
48		0.009
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK058

Column	Version 1	Version 2
2	51.4666666667	51.8333333333
5	28.0	50.0
7	156.45	157.116666667
9	156.0	157.0
10	27.0	7.0
11	1.0	03
14	Etamyn Spr.(Vitaminnoe Lake)	Kuzhetenskie Spr., 1st group, spring
15		<
16	19770000.0	19730000.0
19	50-77	9389.0
22		59.0
29		0.0161
34	1200.0	2.8e-06
35	>=
36	1200.0	3e-06
37		2.4
43		[Ar]=[Ar+Kr+Xe]
46		0.987
47		0.002
48		0.011
52		CO2=[CO2+H2S]
53	DB of GIN RAS .	Kamenskiy et al., 1976

RKK059

Column	Version 1	Version 2
2	54.4333333333	51.8333333333
4	54.0	51.0
5	26.0	50.0
7	160.133333333	157.116666667
9	160.0	157.0
10	8.0	7.0
11	2.0	03
14	Geyser valley, Rezhymny spr.	Kuzhetenskie Spr., 2d group, spring
15		<
16	19820000.0	19730000.0
19	98-R	9387.0
22	95.0	48.0
24	18.3
26	3.3
29	400.0	0.0138
30	0.06
31	0.0055
32	3.5
34	490.0	3.13e-06
36	510.0	3.3e-06
37		2.4
38	6.1
39	9.8
40	2.9
43		[Ar]=[Ar+Kr+Xe]
44	2100.0
45	200.0
46	338000.0	0.992
47	638000.0	0.004
48	20800.0	0.004
49	500.0
52		CO2=[CO2+H2S]
53	Rozhkov and Verkhovskiy, 1990	Kamenskiy et al., 1976

RKK060

Column	Version 1	Version 2
2	54.4333333333	55.133
4	54.0	55.0
5	26.0	7.98
7	160.133333333	160.083
10	8.0	4.98
11	3.0	07
14	Geyser valley, spring between Velikan & Fontan geysers	Lower Schapinsky Spr.
15	<
16	19730000.0	19840800.0
19	9532.0	8.0
22	99.0	39.0
24	17.1	6e-06
26	6.9
29	5960.0	5e-05
32	6.42857142857	4.5
34	900.0	6.3e-06
36	980.0	7.525e-06
37	2.5
38		1.5
42	294.0
43	Ar=[Ar+Kr+Xe]	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	26700.0
45	0.0
46	269000.0	0.0037
47	660000.0	0.995
48	38500.0	0.001
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Taran, 2009

RKK061

Column	Version 1	Version 2
2	54.433	52.8666666667
4	54.0	52.0
5	25.98	52.0
7	160.133	157.8
9	160.0	157.0
10	0.0	48.0
11	2,7	02
14	Geyser Valley, Velikan geyser	Malo-Bannye Spr.
16	19820800.0	19820900.0
19	14.0	46-R
21	S	G/S
22	100.0	76.0
23	98 a
24	24.0	0.000191
26		1.12e-05
29	9300.0	0.0169
30		2.94e-06
31		2.52e-07
32	5.4
34	756.0	9.6e-06
36	864.705882353	9.7e-06
38	2.0	18.9
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.0001
45		0.0025
46	715000.0	0.97
47	204000.0	0.0095
48	58000.0	0.0009
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	Rozhkov and Verkhovskiy, 1990; Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK062

Column	Version 1	Version 2
2	51.867	52.8666666667
4	51.0	52.0
5	52.02	52.0
7	157.033	157.8
10	1.98	48.0
11	7.0	02
14	Golygina Spr.	Malo-Bannye Spr., hole 18
16	19770800.0	19820900.0
19	45.0	51-R
21	S	G/H
22	77.0
23	71 a
24	320.0	3.35e-05
26		1.85e-05
29	7300.0	0.01
30		1.3e-06
31		1.22e-07
32	6.4
34	896.0	6.4e-06
36	905.182186235	7.4e-06
38	25.0	2.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.0001
45		0.186
46	598000.0	0.803
47	66000.0	0.001
48	318000.0	0.0001
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK063

Column	Version 1	Version 2
2	51.867	52.8666666667
4	51.0	52.0
5	52.02	52.0
7	157.033	157.8
10	1.98	48.0
11	7.0	02
14	Golygina Spr.	Malo-Bannye Spr., hole 39
16	19730800.0	19820900.0
19	45.0	45-R
21		G/H
22		96.0
23	32 a
24	360.0	0.000194
26		8e-06
29	7700.0	0.0124
30		2.47e-06
31		2.07e-07
32	6.2
34	868.0	7.7e-06
36	876.842105263	7.8e-06
38	25.0	26.8
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.0012
45		0.0008
46	750000.0	0.68
47	57000.0	0.302
48	154000.0	0.0034
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK064

Column	Version 1	Version 2
2	51.8666666667	54.1166666667
4	51.0	54.0
5	52.0	7.0
7	157.033333333	159.666666667
9	157.0	159.0
10	2.0	40.0
11	1.0	02
14	Golygina Spr., spring	Malo-Semyachikskie Spr., sprig
16	19730607.0	19860900.0
19	7426.0
20	VVPon
22		33.0
24		0.000106
26		9e-06
29		0.0068
30		1.09e-06
31		8.53e-08
32	6.5
34	910.0	6.2e-06
35	>=
36	910.0	6.3e-06
38		12.9
44		0.0342
45		0.151
46		0.805
47		0.0019
48		0.001
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	DB of GIN RAS .	Rozhkov and Verkhovskiy, 1990

RKK065

Column	Version 1	Version 2
2	51.8666666667	52.85
4	51.0	52.0
5	52.0	51.0
7	157.033333333	157.85
10	2.0	51.0
11	1.0	07
14	Golygina Spr., spring	Maly-Bani Spr.
16	19770000.0	19820900.0
19	5-77-1	30.0
20	EAVak
22	55.0	100.0
24		0.000194
29		0.0124
32	6.14285714286	5.6
34	860.0	7.84e-06
35	>=
36	860.0	7.91235955056e-06
38		27.0
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46		0.68
47		0.302
48		0.0034
53	DB of GIN RAS .	Taran, 2009

RKK066

Column	Version 1	Version 2
2	51.8666666667	52.85
4	51.0	52.0
5	52.0	51.0
7	157.033333333	157.85
10	2.0	51.0
11	3.0	07
14	Golygina Spr., spring 17	Maly-Bani Spr.
15	<
16	19730000.0	19820900.0
19	9383.0	30.0
22	32.0
24		0.000191
29	7700.0	0.0169
32	6.17857142857	6.9
34	865.0	9.66e-06
36	870.0	9.79251336898e-06
37	25.0
38		19.0
42	310.0
43	Ar=[Ar+Kr+Xe]	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
45	0.0
46	750000.0	0.97
47	57000.0	0.0095
48	154000.0	0.0009
50	-15.0
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Taran, 2009

RKK067

Column	Version 1	Version 2
2	51.8666666667	52.5333333333
4	51.0	52.0
5	52.0	32.0
7	157.033333333	158.2
9	157.0	158.0
10	2.0	12.0
11	3.0	02
14	Golygina Spr., thermal bath	Mutnovskoe HTS-field, Hole 14
15	<
16	19730000.0	19830800.0
19	9379.0	78-R
21	G/S	G/H
22	42-44	130.0
24		2.63e-05
26		1.24e-05
29	10600.0	0.0106
30		1.99e-06
31		2.36e-07
32	5.92857142857
34	830.0	9.2e-06
36	840.0	1.04e-05
37	25.0
38		2.3
39		10.0
40		0.0294
42	303.0
43	Ar=[Ar+Kr+Xe]
44		0.0126
45	17000.0	0.05
46	929000.0	0.765
47	29000.0	0.142
48	25000.0	0.0198
49		0.0001
50	-15.5
51	-3.5
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]
53	Kamenskiy et al., 1976	Rozhkov and Verkhovskiy, 1990

RKK068

Column	Version 1	Version 2
2	51.8666666667	52.5333333333
4	51.0	52.0
5	52.0	32.0
7	157.033333333	158.2
9	157.0	158.0
10	2.0	12.0
11	3.0	02
14	Golyginskie Spr., spring 6	Mutnovskoe HTS-field, Hole 21
15	<
16	19730000.0	19830800.0
19	71-237	87-R
21	G/S	G/H
22	71.0	119.0
24		6.4e-06
26		1.72e-05
29	7300.0	0.0077
30		1.06e-06
31		7.25e-08
32	6.35714285714
34	890.0	7.1e-06
35		≥
36	900.0	7.1e-06
37	25.0
38		0.41
39		9.83
40		0.0289
42	321.0
43	Ar=[Ar+Kr+Xe]
44		0.0049
45	0.0	0.2
46	598000.0	0.749
47	66000.0	0.034
48	318000.0	0.0044
49		0.0001
50	-17.7
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]
53	Kamenskiy et al., 1976	Rozhkov and Verkhovskiy, 1990

RKK069

Column	Version 1	Version 2
2	54.0333333333	52.5333333333
4	54.0	52.0
5	2.0	32.0
7	159.466666667	158.2
9	159.0	158.0
10	28.0	12.0
11	2.0	02
14	Karymskie Spr.	Mutnovskoe HTS-field, Hole V-1
16	19820000.0	19830700.0
19	28-R	75-R
21	G/S	G/H
22	45.0
24	58.5	5.7e-06
26	4.5	3e-07
29	3800.0	0.0003
30	0.68	7.3e-08
31	0.0487	9.3e-09
32	4.0
34	560.0	8.7e-06
36	570.0	8.8e-06
38	14.2	21.9
39	9.78	9.96
40	2.9	0.029
44	100.0	0.0876
45	2200.0	0.001
46	324000.0	0.0618
47	670000.0	0.841
48	100.0	0.0083
49	100.0	0.0001
52		[CH4]=[CH4+heavy HCs]

RKK070

Column	Version 1	Version 2
2	53.25	52.533
4	53.0	52.0
5	15.0	31.98
7	158.4	158.2
10	24.0	12.0
11	7.0	07
14	Ketkino Spr., hole 4	Mutnovskoe HTS-field, Dachi area
16	19861100.0	19830800.0
19	23.0	38.0
21	W	G/S
22	76.0	100.0
23	b
24	208.0	1e-05
29	3300.0	0.0017
32	3.6	6.5
34	504.0	9.1e-06
36	505.502063274	9.26861313869e-06
38	73.0	14.0
46	145000.0	0.127
47	2400.0	0.87
48	845000.0	0.002

RKK071

Column	Version 1	Version 2
2	52.117	52.533
5	7.02	31.98
7	157.65	158.2
9	157.0	158.0
10	39.0	12.0
11	2, 7	07
14	Khodutka Spr.	Mutnovskoe HTS-field, Dachi area, fumarole
16	19840300.0	19810800.0
19	43.0	38.0
21	G/S	G/F
22	95.0
23	a
24	163.0	2.1e-05
26	9.0
29	13100.0	0.0019
30	2.52
31	0.293
32	7.1	7.9
34	994.0	1.106e-05
36	1007.00507614	1.12655319149e-05
38	20.0	14.4
39	9.97
40	2.89
44	100.0
46	969000.0	0.209
47	2300.0	0.78
48	15500.0	0.0096
49	99.0
53	Rozhkov and Verkhovskiy, 1990; Taran, 2009	Taran, 2009

RKK072

Column	Version 1	Version 2
2	52.1166666667	52.533
5	7.0	31.98
7	157.65	158.2
9	157.0	158.0
10	39.0	12.0
11	1.0	07
14	Khodutka Spr.	Mutnovskoe HTS-field, Dachi area, fumarole
16	19740000.0	19810800.0
19	7427	38.0
21	G/S	G/F
24		3.3e-06
29		0.0014
32		5.4
34	950.0	7.56e-06
35	>=
36	950.0	7.83582089552e-06
38		7.0
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46		0.078
47		0.92
48		0.011
53	DB of GIN RAS .	Taran, 2009

RKK073

Column	Version 1	Version 2
2	52.1166666667	52.5333333333
5	7.0	32.0
7	157.65	158.2
9	157.0	158.0
10	39.0	12.0
11	1.0	01
14	Khodutka Spr.	Mutnovskoe HTS-field, Dachnye fumaroles
16	19770000.0
19	4-77	9402
24		1e-05
29		0.00174
34	820.0	7.4e-06
35	>=
36	820.0	8e-06
53	DB of GIN RAS .	DB of GIN RAS

RKK074

Column	Version 1	Version 2
2	54.467	52.5333333333
4	54.0	52.0
5	28.02	32.0
7	160.2	158.2
9	160.0	158.0
10	12.0	12.0
11	7.0	02
14	Kikhpinych Spr.	Mutnovskoe HTS-field, Dachnye fumaroles, Active funnel
16	19820700.0	19810800.0
19	13.0	16-R
22	86.0	79.0
23	a
24	17.0	6.2e-06
26		5e-07
29	1800.0	0.0007
30		1.5e-07
31		1.91e-08
32	7.4
34	1036.0	9.1e-06
36	1108.64864865	9.3e-06
38	4.0	13.7
39		9.85
40		0.0269
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.0001
45		0.0001
46	209000.0	0.144
47	710000.0	0.841
48	58000.0	0.011
49		0.0032
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK075

Column	Version 1	Version 2
2	54.4666666667	52.5333333333
4	54.0	52.0
5	28.0	32.0
7	160.2	158.2
9	160.0	158.0
11	2.0	02
14	Kikhpinych Spr.	Mutnovskoe HTS-field, Dachnye fumaroles, Medvezhya group
16	19820000.0	19810800.0
22	86.0	64.0
24	16.5	1.44e-05
26	5.6	4.6e-06
29	1800.0	0.0019
30	0.307	3.77e-07
31	0.0323	3.74e-08
32	7.28571428571
34	1020.0	1.1e-05
36	1110.0	1.19e-05
38	3.23	3.5
39		9.88
40		0.0289
44	19700.0	0.0386
45	1100.0	0.0251
46	209000.0	0.209
47	710000.0	0.71
48	58400.0	0.0096
49	100.0	0.0058
52		[CH4]=[CH4+heavy HCs]

RKK076

Column	Version 1	Version 2
2	51.804	52.5333333333
4	51.0	52.0
5	48.24	32.0
7	157.528	158.2
9	157.0	158.0
10	31.68	12.0
11	7.0	03
14	Ksudach Caldera	Mutnovskoe HTS-field, Dachnye fumaroles, spring
16	19930700.0
19	46.0	9402.0
21	S	G/S
22	69.0
23	b
24	150.0	1e-05
29	10500.0	0.00174
32	6.5
34	910.0	7.4e-06
36	915.054704595	7.45e-06
37		25.0
38	46.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.006
45		0.003
46	720000.0	0.13
47	263000.0	0.359
48	15000.0	0.002
50		-29.7
51		-0.9
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK077

Column	Version 1	Version 2
2	51.804	52.5333333333
4	51.0	52.0
5	48.24	32.0
7	157.528	158.2
9	157.0	158.0
10	31.68	12.0
11	7.0	02
14	Ksudach Caldera	Mutnovskoe HTS-field, Dachnye fumaroles, Utinaya group
16	19930700.0	19810800.0
19	46.0	17-R,18-R
21		G/S
22		83.0
23	29-56 b
24	230.0	7.1e-06
26		2.4e-06
29	14600.0	0.0014
30		2.39e-07
31		2.62e-08
32	5.8
34	812.0	7.5e-06
36	818.359621451	8.2e-06
38	32.0	3.3
39		9.91
40		0.0289
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.0556
45		0.0001
46	930000.0	0.078
47	57000.0	0.852
48	2600.0	0.011
49		0.002
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK078

Column	Version 1	Version 2
2	51.833	52.5333333333
4	51.0	52.0
5	49.98	32.0
7	157.117	158.2
9	157.0	158.0
10	7.02	12.0
11	7.0	02
14	Kuzhetenskie Spr.	Mutnovskoe HTS-field, Hole 1
16	19730800.0	19810800.0
19	47.0	1-R
21	S	G/H
22	65.0
23	a
24	30.0	4.1e-06
26		5e-07
29	15400.0	0.0006
30		1.27e-07
31		1.97e-08
32	2.6
34	364.0	5.7e-06
36	412.0	5.9e-06
38	1.7	8.6
39		9.82
40		0.0286
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.042
45		0.0001
46	991000.0	0.0354
47	0.0	0.905
48	9000.0	0.011
49		0.006
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK079

Column	Version 1	Version 2
2	51.8333333333	52.5333333333
4	51.0	52.0
5	50.0	32.0
7	157.116666667	158.2
9	157.0	158.0
10	7.0	12.0
11	3.0	02
14	Kuzhetenskie Spr., 1st group, spring	Mutnovskoe HTS-field, Hole 13
15	<
16	19730000.0	19830800.0
19	9385.0	77-R
21	G/S	G/H
22	65.0	97.0
24		1.6e-05
26		8.4e-06
29	15400.0	0.006
30		1.18e-06
31		1.39e-07
34	355.0	5.8e-06
36	390.0	6.6e-06
37	1.7
38		2.1
39		9.9
40		0.0289
43	Ar=[Ar+Kr+Xe]
44	0.0	0.0141
45	0.0	0.0181
46	991000.0	0.0706
47	0.0	0.887
48	9000.0	0.0042
49		0.0001
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]
53	Kamenskiy et al., 1976	Rozhkov and Verkhovskiy, 1990

RKK080

Column	Version 1	Version 2
2	51.8333333333	52.5333333333
4	51.0	52.0
5	50.0	32.0
7	157.116666667	158.2
9	157.0	158.0
10	7.0	12.0
11	3.0	02
14	Kuzhetenskie Spr., 1st group, spring	Mutnovskoe HTS-field, Hole 16
15	<
16	19730000.0	19830800.0
19	9389.0	79-R
21	G/S	G/H
22	59.0	176.0
24		1.41e-05
26		6.7e-06
29	16100.0	0.0053
30		1.09e-06
31		1.36e-07
34	280.0	5e-06
36	300.0	5.6e-06
37	2.4
38		2.3
39		10.3
40		0.032
43	Ar=[Ar+Kr+Xe]
44	0.0	0.0537
45	0.0	0.149
46	987000.0	0.554
47	2000.0	0.206
48	11000.0	0.0284
49		0.0001
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]
53	Kamenskiy et al., 1976	Rozhkov and Verkhovskiy, 1990

RKK081

Column	Version 1	Version 2
2	51.8333333333	52.5333333333
4	51.0	52.0
5	50.0	32.0
7	157.116666667	158.2
9	157.0	158.0
10	7.0	12.0
11	3.0	02
14	Kuzhetenskie Spr., 2d group, spring	Mutnovskoe HTS-field, Hole 18-O
15	<
16	19730000.0	19830800.0
19	9387.0	80-R
21	G/S	G/H
22	48.0
24		2e-05
26		2.6e-06
29	13800.0	0.0015
30		4.1e-07
31		4.6e-08
34	313.0	6.4e-06
36	330.0	6.6e-06
37	2.4
38		8.4
39		9.77
40		0.0294
43	Ar=[Ar+Kr+Xe]
44	0.0	0.048
45	0.0	0.0017
46	992000.0	0.108
47	4000.0	0.826
48	4000.0	0.0148
49		0.0001
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]
53	Kamenskiy et al., 1976	Rozhkov and Verkhovskiy, 1990

RKK082

Column	Version 1	Version 2
2	55.133	52.5333333333
4	55.0	52.0
5	7.98	32.0
7	160.083	158.2
9	160.0	158.0
10	4.98	12.0
11	7.0	02
14	Lower Schapinsky Spr.	Mutnovskoe HTS-field, Hole 18-T
16	19840800.0	19830800.0
19	8.0	86-R
21	S	G/H
22	39.0
23	a
24	6.0	1.77e-05
26		1.7e-05
29	50.0	0.0121
30		1.89e-06
31		1.89e-07
32	4.5
34	630.0	4.2e-06
36	752.5	5.3e-06
38	1.5	1.2
39		9.97
40		0.0295
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.0049
45		0.238
46	3700.0	0.73
47	995000.0	0.0142
48	1000.0	0.0008
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK083

Column	Version 1	Version 2
2	52.8666666667	52.5333333333
5	52.0	32.0
7	157.8	158.2
9	157.0	158.0
10	48.0	12.0
11	2.0	02
14	Malo-Bannye Spr.	Mutnovskoe HTS-field, Hole V-2
16	19820000.0	19810800.0
19	46-R	57-R
21	G/S	G/H
22	76.0
24	191.0	3.15e-05
26	11.2	3.5e-06
29	16900.0	0.0033
30	2.94	7.67e-07
31	0.252	8.73e-08
34	960.0	8.6e-06
36	970.0	8.8e-06
38	18.9	10.1
39		10.0
40		0.0289
44	100.0	0.0783
45	2500.0	0.0001
46	970000.0	0.183
47	9500.0	0.712
48	900.0	0.0234
49	100.0	0.0001
52		[CH4]=[CH4+heavy HCs]

RKK084

Column	Version 1	Version 2
2	52.8666666667	52.533
5	52.0	31.98
7	157.8	158.2
9	157.0	158.0
10	48.0	12.0
11	2.0	07
14	Malo-Bannye Spr., hole 18	Mutnovskoe HTS-field, well 1
16	19820000.0	19810800.0
19	51-R	39.0
24	33.5	4.1e-06
26	18.5
29	10000.0	0.0004
30	1.3
31	0.182
32		4.2
34	640.0	5.88e-06
36	740.0	6.04192771084e-06
38	2.0	8.6
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	100.0
45	186000.0
46	803000.0	0.02
47	1000.0	0.97
48	100.0	0.01
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK085

Column	Version 1	Version 2
2	52.8666666667	52.533
5	52.0	31.98
7	157.8	158.2
9	157.0	158.0
10	48.0	12.0
11	2.0	07
14	Malo-Bannye Spr., hole 39	Mutnovskoe HTS-field, well V1
16	19820000.0	19810800.0
19	45-R	39.0
22	96.0
24	194.0	1.6e-05
26	8.0
29	12400.0	0.0016
30	2.47
31	0.207
32		4.7
34	770.0	6.58e-06
36	780.0	6.65507246377e-06
38	26.8	21.0
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	1200.0
45	800.0
46	680000.0	0.071
47	302000.0	0.915
48	3400.0	0.0042
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK086

Column	Version 1	Version 2
2	54.1166666667	52.533
4	54.0	52.0
5	7.0	31.98
7	159.666666667	158.2
9	159.0	158.0
10	40.0	12.0
11	2.0	07
14	Malo-Semyachikskie Spr., sprig	Mutnovskoe HTS-field, well V14
16	19860000.0	19810800.0
19		39.0
21	G/S	G/H
22	33.0
24	106.0	3.2e-05
26	9.0
29	6800.0	0.0033
30	1.09
31	0.0853
32		6.3
34	620.0	8.82e-06
36	630.0	9.04948453608e-06
38	12.9	10.0
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	34200.0
45	151000.0
46	805000.0	0.183
47	1900.0	0.812
48	1000.0	0.023
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK087

Column	Version 1	Version 2
2	52.85	52.533
5	51.0	31.98
7	157.85	158.2
9	157.0	158.0
10	51.0	12.0
11	7.0	07
14	Maly-Bani Spr.	Mutnovskoe HTS-field, well V16
16	19820900.0	19830800.0
19	30.0	39.0
21	W	G/H
22	100.0
23	98.0
24	194.0	6e-06
29	12400.0	0.0003
32	5.6	6.3
34	784.0	8.82e-06
36	791.235955056	8.92258064516e-06
38	27.0	22.0
46	680000.0	0.03
47	302000.0	0.94
48	3400.0	0.0083

RKK088

Column	Version 1	Version 2
2	52.85	52.533
5	51.0	31.98
7	157.85	158.2
9	157.0	158.0
10	51.0	12.0
11	7.0	07
14	Maly-Bani Spr.	Mutnovskoe HTS-field, well V2
16	19820900.0	19830800.0
19	30.0	39.0
21	W	G/H
23	76.0
24	191.0	2.6e-05
29	16900.0	0.011
32	6.9	6.7
34	966.0	9.38e-06
36	979.251336898	9.722e-06
38	19.0	7.3
46	970000.0	0.66
47	9500.0	0.33
48	900.0	0.02

RKK089

Column	Version 1	Version 2
2	52.5333333333	53.517
4	52.0	53.0
5	32.0	31.02
7	158.2	154.733
9	158.0	154.0
10	12.0	43.98
11	2.0	07
14	Mutnovskoe HTS-field, Hole 14	Nalachevo Spr.
16	19830000.0	19830400.0
19	78-R	18.0
21	G/H	G/S
22	130.0	72.0
24	26.3	1.6e-05
26	12.4
29	10600.0	0.0004
30	1.99
31	0.236
32		5.6
34	920.0	7.84e-06
36	1040.0	8.25106382979e-06
38	2.3	5.0
39	10.0
40	2.94
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	12600.0
45	50000.0
46	765000.0	0.042
47	142000.0	0.95
48	19800.0	0.0032
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK090

Column	Version 1	Version 2
2	52.5333333333	53.5166666667
4	52.0	53.0
5	32.0	31.0
7	158.2	158.733333333
10	12.0	44.0
11	2.0	02
14	Mutnovskoe HTS-field, Hole 21	Nalachevo Spr.
16	19830000.0	19830400.0
19	87-R
21	G/H	G/S
22	119.0	75.0
24	6.4	1.63e-05
26	17.2	3.7e-06
29	7700.0	0.0034
30	1.06	6.42e-07
31	0.0725	5.79e-08
34	710.0	7.8e-06
35	>=
36	710.0	8.3e-06
38	0.41	4.9
39	9.83
40	2.89
44	4900.0	0.0002
45	200000.0	0.0104
46	749000.0	0.176
47	34000.0	0.807
48	4400.0	0.0032
49	100.0	0.0001
52		[CH4]=[CH4+heavy HCs]

RKK091

Column	Version 1	Version 2
2	52.5333333333	53.5166666667
4	52.0	53.0
5	32.0	31.0
7	158.2	158.733333333
10	12.0	44.0
11	2.0	03
14	Mutnovskoe HTS-field, Hole V-1	Nalachevo Spr., hole 1
15		<
16	19830000.0	19730000.0
19	75-R	72-45
24	5.7
26	0.3
29	300.0	0.00041
30	0.073
31	0.0093
34	870.0	8e-06
36	880.0	8e-06
38	21.9
39	9.96
40	2.9
43		[Ar]=[Ar+Kr+Xe]
44	87600.0	0.001
45	1000.0	0.003
46	61800.0	0.156
47	841000.0	0.834
48	8300.0	0.0065
49	100.0
52		CO2=[CO2+H2S]
53	Rozhkov and Verkhovskiy, 1990	Kamenskiy et al., 1976

RKK092

Column	Version 1	Version 2
2	52.533	55.0666666667
4	52.0	55.0
5	31.98	4.0
7	158.2	161.883333333
9	158.0	161.0
10	12.0	53.0
11	7.0	02
14	Mutnovskoe HTS-field, Dachi area	Nizhne-Chazhminskie Spr.
16	19830800.0	19840800.0
19	38.0
21	S	G/S
22	100.0	54.0
23	79, c
24	10.0
29	1700.0	0.0137
30		6.5e-08
31		7.9e-09
32	6.5
34	910.0	7.5e-06
35		≥
36	926.861313869	7.5e-06
38	14.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.0001
45		0.0001
46	127000.0	0.985
47	870000.0	0.0012
48	2000.0	0.0001
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK093

Column	Version 1	Version 2
2	52.533	54.4333333333
4	52.0	54.0
5	31.98	26.0
7	158.2	160.133333333
9	158.0	160.0
10	12.0	8.0
11	7.0	01
14	Mutnovskoe HTS-field, Dachi area, fumarole	Nizhne-Geyzernye Spr.
16	19810800.0
19	38.0	9532
21	F	G/S
23	64, c
24	21.0	4e-05
29	1900.0	0.006
32	7.9
34	1106.0	8.8e-06
36	1126.55319149	9.5e-06
38	14.4
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46	209000.0
47	780000.0
48	9600.0
53	Taran, 2009	DB of GIN RAS

RKK094

Column	Version 1	Version 2
2	52.533	51.3666666667
4	52.0	51.0
5	31.98	22.0
7	158.2	156.641666667
9	158.0	156.0
10	12.0	38.5
11	7.0	01
14	Mutnovskoe HTS-field, Dachi area, fumarole	Nizhne-Koshelevskie fumaroles
16	19810800.0	19770000.0
19	38.0	28-77
20		EAVak
21	F	G/F
23	83, c
24	3.3
29	1400.0
32	5.4
34	756.0	6.3e-06
35		≥
36	783.582089552	6.3e-06
38	7.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46	78000.0
47	920000.0
48	11000.0
53	Taran, 2009	DB of GIN RAS

RKK095

Column	Version 1	Version 2
2	52.5333333333	51.3666666667
4	52.0	51.0
5	32.0	22.0
7	158.2	156.641666667
9	158.0	156.0
10	12.0	38.5
11	1.0	07
14	Mutnovskoe HTS-field, Dachnye fumaroles	Nizhne-Koshelevskie fumaroles
16		19780800.0
19	9402	53/52
21	G/S	G/F
22		100.0
24	10.0
29	1740.0	0.0034
32		5.2
34	740.0	7.28e-06
36	800.0	7.44485981308e-06
38		11.0
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46		0.321
47		0.392
48		0.282
53	DB of GIN RAS .	Taran, 2009

RKK096

Column	Version 1	Version 2
2	52.5333333333	51.3666666667
4	52.0	51.0
5	32.0	22.0
7	158.2	156.641666667
9	158.0	156.0
10	12.0	38.5
11	2.0	07
14	Mutnovskoe HTS-field, Dachnye fumaroles, Active funnel	Nizhne-Koshelevskie fumaroles
16	19810000.0	19810800.0
19	16-R	52.0
21	G/S
22	79.0
24	62.0	3.9e-05
26	0.5
29	700.0	0.0009
30	0.15
31	0.0191
32		7.1
34	910.0	9.94e-06
36	930.0	9.9948608137e-06
38	13.7	47.0
39	9.85
40	2.69
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	100.0
45	100.0
46	144000.0	0.077
47	841000.0	0.781
48	11000.0	0.136
49	3200.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK097

Column	Version 1	Version 2
2	52.5333333333	51.3666666667
4	52.0	51.0
5	32.0	22.0
7	158.2	156.641666667
9	158.0	156.0
10	12.0	38.5
11	2.0	07
14	Mutnovskoe HTS-field, Dachnye fumaroles, Medvezhya group	Nizhne-Koshelevskie fumaroles
16	19810000.0	19830800.0
19		37.0
21	G/S	G/F
22	64.0	100.0
24	14.4	1.7e-05
26	4.6
29	1900.0	0.0011
30	0.377
31	0.0374
32		6.5
34	1100.0	9.1e-06
36	1190.0	9.84516129032e-06
38	3.5	3.4
39	9.88
40	2.89
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	38600.0
45	25100.0
46	209000.0	0.072
47	710000.0	0.9
48	9600.0	0.037
49	5800.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK098

Column	Version 1	Version 2
2	52.5333333333	51.3666666667
4	52.0	51.0
5	32.0	22.0
7	158.2	156.641666667
9	158.0	156.0
10	12.0	38.5
11	3.0	02
14	Mutnovskoe HTS-field, Dachnye fumaroles, spring	Nizhne-Koshelevskie fumaroles, "Kipyashchiy" spring
16		19780800.0
19	9402.0	12-R
22		98.0
24	10.0	5.83e-05
26		5.7e-06
29	1740.0	0.0034
30		5.64e-07
31		5.57e-08
34	740.0	7.3e-06
36	745.0	7.5e-06
37	25.0
38		11.4
44	6000.0	0.0002
45	3000.0	0.0014
46	130000.0	0.321
47	359000.0	0.392
48	2000.0	0.282
49		0.0001
50	-29.7
51	-0.9
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]
53	Kamenskiy et al., 1976	Rozhkov and Verkhovskiy, 1990

RKK099

Column	Version 1	Version 2
2	52.5333333333	51.3666666667
4	52.0	51.0
5	32.0	22.0
7	158.2	156.641666667
9	158.0	156.0
10	12.0	38.5
11	2.0	02
14	Mutnovskoe HTS-field, Dachnye fumaroles, Utinaya group	Nizhne-Koshelevskie fumaroles, hole 1
16	19810000.0	19810800.0
19	17-R,18-R	26-R
21	G/S	G/H
22	83.0	92.0
24	7.1	3.92e-05
26	2.4	8e-07
29	1400.0	0.0009
30	0.239	1.98e-07
31	0.0262	2.35e-08
34	750.0	7e-06
36	820.0	7e-06
38	3.3	55.0
39	9.91
40	2.89
44	55600.0	0.0036
45	100.0	0.0001
46	78000.0	0.0773
47	852000.0	0.781
48	11000.0	0.136
49	2000.0	0.0012
52		[CH4]=[CH4+heavy HCs]

RKK100

Column	Version 1	Version 2
2	52.5333333333	51.3666666667
4	52.0	51.0
5	32.0	22.0
7	158.2	156.641666667
9	158.0	156.0
10	12.0	38.5
11	2.0	01
14	Mutnovskoe HTS-field, Hole 1	Nizhne-Koshelevskie fumaroles, hole 1
16	19810000.0	19770000.0
19	1-R	27-77
20		EAVak
24	4.1
26	0.5
29	600.0
30	0.127
31	0.0197
34	570.0	1e-05
35		≥
36	590.0	1e-05
38	8.6
39	9.82
40	2.86
44	42000.0
45	100.0
46	35400.0
47	905000.0
48	11000.0
49	6000.0
53	Rozhkov and Verkhovskiy, 1990	DB of GIN RAS

RKK101

Column	Version 1	Version 2
2	52.5333333333	51.3666666667
4	52.0	51.0
5	32.0	22.0
7	158.2	156.641666667
9	158.0	156.0
10	12.0	38.5
11	2.0	03
14	Mutnovskoe HTS-field, Hole 13	Nizhne-Koshelevskie fumaroles, hole 1
15		<
16	19830000.0	19730000.0
19	77-R	73-38
22	97.0
24	16.0
26	8.4
29	6000.0
30	1.18
31	0.139
34	580.0	8.7e-06
35		≥
36	660.0	8.7e-06
38	21.0
39	9.9
40	2.89
44	14100.0
45	18100.0
46	70600.0
47	887000.0
48	4200.0
49	100.0
50		-28.8
51		1.2
53	Rozhkov and Verkhovskiy, 1990	Kamenskiy et al., 1976

RKK102

Column	Version 1	Version 2
2	52.5333333333	51.3666666667
4	52.0	51.0
5	32.0	22.0
7	158.2	156.641666667
9	158.0	156.0
10	12.0	38.5
11	2.0	02
14	Mutnovskoe HTS-field, Hole 16	Nizhne-Koshelevskie fumaroles, hole 10
16	19830000.0	19810800.0
19	79-R	41-R
22	176.0	98.0
24	14.1	5.18e-05
26	6.7	1.2e-06
29	5300.0	0.0026
30	1.09	6.07e-07
31	0.136	6.78e-08
34	500.0	9e-06
36	560.0	9e-06
38	2.3	44.3
39	10.3
40	3.2
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	53700.0	0.0318
45	149000.0	0.0235
46	554000.0	0.16
47	206000.0	0.597
48	28400.0	0.185
49	100.0	0.0001
52		[CH4]=[CH4+heavy HCs]

RKK103

Column	Version 1	Version 2
2	52.5333333333	51.3666666667
4	52.0	51.0
5	32.0	22.0
7	158.2	156.641666667
9	158.0	156.0
10	12.0	38.5
11	2.0	01
14	Mutnovskoe HTS-field, Hole 18-O	Nizhne-Koshelevskie fumaroles, hole 2
16	19830000.0	19740000.0
19	80-R	7422.0
20		VVPon
24	20.0
26	2.6
29	1500.0
30	0.41
31	0.046
34	640.0	1.07e-05
35		≥
36	660.0	1.07e-05
38	8.4
39	9.77
40	2.94
44	48000.0
45	1700.0
46	108000.0
47	826000.0
48	14800.0
49	100.0
53	Rozhkov and Verkhovskiy, 1990	DB of GIN RAS

RKK104

Column	Version 1	Version 2
2	52.5333333333	51.3666666667
4	52.0	51.0
5	32.0	22.0
7	158.2	156.641666667
9	158.0	156.0
10	12.0	38.5
11	2.0	01
14	Mutnovskoe HTS-field, Hole 18-T	Nizhne-Koshelevskie fumaroles, hole 3
16	19830000.0	19740000.0
19	86-R	7421.0
20		VVPon
24	17.7
26	17.0
29	12100.0
30	1.89
31	0.189
34	420.0	1.01e-05
35		≥
36	530.0	1.01e-05
38	1.2
39	9.97
40	2.95
44	4900.0
45	238000.0
46	730000.0
47	14200.0
48	800.0
49	100.0
53	Rozhkov and Verkhovskiy, 1990	DB of GIN RAS

RKK105

Column	Version 1	Version 2
2	52.5333333333	51.3666666667
4	52.0	51.0
5	32.0	22.0
7	158.2	156.641666667
9	158.0	156.0
10	12.0	38.5
11	2.0	02
14	Mutnovskoe HTS-field, Hole V-2	Nizhne-Koshelevskie fumaroles, hole 9
16	19810000.0	19810800.0
19	57-R
24	31.5	6.81e-05
26	3.5	9e-07
29	3300.0	0.0015
30	0.767	3.17e-07
31	0.0873	3.51e-08
34	860.0	9.8e-06
36	880.0	9.8e-06
38	10.1	87.8
39	10.0
40	2.89
42		299.0
44	78300.0	0.0001
45	100.0	0.0005
46	183000.0	0.129
47	712000.0	0.513
48	23400.0	0.356
49	100.0	0.0001
52		[CH4]=[CH4+heavy HCs]

RKK106

Column	Version 1	Version 2
2	52.533	51.3666666667
4	52.0	51.0
5	31.98	22.0
7	158.2	156.641666667
9	158.0	156.0
10	12.0	38.5
11	7.0	02
14	Mutnovskoe HTS-field, well 1	Nizhne-Koshelevskie fumaroles, Teploye Lake
19	39.0	11-R
21	W	G/S
22		49.0
23	270 c
24	4.1	5.89e-05
26		4.1e-06
29	400.0	0.0097
32	4.2
34	588.0	6.9e-06
36	604.192771084	7e-06
38	8.6	15.8
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.0001
45		0.0022
46	20000.0	0.483
47	970000.0	0.262
48	10000.0	0.243
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK107

Column	Version 1	Version 2
2	52.533	51.3666666667
4	52.0	51.0
5	31.98	22.0
7	158.2	156.641666667
9	158.0	156.0
10	12.0	38.5
11	7.0	02
14	Mutnovskoe HTS-field, well V1	Nizhne-Koshelevskie fumaroles, Teploye Lake, spring
19	39.0	65-R
21	W	G/S
22		38.0
23	240 c
24	16.0	4.18e-05
26		3.2e-06
29	1600.0	0.0028
30		5.1e-07
31		5e-08
32	4.7
34	658.0	6.4e-06
36	665.507246377	6.5e-06
38	21.0	14.5
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.0001
45		0.0062
46	71000.0	0.194
47	915000.0	0.682
48	4200.0	0.115
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK108

Column	Version 1	Version 2
2	52.533	52.95
5	31.98	57.0
7	158.2	158.283
10	12.0	17.0
11	7.0	07
14	Mutnovskoe HTS-field, well V14	Nizhne-Paratunka Spr.
16	19810800.0	19830300.0
19	39.0	25.0
21	W	G/S
22		60.0
23	242 c
24	32.0	4.8e-05
29	3300.0	0.0169
32	6.3	3.5
34	882.0	4.9e-06
36	904.948453608	5.28888888889e-06
38	10.0	3.0
46	183000.0	0.975
47	812000.0	0.002
48	23000.0	0.008

RKK109

Column	Version 1	Version 2
2	52.533	52.95
5	31.98	57.0
7	158.2	158.283333333
10	12.0	17.0
11	7.0	03
14	Mutnovskoe HTS-field, well V16	Nizhne-Paratunskie Spr., hole GK-1
15		<
16	19830800.0	19730000.0
17		920.0
18		40.0
19	39.0	9257.0
21	W	G/H
22		82.5
23	243 c
24	6.0	4.8e-05
26		1.6e-05
29	300.0	0.0169
32	6.3
34	882.0	6.9e-06
36	892.258064516	7.5e-06
37		3.0
38	22.0
42		305.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	[Ar]=[Ar+Kr+Xe]
46	30000.0	0.973
47	940000.0	0.002
48	8300.0	0.008
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK110

Column	Version 1	Version 2
2	52.533	52.95
5	31.98	57.0
7	158.2	158.283333333
10	12.0	17.0
11	7.0	02
14	Mutnovskoe HTS-field, well V2	Nizhne-Paratunskie Spr., th. bath
16	19830800.0	19820300.0
19	39.0	33-R
21	W	G/S
22		60.0
23	241 c
24	26.0	7e-05
26		1.29e-05
29	11000.0	0.0142
30		2.07e-06
31		2.62e-07
32	6.7
34	938.0	6.5e-06
36	972.2	6.8e-06
38	7.3	6.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.0001
45		0.0348
46	660000.0	0.941
47	330000.0	0.005
48	20000.0	0.005
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK111

Column	Version 1	Version 2
2	53.517	52.95
4	53.0	52.0
5	31.02	57.0
7	154.733	158.283333333
9	154.0	158.0
10	43.98	17.0
11	7.0	01
14	Nalachevo Spr.	Nizhne-Paratunskie Spr., th. bath
16	19830400.0	19710000.0
19	18.0	71GIN-B
20		VAI
21	S	G/S
22	72.0
23	b
24	16.0
29	400.0
32	5.6
34	784.0	8.7e-06
35		≥
36	825.106382979	8.7e-06
38	5.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46	42000.0
47	950000.0
48	3200.0
53	Taran, 2009	DB of GIN RAS

RKK112

Column	Version 1	Version 2
2	53.5166666667	55.1333333333
4	53.0	55.0
5	31.0	8.0
7	158.733333333	160.083333333
9	158.0	160.0
10	44.0	5.0
11	2.0	02
14	Nalachevo Spr.	Nizhne-Shchapinskie Spr.
16	19830000.0	19840800.0
22	75.0	38.0
24	16.3	5.5e-06
26	3.7	4.1e-06
29	3400.0	0.0003
30	0.642	6.5e-08
31	0.0579	7.9e-09
34	780.0	5.3e-06
36	830.0	6.3e-06
38	4.9	1.5
44	200.0	0.0001
45	10400.0	0.0796
46	176000.0	0.374
47	807000.0	0.546
48	3200.0	0.0001
49	100.0	0.0001
52		[CH4]=[CH4+heavy HCs]

RKK113

Column	Version 1	Version 2
2	53.5166666667	52.617
4	53.0	52.0
5	31.0	37.0
7	158.733333333	158.283
10	44.0	17.0
11	3.0	07
14	Nalachevo Spr., hole 1	Nizhne-Zhirovskie Spr.
15	<
16	19730000.0	19820800.0
19	72-45	32.0
21	G/H	G/S
22		100.0
24		2.7e-05
29	410.0	0.0166
32		3.6
34	800.0	5.04e-06
36	800.0	5.64666666667e-06
38		2.1
43	Ar=[Ar+Kr+Xe]	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	1000.0
45	3000.0
46	156000.0	0.819
47	834000.0	0.102
48	6500.0	0.0132
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Taran, 2009

RKK114

Column	Version 1	Version 2
2	55.0666666667	52.6166666667
4	55.0	52.0
5	4.0	37.0
7	161.883333333	158.283333333
9	161.0	158.0
10	53.0	17.0
11	2.0	01
14	Nizhne-Chazhminskie Spr.	Nizhne-Zhirovskie Spr.
16	19840000.0	19770000.0
19		1-77
22	54.0
29	13700.0
30	0.065
31	0.0079
34	750.0	7.1e-06
35	>=	≥
36	750.0	7.1e-06
44	100.0
45	100.0
46	985000.0
47	1200.0
48	100.0
49	100.0
53	Rozhkov and Verkhovskiy, 1990	DB of GIN RAS

RKK115

Column	Version 1	Version 2
2	54.4333333333	52.6166666667
4	54.0	52.0
5	26.0	37.0
7	160.133333333	158.283333333
9	160.0	158.0
10	8.0	17.0
11	1.0	02
14	Nizhne-Geyzernye Spr.	Nizhne-Zhirovskie Spr.
16		19820800.0
19	9532	39-R
22		98.0
24	40.0	2.69e-05
26		1.41e-05
29	6000.0	0.0166
30		3.64e-06
31		4.47e-07
34	880.0	3.4e-06
36	950.0	3.8e-06
38		2.1
39		9.91
40		0.0298
44		0.0004
45		0.0498
46		0.819
47		0.102
48		0.0122
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	DB of GIN RAS .	Rozhkov and Verkhovskiy, 1990

RKK116

Column	Version 1	Version 2
2	51.3666666667	52.4833333333
4	51.0	52.0
5	22.0	29.0
7	156.641666667	158.2
9	156.0	158.0
10	38.5	12.0
11	1.0	02
14	Nizhne-Koshelevskie fumaroles	North-Mutnovskie fumaroles, East group
16	1977000.0	19820800.0
19	28-77	44-R,48-R
20	EAVak
21	G/F	G/S
22		94.0
24		1.66e-05
26		5.4e-06
29		0.0011
30		2.29e-07
31		2.9e-08
34	630.0	7.8e-06
35	>=
36	630.0	9e-06
38		3.4
39		9.88
40		0.0293
44		0.0988
45		0.0001
46		0.0718
47		0.735
48		0.0372
49		0.0561
52		[CH4]=[CH4+heavy HCs]
53	DB of GIN RAS .	Rozhkov and Verkhovskiy, 1990

RKK117

Column	Version 1	Version 2
2	51.3666666667	52.4833333333
4	51.0	52.0
5	22.0	29.0
7	156.641666667	158.2
9	156.0	158.0
10	38.5	12.0
11	7.0	01
14	Nizhne-Koshelevskie fumaroles	North-Mutnovskie fumaroles, East group
16	19780800.0
19	53/52	48-R
21	F	G/F
22	100.0
23	98 d
29	3400.0
32	5.2
34	728.0	6.5e-06
35		≥
36	744.485981308	6.5e-06
38	11.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46	321000.0
47	392000.0
48	282000.0
53	Taran, 2009	DB of GIN RAS

RKK118

Column	Version 1	Version 2
2	51.3666666667	52.5166666667
4	51.0	52.0
5	22.0	31.0
7	156.641666667	158.183333333
9	156.0	158.0
10	38.5	11.0
11	7.0	01
14	Nizhne-Koshelevskie fumaroles	North-Mutnovskie fumaroles, West group
16	10810800.0	19780000.0
19	52.0	TM-27/78
21		G/S
23	98 a
24	39.0
29	900.0
32	7.1
34	994.0	8.4e-06
35		≥
36	999.48608137	8.4e-06
38	47.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46	77000.0
47	781000.0
48	136000.0
53	Taran, 2009	DB of GIN RAS

RKK119

Column	Version 1	Version 2
2	51.3666666667	52.5166666667
4	51.0	52.0
5	22.0	31.0
7	156.641666667	158.183333333
9	156.0	158.0
10	38.5	11.0
11	7.0	02
14	Nizhne-Koshelevskie fumaroles	North-Mutnovskie fumaroles, West group
16	19830800.0	19810800.0
19	37.0	15-R
21	F	G/S
22	100.0	78.0
23	c
24	17.0	1.29e-05
26		2.1e-06
29	1100.0	0.001
30		1.55e-07
31		1.87e-08
32	6.5
34	910.0	8.3e-06
36	984.516129032	8.6e-06
38	3.4	6.7
39		9.91
40		0.0294
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.143
45		0.0001
46	72000.0	0.0682
47	900000.0	0.766
48	37000.0	0.012
49		0.008
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK120

Column	Version 1	Version 2
2	51.3666666667	52.5166666667
4	51.0	52.0
5	22.0	31.0
7	156.641666667	158.183333333
9	156.0	158.0
10	38.5	11.0
11	2.0	07
14	Nizhne-Koshelevskie fumaroles, Teploye Lake	North-Mutnovskie fumaroles, West group
16	19810000.0	19830800.0
19	11-R	36.0
21	G/S	G/F
22	49.0	100.0
24	58.9	1.3e-05
26	4.1
29	9400.0	0.001
32		6.2
34	690.0	8.68e-06
36	700.0	9.02125e-06
38	15.8	6.7
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	100.0
45	2200.0
46	483000.0	0.068
47	262000.0	0.866
48	243000.0	0.012
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK121

Column	Version 1	Version 2
2	51.3666666667	51.967
5	22.0	58.02
7	156.641666667	156.5
10	38.5	30.0
11	2.0	07
14	Nizhne-Koshelevskie fumaroles, "Kipyashchiy" spring	Opala River Spr.
16	19780000.0
19	12-R	44.0
22	98.0	12.0
24	58.3	9e-06
26	5.7
29	3400.0	0.0056
30	0.564
31	0.0557
32		1.3
34	730.0	1.82e-06
36	750.0	2.78923076923e-06
38	11.4	0.43
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	200.0
45	1400.0
46	321000.0	0.231
47	392000.0	0.032
48	282000.0	0.732
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK122

Column	Version 1	Version 2
2	51.3666666667	51.9666666667
5	22.0	58.0
7	156.641666667	156.5
10	38.5	30.0
11	2.0	03
14	Nizhne-Koshelevskie fumaroles, hole 1	Opala river, left bank, 2nd lake
15		<
16	19810000.0	19730000.0
19	26-R	9357.0
21	G/H	G/lake
22	92.0	18.0
24	39.2
26	0.8
29	900.0	0.0043
30	0.198
31	0.0235
34	700.0	1.43e-06
35		≥
36	700.0	1.43e-06
37		0.25
38	55.0
42		304.0
43		[Ar]=[Ar+Kr+Xe]
44	3600.0
45	100.0	0.006
46	77300.0	0.23
47	781000.0	0.032
48	136000.0	0.732
49	1200.0
50		-61.1
51		-7.7
52		CO2=[CO2+H2S]
53	Rozhkov and Verkhovskiy, 1990	Kamenskiy et al., 1976

RKK123

Column	Version 1	Version 2
2	51.3666666667	51.9666666667
5	22.0	58.0
7	156.641666667	156.5
10	38.5	30.0
11	1.0	03
14	Nizhne-Koshelevskie fumaroles, hole 1	Opala river, left bank,1st lake
15		<
16	19770000.0	19730000.0
19	27-77	9355.0
20	EAVak
21	G/H	G/lake
22		5.0
29		0.0056
34	1000.0	1.75e-06
35	>=
36	1000.0	2.3e-06
37		0.43
43		[Ar]=[Ar+Kr+Xe]
45		0.002
46		0.231
47		0.028
48		0.739
50		-62.1
51		-3.8
52		CO2=[CO2+H2S]
53	DB of GIN RAS .	Kamenskiy et al., 1976

RKK124

Column	Version 1	Version 2
2	51.3666666667	51.9666666667
5	22.0	58.0
7	156.641666667	156.5
10	38.5	30.0
11	3.0	03
14	Nizhne-Koshelevskie fumaroles, hole 1	Opala volcano caldera, spring
19	73-38	9361.0
21	G/H	G/S
22		18.0
29		0.0016
34	870.0	8.9e-06
35	>=
36	870.0	9e-06
37		25.0
43		[Ar]=[Ar+Kr+Xe]
46		0.079
47		0.569
48		0.35
50	-28.8	-36.5
51	1.2	-8.4
52		CO2=[CO2+H2S]

RKK125

Column	Version 1	Version 2
2	51.3666666667	51.9666666667
5	22.0	58.0
7	156.641666667	156.5
10	38.5	30.0
11	2.0	03
14	Nizhne-Koshelevskie fumaroles, hole 10	Opala volcano, spr. on the pass
15		<
16	19810000.0	19730000.0
19	41-R	7954.0
21	G/H	G/S
22	98.0	12.0
24	51.8
26	1.2
29	2600.0	0.0069
30	0.607
31	0.0678
34	900.0	1.75e-06
36	900.0	2.9e-06
37		0.33
38	44.3
42		321.0
43		[Ar]=[Ar+Kr+Xe]
44	31800.0
45	23500.0	0.007
46	160000.0	0.478
47	597000.0	0.034
48	185000.0	0.481
49	100.0
52		CO2=[CO2+H2S]
53	Rozhkov and Verkhovskiy, 1990	Kamenskiy et al., 1976

RKK126

Column	Version 1	Version 2
2	51.3666666667	52.45
4	51.0	52.0
5	22.0	27.0
7	156.641666667	157.733333333
9	156.0	157.0
10	38.5	44.0
11	1.0	01
14	Nizhne-Koshelevskie fumaroles, hole 2	Opalskie Spr.
16	19740000.0
19	7422.0	7428
20	VVPon
21	G/H	G/S
34	1070.0	6.1e-06
35	>=	≥
36	1070.0	6.1e-06
53	DB of GIN RAS .	DB of GIN RAS

RKK127

Column	Version 1	Version 2
2	51.3666666667	52.45
4	51.0	52.0
5	22.0	27.0
7	156.641666667	157.733333333
9	156.0	157.0
10	38.5	44.0
11	1.0	02
14	Nizhne-Koshelevskie fumaroles, hole 3	Opalskie Spr.
16	19740000.0	19830300.0
19	7421.0	100-R
20	VVPon
21	G/H	G/S
22		76.0
24		4.38e-05
26		3.82e-05
29		0.0149
30		2.95e-06
31		2.87e-07
34	1010.0	5.8e-06
35	>=
36	1010.0	7.2e-06
38		1.3
39		9.91
40		0.0292
44		0.0001
45		0.0013
46		0.968
47		0.0039
48		0.0119
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	DB of GIN RAS .	Rozhkov and Verkhovskiy, 1990

RKK128

Column	Version 1	Version 2
2	51.3666666667	52.45
4	51.0	52.0
5	22.0	27.0
7	156.641666667	157.733
9	156.0	157.0
10	38.5	44.0
11	2.0	07
14	Nizhne-Koshelevskie fumaroles, hole 9	Opalskie Spr.
16	19810000.0	19830300.0
19		40.0
21	G/H	G/S
22		83.0
24	68.1	3.6e-05
26	0.9
29	1500.0	0.0149
30	0.317
31	0.0351
32		4.2
34	980.0	5.88e-06
36	980.0	7.224e-06
38	87.8	1.3
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	100.0
45	500.0
46	129000.0	0.968
47	513000.0	0.0039
48	356000.0	0.012
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK129

Column	Version 1	Version 2
2	51.3666666667	52.45
4	51.0	52.0
5	22.0	27.0
7	156.641666667	157.733333333
9	156.0	157.0
10	38.5	44.0
11	2.0	01
14	Nizhne-Koshelevskie fumaroles, spring	Opalskie Spr.
16	19810000.0
19	65-R	9361
22	38.0	11.0
24	41.8	3e-05
26	3.2
29	2800.0	0.00158
30	0.51
31	0.05
34	640.0	8.9e-06
36	650.0	9.1e-06
38	14.5
44	100.0
45	6200.0
46	194000.0
47	682000.0
48	115000.0
49	100.0
53	Rozhkov and Verkhovskiy, 1990	DB of GIN RAS

RKK130

Column	Version 1	Version 2
2	52.95	58.8333333333
4	52.0	58.0
5	57.0	50.0
7	158.283	161.333333333
9	158.0	161.0
10	17.0	20.0
11	7.0	01
14	Nizhne-Paratunka Spr.	Palana Spr.
16	19830300.0	19760000.0
19	25.0	7684.0
21	W	G/S
22	60.0
23	a
24	48.0
29	16900.0
32	3.5
34	490.0	5.9e-06
35		≥
36	528.888888889	5.9e-06
38	3.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46	975000.0	0.99
47	2000.0
48	8000.0
53	Taran, 2009	DB of GIN RAS

RKK131

Column	Version 1	Version 2
2	52.95	51.4666666667
4	52.0	51.0
5	57.0	28.0
7	158.283333333	156.816666667
9	158.0	156.0
10	17.0	49.0
11	3.0	02
14	Nizhne-Paratunskie Spr., hole GK-1	Pauzhetka HTS-field
15	<
16	19730000.0	19810800.0
17	920.0
18	40.0
19	9257.0	19-R;30-R
21	G/H	G/S
22	82.5	85.0
24	48.0	3.29e-05
26	16.0	3.83e-05
29	16900.0	0.0119
30		1.39e-06
31		1.09e-07
34	690.0	6.2e-06
36	750.0	8.4e-06
37	3.0
38		0.95
42	305.0
43	Ar=[Ar+Kr+Xe]
44	0.0	0.0043
45	0.0	0.0038
46	973000.0	0.782
47	2000.0	0.18
48	8000.0	0.018
49		0.0001
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]
53	Kamenskiy et al., 1976	Rozhkov and Verkhovskiy, 1990

RKK132

Column	Version 1	Version 2
2	52.95	51.4666666667
4	52.0	51.0
5	57.0	28.0
7	158.283333333	156.816666667
9	158.0	156.0
10	17.0	49.0
11	2.0	07
14	Nizhne-Paratunskie Spr., th. bath	Pauzhetka HTS-field,
16	19820000.0	19810800.0
19	33-R	50.0
21	G/S	G/F
22	60.0
24	70.0	3.4e-05
26	12.9
29	14200.0	0.0055
30	2.07
31	0.262
32		7.6
34	650.0	1.064e-05
36	680.0	1.11263157895e-05
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	100.0
45	34800.0
46	941000.0	0.274
47	5000.0	0.000561
48	5000.0	0.123
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK133

Column	Version 1	Version 2
2	52.95	51.4666666667
4	52.0	51.0
5	57.0	28.0
7	158.283333333	156.816666667
9	158.0	156.0
10	17.0	49.0
11	1.0	01
14	Nizhne-Paratunskie Spr., th. bath	Pauzhetka HTS-field, hole 111
16	19710000.0	19770000.0
19	71GIN-B	42-77
20	VAI	EAVak
21	G/S	G/H
34	870.0	1.03e-05
35	>=	≥
36	870.0	1.03e-05
53	DB of GIN RAS .	DB of GIN RAS

RKK134

Column	Version 1	Version 2
2	55.1333333333	51.4666666667
4	55.0	51.0
5	8.0	28.0
7	160.083333333	156.816666667
9	160.0	156.0
10	5.0	49.0
11	2.0	01
14	Nizhne-Shchapinskie Spr.	Pauzhetka HTS-field, hole 112
16	19840000.0	19770000.0
19		18-77
20		EAVak
21	G/S	G/H
22	38.0
24	5.5
26	4.1
29	300.0
34	530.0	5.3e-06
35		≥
36	630.0	5.3e-06
38	1.5
44	100.0
45	79600.0
46	374000.0
47	546000.0
48	100.0
49	100.0
53	Rozhkov and Verkhovskiy, 1990	DB of GIN RAS

RKK135

Column	Version 1	Version 2
2	52.617	51.4666666667
4	52.0	51.0
5	37.0	28.0
7	158.283	156.816666667
9	158.0	156.0
10	17.0	49.0
11	7.0	03
14	Nizhne-Zhirovskie Spr.	Pauzhetka HTS-field, hole 15
15		<
16	19820800.0	19730000.0
19	32.0	9507.0
21	S	G/H
22	100.0
23	c
24	27.0	1.91e-05
26		3.8e-06
29	16600.0	0.00686
32	3.6
34	504.0	9.06e-06
36	564.666666667	9.4e-06
37		5.0
38	2.1
42		296.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	[Ar]=[Ar+Kr+Xe]
46	819000.0
47	102000.0	0.613
48	13200.0
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK136

Column	Version 1	Version 2
2	52.6166666667	51.4666666667
4	52.0	51.0
5	37.0	28.0
7	158.283333333	156.816666667
9	158.0	156.0
10	17.0	49.0
11	1.0	03
14	Nizhne-Zhirovskie Spr.	Pauzhetka HTS-field, hole 20
15		<
16	19770000.0	19730000.0
17		446.0
19	1-77	9506.0
21	G/S	G/H
24		1.19e-05
26		1.9e-06
29		0.00291
34	710.0	8.2e-06
35	>=
36	710.0	8.5e-06
37		6.2
42		298.0
43		[Ar]=[Ar+Kr+Xe]
44		0.028
46		0.128
47		0.823
48		0.025
50		-17.0
52		CO2=[CO2+H2S]
53	DB of GIN RAS .	Kamenskiy et al., 1976

RKK137

Column	Version 1	Version 2
2	52.6166666667	51.4666666667
4	52.0	51.0
5	37.0	28.0
7	158.283333333	156.816666667
9	158.0	156.0
10	17.0	49.0
11	2.0	07
14	Nizhne-Zhirovskie Spr.	Pauzhetka HTS-field, hole 20/19
16	19820000.0	19810800.0
19	39-R	50.0
21	G/S	G/H
22	98.0	205.0
24	26.9	1.2e-05
26	14.1
29	16600.0	0.0029
30	3.64
31	0.447
32		6.1
34	340.0	8.54e-06
36	380.0	8.91578947368e-06
38	2.1	6.0
39	9.91
40	2.98
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	400.0
45	49800.0
46	819000.0	0.128
47	102000.0	0.823
48	12200.0	0.025
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK138

Column	Version 1	Version 2
2	52.4833333333	51.4666666667
4	52.0	51.0
5	29.0	28.0
7	158.2	156.816666667
9	158.0	156.0
10	12.0	49.0
11	2.0	02
14	North-Mutnovskie fumaroles, East group	Pauzhetka HTS-field, Hole K-18
16	19820000.0	19810800.0
19	44-R,48-R
21	G/S	G/H
22	94.0	105.0
24	16.6	1.85e-05
26	5.4	2.11e-05
29	1100.0	0.013
30	0.229	1.81e-06
31	0.029	1.99e-07
34	780.0	4e-06
36	900.0	5.3e-06
38	3.4	0.97
39	9.88
40	2.93
42		295.0
44	98800.0	0.0001
45	100.0	0.0049
46	71800.0	0.733
47	735000.0	0.24
48	37200.0	0.009
49	56100.0	0.0001
52		[CH4]=[CH4+heavy HCs]

RKK139

Column	Version 1	Version 2
2	52.4833333333	51.4666666667
4	52.0	51.0
5	29.0	28.0
7	158.2	156.816666667
9	158.0	156.0
10	12.0	49.0
11	1.0	07
14	North-Mutnovskie fumaroles, East group	Pauzhetka HTS-field, spring
16		19810800.0
19	48-R	49.0
21	G/F	G/S
22		100.0
24		1.9e-05
29		0.0119
32		4.5
34	650.0	6.3e-06
35	>=
36	650.0	8.67096774194e-06
38		0.92
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46		0.79
47		0.18
48		0.018
53	DB of GIN RAS .	Taran, 2009

RKK140

Column	Version 1	Version 2
2	52.5166666667	53.05
4	52.0	53.0
5	31.0	3.0
7	158.183333333	158.717
10	11.0	43.02
11	1.0	07
14	North-Mutnovskie fumaroles, West group	Petropavlovsk
16	19780000.0	19880200.0
19	TM-27/78	24.0
21	G/S	G/H
22		30.0
24		0.000107
29		0.006
32		3.1
34	840.0	4.34e-06
35	>=
36	840.0	4.3443087445e-06
38		205.0
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46		0.407
47		0.0032
48		0.589
53	DB of GIN RAS .	Taran, 2009

RKK141

Column	Version 1	Version 2
2	52.5166666667	53.05
4	52.0	53.0
5	31.0	3.0
7	158.183333333	158.716666667
10	11.0	43.0
11	2.0	02
14	North-Mutnovskie fumaroles, West group	Petropavlovsk-Kamchatskiy
16	19810000.0	19880200.0
19	15-R
21	G/S
22	78.0
24	12.9	0.000107
26	21.0	5e-07
29	1000.0	0.0006
30	0.155	1.16e-07
31	0.0187	1.18e-08
34	830.0	4.4e-06
36	860.0	4.4e-06
38	6.7	205.0
39	9.91
40	2.94
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	143000.0	0.0001
45	100.0	0.0001
46	68200.0	0.407
47	766000.0	0.0032
48	12000.0	0.589
49	8000.0	0.0001
52		[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]

RKK142

Column	Version 1	Version 2
2	52.5166666667	53.283
4	52.0	53.0
5	31.0	17.0
7	158.183333333	158.4
10	11.0	24.0
11	7.0	07
14	North-Mutnovskie fumaroles, West group	Pinachevo Spr., hole #GK-1
16	19830800.0	19820100.0
19	36.0	22.0
21	F	G/H
22	100.0	36.0
23	c
24	13.0	0.000171
29	1000.0	0.0011
32	6.2	2.6
34	868.0	3.64e-06
36	902.125	3.64184261036e-06
38	6.7	365.0
46	68000.0	0.147
47	866000.0	0.0017
48	12000.0	0.85

RKK143

Column	Version 1	Version 2
2	58.8333333333	53.2833333333
4	58.0	53.0
5	50.0	17.0
7	161.333333333	158.4
9	161.0	158.0
10	20.0	24.0
11	1.0	02
14	Palana Spr.	Pinachevskie Spr., hole GK-1
16	19760000.0	19820100.0
19	7684.0	34-R
21	G/S	G/H
22		26.0
24		0.000171
26		5e-07
29		0.0011
30		2.19e-07
31		2.23e-08
34	590.0	3.6e-06
35	>=
36	590.0	3.6e-06
38		365.0
39		10.2
40		0.0274
42		307.0
44		0.00011
45		0.0001
46	990000.0	0.147
47		0.0017
48		0.85
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	DB of GIN RAS .	Rozhkov and Verkhovskiy, 1990

RKK144

Column	Version 1	Version 2
2	51.4666666667	53.2833333333
4	51.0	53.0
5	28.0	17.0
7	156.816666667	158.4
9	156.0	158.0
10	49.0	24.0
11	2.0	01
14	Pauzhetka HTS-field	Pinachevskie Spr., hole GK-1
16	19810000.0
17		617.0
19	19-R;30-R	9401.0
21	G/S	G/H
22	85.0	22.0
24	32.9	0.0001
26	38.3
29	11900.0	0.0025
30	1.39
31	0.109
34	620.0	4.9e-06
36	840.0	4.95e-06
38	0.95
44	4300.0
45	3800.0	0.003
46	782000.0	0.242
47	180000.0	0.011
48	18000.0	0.744
49	100.0
52		[CO2]=[CO2]+[H2S]
53	Rozhkov and Verkhovskiy, 1990	DB of GIN RAS

RKK145

Column	Version 1	Version 2
2	51.4666666667	53.25
4	51.0	53.0
5	28.0	15.0
7	156.816666667	158.4
9	156.0	158.0
10	49.0	24.0
11	7.0	02
14	Pauzhetka HTS-field,	Pinachevskie Spr., Ketkino prosp. area, hole 1
16	19810800.0	19861100.0
19	50.0
21	F	G/H
23	99 a
24	34.0	0.000208
26		3e-06
29	5500.0	0.0033
30		5.58e-07
31		4.88e-08
32	7.6
34	1064.0	5.1e-06
36	1112.63157895	5.1e-06
38	6.0	73.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.0003
45		0.0888
46	274000.0	0.341
47	561.0	0.0024
48	123000.0	0.563
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK146

Column	Version 1	Version 2
2	51.4666666667	58.5333333333
4	51.0	58.0
5	28.0	32.0
7	156.816666667	161.25
9	156.0	161.0
10	49.0	15.0
11	1.0	02
14	Pauzhetka HTS-field, hole 111	Rusakovskie Spr.
16	19770000.0	19850600.0
19	42-77
20	EAVak
21	G/H	G/S
22		70.0
24		7.12e-05
26		1.74e-05
29		0.0147
30		2.27e-06
31		2.09e-07
34	1030.0	8.6e-06
35	>=
36	1030.0	9.1e-06
38		4.53
44		0.0001
45		0.0001
46		0.979
47		0.0047
48		0.0016
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	DB of GIN RAS .	Rozhkov and Verkhovskiy, 1990

RKK147

Column	Version 1	Version 2
2	51.4666666667	58.5333333333
4	51.0	58.0
5	28.0	32.0
7	156.816666667	161.25
9	156.0	161.0
10	49.0	15.0
11	1.0	07
14	Pauzhetka HTS-field, hole 112	Rusakovsky Spr.
16	19770000.0	19850600.0
19	18-77	2.0
20	EAVak
21	G/H	G/S
22		75.0
24		7.1e-05
29		0.0147
32		6.2
34	530.0	8.68e-06
35	>=
36	530.0	9.2e-06
38		4.5
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46		0.979
47		0.004
48		0.0016
53	DB of GIN RAS .	Taran, 2009

RKK148

Column	Version 1	Version 2
2	51.4666666667	52.2416666667
4	51.0	52.0
5	28.0	14.5
7	156.816666667	157.333333333
9	156.0	157.0
10	49.0	20.0
11	3.0	07
14	Pauzhetka HTS-field, hole 15	Savanskie Spr.
15	<
16	19730000.0	19680701.0
19	9507.0	41.0
21	G/H	G/S
22		75.0
24	19.1	0.00017
26	3.8
29	6860.0	0.002
32		4.4
34	906.0	6.16e-06
36	940.0	6.21781376518e-06
37	5.0
38		25.0
42	296.0
43	Ar=[Ar+Kr+Xe]	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
45	0.0
46		0.212
47	613000.0	0.017
48		0.788
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Taran, 2009

RKK149

Column	Version 1	Version 2
2	51.4666666667	52.2416666667
4	51.0	52.0
5	28.0	14.5
7	156.816666667	157.333333333
9	156.0	157.0
10	49.0	20.0
11	3.0	07
14	Pauzhetka HTS-field, hole 20	Savanskie Spr.
15	<
16	19730000.0	19680701.0
17	446.0
19	9506.0	41.0
21	G/H	G/S
24	11.9	0.00011
26	1.9
29	2910.0	0.0028
32		5.1
34	820.0	7.14e-06
36	850.0	7.20971659919e-06
37	6.2
38		25.0
42	298.0
43	Ar=[Ar+Kr+Xe]	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	28000.0
45	0.0
46	128000.0	0.179
47	823000.0	0.009
48	25000.0	0.803
50	-17.0
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Taran, 2009

RKK150

Column	Version 1	Version 2
2	51.4666666667	52.2416666667
4	51.0	52.0
5	28.0	14.5
7	156.816666667	157.333333333
9	156.0	157.0
10	49.0	20.0
11	7.0	03
14	Pauzhetka HTS-field, hole 20/19	Savanskie Spr., dry gas issue
15		<
16	19810800.0	19730000.0
19	50.0	9367.0
21	W	G/seep
22	205.0
23	195 ab
24	12.0
29	2900.0	0.0021
32	6.1
34	854.0	6.05e-06
36	891.578947368	6.1e-06
37		25.0
38	6.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	[Ar]=[Ar+Kr+Xe]
46	128000.0	0.209
47	823000.0	0.017
48	25000.0	0.759
50		-38.2
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK151

Column	Version 1	Version 2
2	51.4666666667	52.2416666667
4	51.0	52.0
5	28.0	14.5
7	156.816666667	157.333333333
9	156.0	157.0
10	49.0	20.0
11	2.0	03
14	Pauzhetka HTS-field, Hole K-18	Savanskie Spr., dry gas issue
15		<
16	19810000.0	19730000.0
19		9371.0
21	G/H	G/seep
22	105.0
24	18.5
26	21.1
29	13000.0	0.0019
30	1.81
31	0.199
34	400.0	6.5e-06
36	530.0	6.6e-06
37		25.0
38	0.97
42	295.0
43		[Ar]=[Ar+Kr+Xe]
44	100.0
45	4900.0
46	733000.0	0.212
47	240000.0
48	9000.0	0.788
49	100.0
50		-38.6
52		CO2=[CO2+H2S]
53	Rozhkov and Verkhovskiy, 1990	Kamenskiy et al., 1976

RKK152

Column	Version 1	Version 2
2	51.4666666667	52.2416666667
4	51.0	52.0
5	28.0	14.5
7	156.816666667	157.333333333
9	156.0	157.0
10	49.0	20.0
11	7.0	03
14	Pauzhetka HTS-field, spring	Savanskie Spr., spring
15		<
16	19810800.0	19730000.0
19	49.0	9368.0
22	100.0	66.0
23	85 ab
24	19.0
29	11900.0	0.0027
32	4.5
34	630.0	7.05e-06
36	867.096774194	7.15e-06
37		25.0
38	0.92
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	[Ar]=[Ar+Kr+Xe]
45		0.007
46	790000.0	0.179
47	180000.0	0.009
48	18000.0	0.803
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK153

Column	Version 1	Version 2
2	53.05	52.2416666667
4	53.0	52.0
5	3.0	14.5
7	158.717	157.333333333
9	158.0	157.0
10	43.02	20.0
11	7.0	01
14	Petropavlovsk	Savanskie Spr., spring 8
16	19880200.0	19770000.0
19	24.0	3-77
20		EAVak
21	W	G/S
22	30.0
23	b
24	107.0
29	6000.0
32	3.1
34	434.0	5.6e-06
35		≥
36	434.43087445	5.6e-06
38	205.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46	407000.0
47	3200.0
48	589000.0
53	Taran, 2009	DB of GIN RAS

RKK154

Column	Version 1	Version 2
2	53.05	51.35
4	53.0	51.0
5	3.0	21.0
7	158.716666667	156.616666667
9	158.0	156.0
10	43.0	37.0
11	2.0	07
14	Petropavlovsk-Kamchatskiy	Sivuchinskie Spr.
16	19880000.0	19810800.0
19		54/53
21		G/S
22		45.0
24	107.0	9.4e-06
26	0.5
29	600.0	0.0004
30	0.0116
31	0.000118
32		4.9
34	440.0	6.86e-06
36	440.0	6.89507494647e-06
38	205.0	47.0
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	100.0
45	100.0
46	407000.0	0.018
47	3200.0	0.865
48	589000.0	0.117
49	100.0
52	CO2=[CO2+H2S]
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK155

Column	Version 1	Version 2
2	53.283	51.35
4	53.0	51.0
5	17.0	21.0
7	158.4	156.616666667
9	158.0	156.0
10	24.0	37.0
11	7.0	01
14	Pinachevo Spr., hole #GK-1	Sivuchinskiy Spr.
16	19820100.0	19770000.0
19	22.0	36-77
21	W	G/S
22	36.0
23	a
24	171.0
29	1100.0
32	2.6
34	364.0	9e-06
35		≥
36	364.184261036	9e-06
38	365.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46	147000.0
47	1700.0
48	850000.0
53	Taran, 2009	DB of GIN RAS

RKK156

Column	Version 1	Version 2
2	53.2833333333	51.35
4	53.0	51.0
5	17.0	21.0
7	158.4	156.616666667
9	158.0	156.0
10	24.0	37.0
11	2.0	02
14	Pinachevskie Spr., hole GK-1	Sivuchinskiy Spr.
16	19820000.0	19810800.0
19	34-R	7-R
21	G/H	G/S
22	26.0	48.0
24	171.0	9.4e-06
26	0.5	2e-07
29	1100.0	0.0004
30	0.219	1.29e-07
31	0.0223	2.24e-08
34	360.0	6.8e-06
36	360.0	6.8e-06
38	365.0	57.0
39	10.2
40	2.74
42	307.0	305.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	110.0	0.0001
45	100.0	0.0001
46	147000.0	0.0176
47	1700.0	0.865
48	850000.0	0.117
49	100.0	0.0001
52		[CH4]=[CH4+heavy HCs]

RKK157

Column	Version 1	Version 2
2	53.2833333333	53.494
5	17.0	29.64
7	158.4	158.99
10	24.0	59.4
11	1.0	02
14	Pinachevskie Spr., hole GK-1	Uzon Caldera, "Dangerous" th. field, spring
16		19820400.0
17	617.0
19	9401.0
21	G/H	G/S
22	22.0	74.0
24	100.0	6e-06
26		7e-07
29	2500.0	0.0007
30		1.35e-07
31		1.33e-08
34	490.0	1.1e-05
36	495.0	1.13e-05
38		8.8
39		9.49
40		0.0278
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	0.0	0.0056
45	3000.0	0.0004
46	242000.0	0.177
47	11000.0	0.745
48	744000.0	0.0703
49		0.001
52	[CO2]=[CO2]+[H2S]	[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]
53	DB of GIN RAS .	Rozhkov and Verkhovskiy, 1990

RKK158

Column	Version 1	Version 2
2	53.25	53.494
5	15.0	29.64
7	158.4	158.99
10	24.0	59.4
11	2.0	07
14	Pinachevskie Spr., Ketkino prosp. area, hole 1	Uzon Caldera, 2d field
16	19860000.0	19820800.0
19		12.0
21	G/H	G/F
22		72.0
24	208.0	5e-06
26	3.0
29	3300.0	0.00031
30	0.558
31	0.0488
32		6.9
34	510.0	9.66e-06
36	510.0	9.80838323353e-06
38	73.0	17.0
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	300.0
45	88800.0
46	341000.0	0.097
47	2400.0	0.875
48	563000.0	0.024
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK159

Column	Version 1	Version 2
2	58.5333333333	53.494
4	58.0	53.0
5	32.0	29.64
7	161.25	158.99
9	161.0	158.0
10	15.0	59.4
11	2.0	06
14	Rusakovskie Spr.	Uzon Caldera, Central fumarole field
16	19850000.0	19681014.0
19		12.0
21	G/S
22	70.0
24	71.2	2.8e-05
26	17.4
29	14700.0	0.00372
30	2.27
31	0.209
34	860.0	9.8e-06
35		≥
36	910.0	9.8e-06
38	4.53
44	100.0
45	100.0
46	979000.0
47	4700.0	0.52
48	1600.0	0.0596
49	100.0
52		[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]
53	Rozhkov and Verkhovskiy, 1990	Tolstikhin et al., 1972

RKK160

Column	Version 1	Version 2
2	58.5333333333	53.494
4	58.0	53.0
5	32.0	29.64
7	161.25	158.99
9	161.0	158.0
10	15.0	59.4
11	7.0	06
14	Rusakovsky Spr.	Uzon Caldera, Central Lake, northern area
16	19850600.0	19681014.0
19	2.0	11.0
21	S
22	75.0
23	a
24	71.0	1e-05
29	14700.0	0.00044
32	6.2
34	868.0	7.8e-06
35		≥
36	920.0	7.8e-06
38	4.5
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46	979000.0
47	4000.0	0.985
48	1600.0
52		[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]
53	Taran, 2009	Tolstikhin et al., 1972

RKK161

Column	Version 1	Version 2
2	52.2416666667	53.494
4	52.0	53.0
5	14.5	29.64
7	157.333333333	158.99
9	157.0	158.0
10	20.0	59.4
11	7.0	03
14	Savanskie Spr.	Uzon Caldera, Eastern th. field, 1st sector, "Blue" spring
15		<
16	1968070.0	19730000.0
19	41.0	9522.0
21	m	G/S
22	75.0	72.0
23	a
24	170.0
29	2000.0	0.000173
32	4.4
34	616.0	8.9e-06
35		≥
36	621.781376518	8.9e-06
38	25.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	[Ar]=[Ar+Kr+Xe]
46	212000.0	0.0072
47	17000.0	0.965
48	788000.0	0.0105
50		-0.34
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK162

Column	Version 1	Version 2
2	52.2416666667	53.494
4	52.0	53.0
5	14.5	29.64
7	157.333333333	158.99
9	157.0	158.0
10	20.0	59.4
11	7.0	03
14	Savanskie Spr.	Uzon Caldera, Eastern th. field, 1st sector, "Upper" spring
15		<
16	1968070.0	19730000.0
19	41.0	9524.0
21	S	G/S
22		62.0
23	66, a
24	110.0	3e-06
26		2.1e-07
29	2800.0	0.00018
32	5.1
34	714.0	9.4e-06
36	720.971659919	9.6e-06
37		14.0
38	25.0
42		297.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	[Ar]=[Ar+Kr+Xe]
44		0.0061
46	179000.0	0.0136
47	9000.0	0.968
48	803000.0	0.0123
50		-24.5
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK163

Column	Version 1	Version 2
2	52.2416666667	53.494
4	52.0	53.0
5	14.5	29.64
7	157.333333333	158.99
9	157.0	158.0
10	20.0	59.4
11	3.0	03
14	Savanskie Spr., dry gas issue	Uzon Caldera, Eastern th. field, 2nd sector, "Central" spring
19	9367.0	9528.0
21	G/seep	G/S
22		95.0
24		5e-06
26		1.2e-06
29	2100.0	0.000752
34	605.0	1.1e-05
36	610.0	1.16e-05
37	25.0	4.9
43	Ar=[Ar+Kr+Xe]	[Ar]=[Ar+Kr+Xe]
44	0.0	0.022
45	0.0
46	209000.0	0.0471
47	17000.0	0.919
48	759000.0	0.0122
50	-38.2

RKK164

Column	Version 1	Version 2
2	52.2416666667	53.494
4	52.0	53.0
5	14.5	29.64
7	157.333333333	158.99
9	157.0	158.0
10	20.0	59.4
11	3.0	03
14	Savanskie Spr., dry gas issue	Uzon Caldera, Eastern th. field, 2nd sector, mud pot
19	9371.0	9515.0
21	G/seep	G/S
22		96.0
24		4.9e-06
26		2.7e-07
29	1900.0	0.000312
34	650.0	1.13e-05
36	660.0	1.14e-05
37	25.0	18.0
42		300.0
43	Ar=[Ar+Kr+Xe]	[Ar]=[Ar+Kr+Xe]
44	0.0	0.028
45	0.0
46	212000.0	0.0188
47	0.0	0.93
48	788000.0	0.0228
50	-38.6	-21.4

RKK165

Column	Version 1	Version 2
2	52.2416666667	53.494
4	52.0	53.0
5	14.5	29.64
7	157.333333333	158.99
9	157.0	158.0
10	20.0	59.4
11	3.0	03
14	Savanskie Spr., spring	Uzon Caldera, Eastern th. field, 2nd sector, spring
19	9368.0	9520.0
22	66.0	76.0
24		4.6e-06
26		2.1e-07
29	2700.0	0.000191
34	705.0	9.1e-06
36	715.0	9.2e-06
37	25.0	22.0
42		294.0
43	Ar=[Ar+Kr+Xe]	[Ar]=[Ar+Kr+Xe]
44	0.0	0.0173
45	7000.0
46	179000.0	0.0167
47	9000.0	0.959
48	803000.0	0.007

RKK166

Column	Version 1	Version 2
2	52.2416666667	53.494
4	52.0	53.0
5	14.5	29.64
7	157.333333333	158.99
9	157.0	158.0
10	20.0	59.4
11	1.0	02
14	Savanskie Spr., spring 8	Uzon Caldera, Eastern th. field, 2nd sector, spring
16	19770000.0	19820400.0
19	3-77
20	EAVak
22		72.0
24		4.5e-06
26		3e-07
29		0.0003
30		6.6e-08
31		8.8e-09
34	560.0	9.6e-06
35	>=
36	560.0	9.7e-06
38		17.1
39		9.88
40		0.03
44		0.0016
45		0.0011
46		0.0971
47		0.875
48		0.0242
49		0.0007
52		[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]
53	DB of GIN RAS .	Rozhkov and Verkhovskiy, 1990

RKK167

Column	Version 1	Version 2
2	51.35	53.494
4	51.0	53.0
5	21.0	29.64
7	156.616666667	158.99
9	156.0	158.0
10	37.0	59.4
11	7.0	03
14	Sivuchinskie Spr.	Uzon Caldera, Eastern th. field, 3d sector, "Jumping" spring
15		<
16	10810800.0	19730000.0
19	54/53	9535.0
21	S	G/S
22	45.0	97.0
23	48 a
24	9.4	3.7e-06
26		6e-08
29	400.0	0.000106
32	4.9
34	686.0	1.04e-05
36	689.507494647	1.04e-05
37		62.0
38	47.0
42		315.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	[Ar]=[Ar+Kr+Xe]
46	18000.0
47	865000.0	0.955
48	117000.0
50		-26.8
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK168

Column	Version 1	Version 2
2	51.35	53.494
4	51.0	53.0
5	21.0	29.64
7	156.616666667	158.99
9	156.0	158.0
10	37.0	59.4
11	1.0	03
14	Sivuchinskiy Spr.	Uzon Caldera, Eastern th. field, 3d sector, "Nata-1" oil seep
15		<
16	19770000.0	19730000.0
19	36-77	9536.0
21	G/S	O/seep
22		95.0
34	900.0	1.085e-05
35	>=	≥
36	900.0	1.085e-05
44		0.023
46		0.0246
47		0.944
48		0.0083
52		CO2=[CO2+H2S]
53	DB of GIN RAS .	Kamenskiy et al., 1976

RKK169

Column	Version 1	Version 2
2	51.35	53.494
4	51.0	53.0
5	21.0	29.64
7	156.616666667	158.99
9	156.0	158.0
10	37.0	59.4
11	2.0	03
14	Sivuchinskiy Spr.	Uzon Caldera, Eastern th. field, 3d sector, "Nata-2" oil seep, hole 9
15		<
16	19810000.0	19730000.0
19	7-R	9540.0
21	G/S
22	48.0	96.0
24	9.4	3.5e-06
26	0.2	2.9e-07
29	400.0	0.000378
30	0.129
31	0.0224
34	680.0	1e-05
36	680.0	1.02e-05
37		12.0
38	57.0
42	305.0	302.0
43		[Ar]=[Ar+Kr+Xe]
44	100.0	0.0231
45	100.0
46	17600.0	0.0209
47	865000.0	0.95
48	117000.0	0.006
49	100.0
52		CO2=[CO2+H2S]
53	Rozhkov and Verkhovskiy, 1990	Kamenskiy et al., 1976

RKK170

Column	Version 1	Version 2
11	2.0	03
14	Uzon Caldera, "Dangerous" th. field, spring	Uzon Caldera, Eastern th. field, 3d sector, "Turbulent" spring
15		<
16	19820000.0	19730000.0
19		9534.0
22	74.0	95.0
24	6.0	4.5e-06
26	0.7	4.5e-07
29	700.0	0.000389
30	0.0135
31	0.000133
34	1100.0	1.075e-05
36	1130.0	1.1e-05
37		10.0
38	8.8
43		[Ar]=[Ar+Kr+Xe]
44	5600.0
45	400.0
46	177000.0
47	745000.0	0.936
48	70300.0
49	1000.0
53	Rozhkov and Verkhovskiy, 1990	Kamenskiy et al., 1976

RKK171

Column	Version 1	Version 2
11	7.0	02
14	Uzon Caldera, 2d field	Uzon Caldera, Fumarole Lake, E beach, spring
16	19820800.0	19820400.0
19	12.0
21	F	G/S
22	72.0	82.0
23	a
24	5.0	2.23e-05
26		9.1e-06
29	310.0	0.00061
30		9.57e-07
31		8.41e-08
32	6.9
34	966.0	6.4e-06
36	980.838323353	7e-06
38	17.0	2.7
39		9.93
40		0.0285
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.0001
45		0.0004
46	97000.0	0.453
47	875000.0	0.484
48	24000.0	0.0565
49		0.0001
52		[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK172

Column	Version 1	Version 2
11	6.0	03
14	Uzon Caldera, Central fumarole field	Uzon Caldera, Fumarole Lake, NE part, gas bubbling
15		<
16	19681014.0	19730000.0
19	12.0	9548.0
21		G/lake
22		30.0
24	28.0
29	3720.0
34	980.0	1e-05
35		≥
36	980.0	1e-05
43	Rcorr=Rme
44		0.0212
45	0.0
46		0.052
47	520000.0	0.905
48	59600.0	0.0218
52	CO2=[CO2]+[H2S], CH4=[CH4]+[HHC]	CO2=[CO2+H2S]
53	Tolstikhin et al., 1972	Kamenskiy et al., 1976

RKK173

Column	Version 1	Version 2
11	6.0	03
14	Uzon Caldera, Central Lake, northern area	Uzon Caldera, Fumarole Lake, northern bay, spring
15		<
16	19681014.0	19730000.0
19	11.0	9551.0
21		G/S
22		57.0
24	10.0	4.9e-06
26		5.1e-06
29	440.0	0.00592
34	780.0	6.36e-06
36	780.0	9e-06
37		0.95
42		295.0
43	Rcorr=Rme	[Ar]=[Ar+Kr+Xe]
44		0.0065
45	0.0
46		0.291
47	985000.0	0.677
48		0.0255
52	CO2=[CO2]+[H2S], CH4=[CH4]+[HHC]	CO2=[CO2+H2S]
53	Tolstikhin et al., 1972	Kamenskiy et al., 1976

RKK174

Column	Version 1	Version 2
11	3.0	03
14	Uzon Caldera, Eastern th. field, 1st sector, "Blue" spring	Uzon Caldera, Fumarole Lake, spring
19	9522.0	9546.0
22	72.0	63.0
24		7.1e-06
26		4.8e-07
29	173.0	0.000502
34	890.0	9.3e-06
35	>=
36	890.0	9.5e-06
37		15.0
43	Ar=[Ar+Kr+Xe]	[Ar]=[Ar+Kr+Xe]
44		0.0197
45	0.0
46	7200.0	0.0388
47	965000.0	0.906
48	10500.0	0.0356
50	-0.34

RKK175

Column	Version 1	Version 2
11	3.0	02
14	Uzon Caldera, Eastern th. field, 1st sector, "Upper" spring	Uzon Caldera, Fumarole Lake, W beach, spring
15	<
16	19730000.0	19820400.0
19	9524.0
22	62.0	55.0
24	3.0	1.55e-05
26	0.21	8e-07
29	180.0	0.0003
30		7.5e-08
31		9.8e-09
34	940.0	1.04e-05
36	960.0	1.05e-05
37	14.0
38		22.2
39		10.1
40		0.0293
42	297.0
43	Ar=[Ar+Kr+Xe]
44	6100.0	0.0048
45	0.0	0.0001
46	13600.0	0.0828
47	968000.0	0.843
48	12300.0	0.066
49		0.003
50	-24.5
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Rozhkov and Verkhovskiy, 1990

RKK176

Column	Version 1	Version 2
11	3.0	06
14	Uzon Caldera, Eastern th. field, 2nd sector, "Central" spring	Uzon Caldera, Middle fumarole field
15	<
16	19730000.0	19681014.0
19	9528.0	9.0
21	G/S
22	95.0
24	5.0	2e-05
26	1.2
29	752.0	0.0017
34	1100.0	5.4e-06
35		≥
36	1160.0	5.4e-06
37	4.9
43	Ar=[Ar+Kr+Xe]
44	22000.0
45	0.0	0.009
46	47100.0
47	919000.0	0.925
48	12200.0
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Tolstikhin et al., 1972

RKK177

Column	Version 1	Version 2
11	3.0	07
14	Uzon Caldera, Eastern th. field, 2nd sector, mud pot	Uzon Caldera, north part
15	<
16	19730000.0	19820800.0
19	9515.0	12.0
21	G/S	G/F
22	96.0	58.0
24	4.9	4e-06
26	0.27
29	312.0	0.0005
32		7.2
34	1130.0	1.008e-05
36	1140.0	1.05368421053e-05
37	18.0
38		6.0
42	300.0
43	Ar=[Ar+Kr+Xe]	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	28000.0
45	0.0
46	18800.0	0.082
47	930000.0	0.859
48	22800.0	0.054
50	-21.4
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Taran, 2009

RKK178

Column	Version 1	Version 2
11	3.0	02
14	Uzon Caldera, Eastern th. field, 2nd sector, spring	Uzon Caldera, Northern sector, spring
15	<
16	19730000.0	19820400.0
19	9520.0
22	76.0	58.0
24	4.6	4.3e-06
26	0.21	8e-07
29	191.0	0.0005
30		1e-07
31		1.31e-08
34	910.0	1e-05
36	920.0	1.05e-05
37	22.0
38		5.6
39		9.8
40		0.0292
42	294.0
43	Ar=[Ar+Kr+Xe]	Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	17300.0	0.0025
45	0.0	0.0004
46	16700.0	0.0815
47	959000.0	0.859
48	7000.0	0.0539
49		0.0022
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Rozhkov and Verkhovskiy, 1990

RKK179

Column	Version 1	Version 2
11	2.0	07
14	Uzon Caldera, Eastern th. field, 2nd sector, spring	Uzon Caldera, Opasny area
15	<
16	19730000.0	19820800.0
19		12.0
21	G/S	G/F
22	72.0	74.0
24	4.5	6e-06
26	0.3
29	300.0	0.0007
30	0.0066
31	8.8e-05
32		7.9
34	960.0	1.106e-05
36	970.0	1.13931034483e-05
38	17.1	9.0
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	1600.0
45	1100.0
46	97100.0	0.177
47	875000.0	0.745
48	24200.0	0.07
49	700.0
52	CO2=[CO2+H2S]
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK180

Column	Version 1	Version 2
11	3.0	03
14	Uzon Caldera, Eastern th. field, 3d sector, "Jumping" spring	Uzon Caldera, Orange th field, "Sulphate" spring
19	9535.0	9561.0
22	97.0	85.0
24	3.7
26	0.06
29	106.0
34	1040.0	9.7e-06
35		≥
36	1040.0	9.7e-06
37	62.0
42	315.0
43	Ar=[Ar+Kr+Xe]
45	0.0
47	955000.0
50	-26.8
52	CO2=[CO2+H2S]

RKK181

Column	Version 1	Version 2
11	3.0	03
14	Uzon Caldera, Eastern th. field, 3d sector, "Nata-1" oil seep	Uzon Caldera, Orange th field, "Sweet" spring
19	9536.0	9564.0
21	O/seep	G/S
22	95.0	71.0
29		0.000371
34	1085.0	1.04e-05
35	>=	≥
36	1085.0	1.04e-05
43		[Ar]=[Ar+Kr+Xe]
44	23000.0	0.0232
45	0.0
46	24600.0	0.0304
47	944000.0	0.916
48	8300.0	0.0304

RKK182

Column	Version 1	Version 2
11	3.0	07
14	Uzon Caldera, Eastern th. field, 3d sector, "Nata-2" oil seep, hole 9	Uzon Caldera, south part
15	<
16	19730000.0	19820800.0
19	9540.0	12.0
21		G/F
22	96.0	45.0
24	3.5	7e-06
26	0.29
29	378.0	0.0003
32		7.2
34	1000.0	1.008e-05
36	1020.0	1.02700729927e-05
37	12.0
38		14.0
42	302.0
43	Ar=[Ar+Kr+Xe]	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	23100.0
45	0.0
46	20900.0	0.038
47	950000.0	0.954
48	6000.0	0.001
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Taran, 2009

RKK183

Column	Version 1	Version 2
11	3.0	03
14	Uzon Caldera, Eastern th. field, 3d sector, "Turbulent" spring	Uzon Caldera, South sector, Central Lake, "Red" spring
19	9534.0	9545.0
22	95.0	64.0
24	4.5
26	0.45
29	389.0	0.00012
34	1075.0	8.25e-06
35		≥
36	1100.0	8.25e-06
37	10.0
42		307.0
43	Ar=[Ar+Kr+Xe]	[Ar]=[Ar+Kr+Xe]
45	0.0	0.0004
47	936000.0	0.996

RKK184

Column	Version 1	Version 2
11	2.0	03
14	Uzon Caldera, Fumarole Lake, E beach, spring	Uzon Caldera, South sector, Central Lake, 80 m aside from "Red" spring, spring
19		9543.0
22	82.0	40.0
24	22.3	1.7e-06
26	9.1	1.1e-07
29	610.0	0.000202
30	0.0957
31	0.000841
34	640.0	9.8e-06
36	700.0	9.94237288136e-06
37		15.0
38	2.7
42		295.0
43		[Ar]=[Ar+Kr+Xe]
44	100.0
45	400.0	0.0012
46	453000.0	0.0118
47	484000.0	0.987
48	56500.0
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Kamenskiy et al., 1976

RKK185

Column	Version 1	Version 2
11	3.0	02
14	Uzon Caldera, Fumarole Lake, NE part, gas bubbling	Uzon Caldera, South sector, spring
15	<
16	19730000.0	19820400.0
19	9548.0
21	G/lake	G/S
22	30.0	45.0
24		7e-06
26		6e-07
29		0.0003
30		6.9e-08
31		9.8e-09
34	1000.0	1e-05
35	>=
36	1000.0	1.02e-05
38		13.8
40		0.0307
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	21200.0	0.0001
45	0.0	0.0021
46	52000.0	0.0383
47	905000.0	0.954
48	21800.0	0.0001
49		0.0053
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Rozhkov and Verkhovskiy, 1990

RKK186

Column	Version 1	Version 2
11	3.0	07
14	Uzon Caldera, Fumarole Lake, northern bay, spring	Uzon Caldera, spr.
15	<
16	19730000.0
19	9551.0	12.0
22	57.0	100.0
24	4.9
26	5.1
29	5920.0
32		7.2
34	636.0	1.008e-05
36	900.0	1.4e-06
37	0.95
42	295.0
43	Ar=[Ar+Kr+Xe]	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	6500.0
45	0.0
46	291000.0
47	677000.0
48	25500.0
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Taran, 2009

RKK187

Column	Version 1	Version 2
11	3.0	06
14	Uzon Caldera, Fumarole Lake, spring	Uzon Caldera, Sulfur Hills
15	<
16	19730000.0	19681014.0
19	9546.0	10.0
21	G/S
22	63.0
24	7.1	2e-05
26	0.48
29	502.0	0.00226
34	930.0	9.3e-06
35		≥
36	950.0	9.3e-06
37	15.0
43	Ar=[Ar+Kr+Xe]
44	19700.0
45	0.0
46	38800.0
47	906000.0	0.194
48	35600.0	0.806
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Tolstikhin et al., 1972

RKK188

Column	Version 1	Version 2
11	2.0	03
14	Uzon Caldera, Fumarole Lake, W beach, spring	Uzon Caldera, Vosmerka Lake, SE bank, mud pot
15		<
16	19820000.0	19730000.0
19		9518.0
22	55.0	94.0
24	15.5	2.2e-06
26	0.8	9e-08
29	300.0	0.000129
30	0.0075
31	9.8e-05
34	1040.0	1.05e-05
36	1050.0	1.06e-05
37		24.0
38	22.2
42		298.0
43		[Ar]=[Ar+Kr+Xe]
44	4800.0	0.0108
45	100.0
46	82800.0	0.0098
47	843000.0	0.966
48	66000.0	0.0134
49	3000.0
50		-23.3
53	Rozhkov and Verkhovskiy, 1990	Kamenskiy et al., 1976

RKK189

Column	Version 1	Version 2
11	6.0	07
14	Uzon Caldera, Middle fumarole field	Uzon Caldera, west part
16	19681014.0	19820800.0
19	9.0	12.0
21		G/S
22		76.0
24	20.0	1.2e-05
29	1700.0	0.0005
32		6.3
34	540.0	8.82e-06
36	540.0	8.99527559055e-06
38		13.0
43	Rcorr=Rme	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
45	9000.0
46		0.1
47	925000.0	0.777
48		0.114
52	CO2=[CO2]+[H2S], CH4=[CH4]+[HHC]
53	Tolstikhin et al., 1972	Taran, 2009

RKK190

Column	Version 1	Version 2
11	7.0	07
14	Uzon Caldera, north part	Uzon Caldera, west part
21	F	G/F
22	58.0	55.0
23	a
24	4.0	1.6e-05
29	500.0	0.0003
32	7.2	7.5
34	1008.0	1.05e-05
36	1053.68421053	1.06258064516e-05
38	6.0	22.0
46	82000.0	0.083
47	859000.0	0.843
48	54000.0	0.066

RKK191

Column	Version 1	Version 2
11	2.0	07
14	Uzon Caldera, Northern sector, spring	Uzon Caldera, west part
16	19820000.0	19820800.0
19		12.0
22	58.0	82.0
24	4.3	2.2e-05
26	0.8
29	500.0	0.0061
30	0.01
31	0.000131
32		4.6
34	1000.0	6.44e-06
36	1050.0	7e-06
38	5.6	3.0
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	2500.0
45	400.0
46	81500.0	0.453
47	859000.0	0.484
48	53900.0	0.057
49	2200.0
52	CO2=[CO2+H2S]
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK192

Column	Version 1	Version 2
11	7.0	03
14	Uzon Caldera, Opasny area	Uzon Caldera, Western th. field, slope, spring
15		<
16	19820800.0	19730000.0
19	12.0	9525.0
21	F	G/S
22	74.0	90.0
23	a
24	6.0	7.1e-06
26		3e-07
29	700.0	0.00028
32	7.9
34	1106.0	9.2e-06
36	1139.31034483	9.3e-06
37		24.0
38	9.0
42		299.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	[Ar]=[Ar+Kr+Xe]
44		0.013
46	177000.0	0.0259
47	745000.0	0.926
48	70000.0	0.0351
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK193

Column	Version 1	Version 2
11	3.0	02
14	Uzon Caldera, Orange th field, "Sulphate" spring	Uzon Caldera, Western th. field, spring
15	<
16	19730000.0	19820400.0
19	9561.0
22	85.0	76.0
24		1.24e-05
26		1e-06
29		0.0005
30		1.12e-07
31		1.41e-08
34	970.0	8.7e-06
35	>=
36	970.0	8.9e-06
38		13.2
39		9.91
40		0.029
44		0.008
45		0.0002
46		0.1
47		0.777
48		0.114
49		0.0003
52		[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Rozhkov and Verkhovskiy, 1990

RKK194

Column	Version 1	Version 2
2	53.494
4	53.0
5	29.64
7	158.99
9	158.0
10	59.4
11	3.0	03
14	Uzon Caldera, Orange th field, "Sweet" spring	Valaginskiy range, upper reaches of Levaya r., spr.1
19	9564.0	72-200
22	71.0
29	371.0	0.0067
34	1040.0	4.4e-06
35	>=	≥
36	1040.0	4.4e-06
43	Ar=[Ar+Kr+Xe]	[Ar]=[Ar+Kr+Xe]
44	23200.0
45	0.0
46	30400.0	0.629
47	916000.0	0.007
48	30400.0	0.364

RKK195

Column	Version 1	Version 2
2	53.494
4	53.0
5	29.64
7	158.99
9	158.0
10	59.4
11	7.0	03
14	Uzon Caldera, south part	Valaginskiy range, upper reaches of Levaya r., spr.2
15		<
16	19820800.0	19730000.0
19	12.0	72-201
21	F	G/S
22	45.0
23	a
24	7.0
29	300.0	0.0067
32	7.2
34	1008.0	4.2e-06
35		≥
36	1027.00729927	4.2e-06
38	14.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	[Ar]=[Ar+Kr+Xe]
46	38000.0	0.625
47	954000.0	0.009
48	1000.0	0.366
50		-68.6
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK196

Column	Version 1	Version 2
2	53.494	52.6
4	53.0	52.0
5	29.64	36.0
7	158.99	158.2
10	59.4	12.0
11	3.0	07
14	Uzon Caldera, South sector, Central Lake, "Red" spring	Verkhne-Paratunka Spr.
15	<
16	19730000.0	19830300.0
19	9545.0	25.0
22	64.0
24		7e-05
29	120.0	0.0142
32		3.9
34	825.0	5.46e-06
35	>=
36	825.0	5.67368421053e-06
38		6.0
42	307.0
43	Ar=[Ar+Kr+Xe]	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
45	400.0
46		0.976
47	996000.0	0.005
48		0.005
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Taran, 2009

RKK197

Column	Version 1	Version 2
2	53.494	55.2
4	53.0	55.0
5	29.64	12.0
7	158.99	160.383333333
9	158.0	160.0
10	59.4	23.0
11	3.0	02
14	Uzon Caldera, South sector, Central Lake, 80 m aside from "Red" spring, spring	Verkhne-Shchapinskie Spr.
15	<
16	19730000.0	19840800.0
19	9543.0
22	40.0	54.0
24	1.7	2.7e-06
26	0.11	3e-07
29	202.0	0.0005
30		1.37e-07
31		1.74e-08
34	980.0	3.6e-06
36	994.237288136	3.7e-06
37	15.0
38		11.1
42	295.0
43	Ar=[Ar+Kr+Xe]	Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		0.0003
45	1200.0	0.0005
46	11800.0	0.0526
47	987000.0	0.946
48		0.0001
49		0.0001
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]
53	Kamenskiy et al., 1976	Rozhkov and Verkhovskiy, 1990

RKK198

Column	Version 1	Version 2
2	53.494	52.6
4	53.0	52.0
5	29.64	36.0
7	158.99	158.2
10	59.4	12.0
11	2.0	07
14	Uzon Caldera, South sector, spring	Verkhne-Zhirovskie Spr.
16	19820000.0	19820800.0
19		33.0
22	45.0	100.0
24	7.0	2.6e-05
26	0.6
29	300.0	0.0008
30	0.0069
31	9.8e-05
32		5.2
34	1000.0	7.28e-06
36	1020.0	7.57898305085e-06
38	13.8	6.2
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	100.0
45	2100.0
46	38300.0	0.134
47	954000.0	0.75
48	100.0	0.0044
49	5300.0
52	CO2=[CO2+H2S]
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK199

Column	Version 1	Version 2
2	53.494	52.6
4	53.0	52.0
5	29.64	36.0
7	158.99	158.2
10	59.4	12.0
11	7.0	02
14	Uzon Caldera, spr.	Verkhne-Zhirovskie Spr.
16		19820800.0
19	12.0	49-R
21	S	G/S
22	100.0	92.0
23	a
24		2.63e-05
26		4.7e-06
29		0.0014
30		3.51e-07
31		4.78e-08
32	7.2
34	1008.0	7.2e-06
36	140.0	7.2e-06
38		6.2
39		9.88
40		0.0286
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.0192
45		0.0001
46		0.0796
47		0.79
48		0.0068
49		0.103
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK200

Column	Version 1	Version 2
2	53.494	52.65
4	53.0	52.0
5	29.64	39.0
7	158.99	158.233333333
10	59.4	14.0
11	6.0	02
14	Uzon Caldera, Sulfur Hills	Vilyuchinskie Spr.
16	19681014.0	19820800.0
19	10.0	59-R;68-R
21		G/S
22		68.0
24	20.0	0.000116
26		4.9e-06
29	2260.0	0.0093
30		1.93e-06
31		2.07e-07
34	930.0	1.14e-05
36	930.0	1.15e-05
38		26.2
39		9.97
40		0.0276
43	Rcorr=Rme
44		0.0005
45	0.0	0.0017
46		0.621
47	806000.0	0.356
48		0.0114
49		0.0001
52	CO2=[CO2]+[H2S], CH4=[CH4]+[HHC]	[CH4]=[CH4+heavy HCs]
53	Tolstikhin et al., 1972	Rozhkov and Verkhovskiy, 1990

RKK201

Column	Version 1	Version 2
2	53.494	52.65
4	53.0	52.0
5	29.64	39.0
7	158.99	158.233333333
10	59.4	14.0
11	3.0	07
14	Uzon Caldera, Vosmerka Lake, SE bank, mud pot	Vilyuchinskie Spr.
15	<
16	19730000.0	19930800.0
19	9518.0	31.0
22	94.0	74.0
24	2.2	0.000154
26	0.09
29	129.0	0.0077
32		8.2
34	1050.0	1.148e-05
36	1060.0	1.27947826087e-05
37	24.0
38		2.6
42	298.0
43	Ar=[Ar+Kr+Xe]	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	10800.0
45	0.0
46	9800.0	0.505
47	966000.0	0.481
48	13400.0	0.0009
50	-23.3
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Taran, 2009

RKK202

Column	Version 1	Version 2
2	53.494	52.737
4	53.0	52.0
5	29.64	44.22
7	158.99	158.28
10	59.4	16.8
11	7.0	02
14	Uzon Caldera, west part	Vilyuskie Spr.
16	19820800.0	19820900.0
19	12.0
21	S	G/S
22	76.0	28.0
23	a
24	12.0	6.1e-05
26		7e-06
29	500.0	0.0104
30		1.61e-06
31		8.9e-08
32	6.3
34	882.0	7.2e-06
36	899.527559055	7.4e-06
38	13.0	9.7
39		9.7
40		0.029
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.0001
45		0.0427
46	100000.0	0.943
47	777000.0	0.0033
48	114000.0	0.0001
49		0.0001
52		[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK203

Column	Version 1	Version 2
2	53.494	53.737
5	29.64	44.22
7	158.99	159.28
9	158.0	159.0
10	59.4	16.8
11	7.0	07
14	Uzon Caldera, west part	Vilyuskie Spr.
16	19820800.0	19810900.0
19	12.0	27.0
21	F	G/S
22	55.0	28.0
23	a
24	16.0	6.1e-05
29	300.0	0.0106
32	7.5	5.2
34	1050.0	7.28e-06
36	1062.58064516	7.4618556701e-06
38	22.0	10.0
46	83000.0	0.943
47	843000.0	0.0033
48	66000.0	0.0001

RKK204

Column	Version 1	Version 2
2	53.494	52.5833333333
4	53.0	52.0
5	29.64	35.0
7	158.99	158.283333333
10	59.4	17.0
11	7.0	07
14	Uzon Caldera, west part	Voinovskie Spr.
16	19820800.0	19830800.0
19	12.0	35.0
21	S	G/S
22	82.0	92.0
23	a
24	22.0	3.6e-05
29	6100.0	0.0019
32	4.6	5.2
34	644.0	7.28e-06
36	700.0	7.7e-06
38	3.0	4.5
46	453000.0	0.104
47	484000.0	0.885
48	57000.0	0.0096

RKK205

Column	Version 1	Version 2
2	53.494	52.5833333333
4	53.0	52.0
5	29.64	35.0
7	158.99	158.283333333
10	59.4	17.0
11	3.0	02
14	Uzon Caldera, Western th. field, slope, spring	Voinovskie Spr., hole GK-1
15	<
16	19730000.0	19830800.0
19	9525.0	88-R
21	G/S	G/H
22	90.0	67.0
24	7.1	3.64e-05
26	0.3	8.9e-06
29	280.0	0.0133
30		2.97e-06
31		3.78e-07
34	920.0	6.8e-06
36	930.0	7.2e-06
37	24.0
38		4.5
39		9.86
40		0.0295
42	299.0
43	Ar=[Ar+Kr+Xe]
44	13000.0	0.0028
45	0.0	0.019
46	25900.0	0.745
47	926000.0	0.185
48	35100.0	0.042
49		0.0001
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]
53	Kamenskiy et al., 1976	Rozhkov and Verkhovskiy, 1990

RKK206

Column	Version 1	Version 2
2	53.494	56.1833333333
4	53.0	56.0
5	29.64	11.0
7	158.99	159.0
9	158.0	159.0
10	59.4	0.0
11	2.0	07
14	Uzon Caldera, Western th. field, spring	vol. Avacha
16	19820000.0	19930000.0
19		V5
21	G/S
22	76.0
24	12.4	4.3e-06
26	1.0
29	500.0
30	0.0112
31	0.000141
33		7.1
34	870.0
36	890.0	9.94e-06
38	13.2
44	8000.0
45	200.0
46	100000.0
47	777000.0
48	114000.0
49	300.0
52	CO2=[CO2+H2S]
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK207

Column	Version 1	Version 2
2		54.2666666667
4		54.0
5		16.0
7		159.983333333
9		159.0
10		59.0
11	3.0	01
14	Valaginskiy range, upper reaches of Levaya r., spr.1	vol. Bolshoy Semyachik
15	<
16	19730000.0	19740000.0
19	72-200	7432.0
20		VAI
29	6700.0
32		6.92857142857
34	440.0	9.7e-06
35	>=	≥
36	440.0	9.7e-06
43	Ar=[Ar+Kr+Xe]
44	0.0
45	0.0
46	629000.0
47	7000.0
48	364000.0
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	DB of GIN RAS

RKK208

Column	Version 1	Version 2
2		56.1833333333
4		56.0
5		11.0
7		160.083333333
9		160.0
10		5.0
11	3.0	07
14	Valaginskiy range, upper reaches of Levaya r., spr.2	vol. Bolshoy Semyachik
15	<
16	19730000.0	19830000.0
19	72-201	V2
21	G/S
24		3.5e-05
29	6700.0
33		5.6
34	420.0
35	>=
36	420.0	7.84e-06
43	Ar=[Ar+Kr+Xe]
44	0.0
45	0.0
46	625000.0
47	9000.0
48	366000.0
50	-68.6
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Taran, 2009

RKK209

Column	Version 1	Version 2
2	52.6	54.2666666667
4	52.0	54.0
5	36.0	16.0
7	158.2	159.983333333
9	158.0	159.0
10	12.0	59.0
11	7.0	03
14	Verkhne-Paratunka Spr.	vol. Bolshoy Semyachik, Black Lake, spr.
15		<
16	19830300.0	19730000.0
19	25.0	9550.0
21	W	G/S
23	a
24	70.0
29	14200.0
32	3.9	7.07142857143
34	546.0	9.9e-06
35		≥
36	567.368421053	9.9e-06
38	6.0
42		310.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.014
46	976000.0	0.053
47	5000.0	0.82
48	5000.0	0.112
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK210

Column	Version 1	Version 2
2	55.2	54.1166666667
4	55.0	54.0
5	12.0	7.0
7	160.383333333	159.666666667
9	160.0	159.0
10	23.0	40.0
11	2.0	03
14	Verkhne-Shchapinskie Spr.	vol. Bolshoy Semyachik, Burlyascshiy fumarole field
15		<
16	19840000.0	19730000.0
19		9553.0
22	54.0
24	2.7
26	0.3
29	500.0	0.000653
30	0.137
31	0.0174
32		7.07142857143
34	360.0	9.9e-06
35		≥
36	370.0	9.9e-06
38	11.1
42		310.0
43		[Ar]=[Ar+Kr+Xe]
44	300.0	0.0212
45	500.0
46	52600.0	0.0428
47	946000.0	0.844
48	100.0	0.0916
49	100.0
52		CO2=[CO2+H2S]
53	Rozhkov and Verkhovskiy, 1990	Kamenskiy et al., 1976

RKK211

Column	Version 1	Version 2
2	52.6	54.2666666667
4	52.0	54.0
5	36.0	16.0
7	158.2	159.983333333
9	158.0	159.0
10	12.0	59.0
11	7.0	03
14	Verkhne-Zhirovskie Spr.	vol. Bolshoy Semyachik, Steaming Valley
15		<
16	19820800.0	19730000.0
19	33.0	9557.0
21	F	G/F
22	100.0
23	c
24	26.0	3.7e-06
26		8.2e-07
29	800.0	0.00072
32	5.2	5.32142857143
34	728.0	7.45e-06
36	757.898305085	7.8e-06
37		4.5
38	6.2
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	[Ar]=[Ar+Kr+Xe]
44		0.0344
46	134000.0	0.0433
47	750000.0	0.836
48	4400.0	0.0862
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK212

Column	Version 1	Version 2
2	52.6	51.25
4	52.0	51.0
5	36.0	15.0
7	158.2	156.816666667
9	158.0	156.0
10	12.0	49.0
11	2.0	07
14	Verkhne-Zhirovskie Spr.	vol. Kambalny
16	19820000.0	19810000.0
19	49-R	V8
21	G/S
22	92.0
24	26.3	2.7e-05
26	4.7
29	1400.0
30	0.351
31	0.0478
33		7.6
34	720.0
36	720.0	1.064e-05
38	6.2
39	9.88
40	2.86
44	19200.0
45	100.0
46	79600.0
47	790000.0
48	6800.0
49	103000.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK213

Column	Version 1	Version 2
2	52.65	51.4083333333
4	52.0	51.0
5	39.0	24.5
7	158.233333333	156.908333333
9	158.0	156.0
10	14.0	54.5
11	2.0	02
14	Vilyuchinskie Spr.	vol. Kambalny, 1st (north) fumarole field
16	19820000.0	19810800.0
19	59-R;68-R	21-R, 22-R
24	116.0	2.7e-05
26	4.9	4e-07
29	9300.0	0.0006
30	1.93	1.4e-07
31	0.207	2.19e-08
34	1140.0	1.06e-05
36	1150.0	1.06e-05
38	26.2	77.4
39	9.97
40	2.76
44	500.0	0.0022
45	1700.0	0.0001
46	621000.0	0.67
47	356000.0	0.322
48	11400.0	0.0052
49	100.0	0.0001
52		[CH4]=[CH4+heavy HCs]

RKK214

Column	Version 1	Version 2
2	52.65	51.4083333333
4	52.0	51.0
5	39.0	24.5
7	158.233333333	156.908333333
9	158.0	156.0
10	14.0	54.5
11	7.0	01
14	Vilyuchinskie Spr.	vol. Kambalny, 1st (north) fumarole field
16	19930800.0	19740000.0
19	31.0	7423.0
20		VAI
21	W	G/F
22	74.0
23	c
24	154.0
29	7700.0
32	8.2
34	1148.0	1.02e-05
35		≥
36	1279.47826087	1.02e-05
38	2.6
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46	505000.0
47	481000.0
48	900.0
53	Taran, 2009	DB of GIN RAS

RKK215

Column	Version 1	Version 2
2	52.737	51.4083333333
4	52.0	51.0
5	44.22	24.5
7	158.28	156.908333333
9	158.0	156.0
10	16.8	54.5
11	2.0	03
14	Vilyuskie Spr.	vol. Kambalny, 1st (north) fumarole field
15		<
16	19820000.0	19730000.0
19		9514.0
21	G/S	G/F
22	28.0	98.0
24	61.0
26	7.0
29	10400.0	0.00049
30	0.161
31	0.00089
34	720.0	9.7e-06
36	740.0	9.7e-06
37		63.0
38	9.7
42		299.0
43		[Ar]=[Ar+Kr+Xe]
44	100.0	0.008
45	42700.0
46	943000.0	0.0343
47	3300.0	0.954
48	100.0	0.0037
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Kamenskiy et al., 1976

RKK216

Column	Version 1	Version 2
2	53.737	51.4083333333
4	53.0	51.0
5	44.22	24.5
7	159.28	156.908333333
9	159.0	156.0
10	16.8	54.5
11	7.0	03
14	Vilyuskie Spr.	vol. Kambalny, 2nd fumarole field
15		<
16	19810900.0	19730000.0
19	27.0	9511.0
21	S	G/F
22	28.0	96.0
23	a
24	61.0	2.65e-05
26		5.6e-07
29	10600.0	0.000937
32	5.2
34	728.0	1.095e-05
36	746.18556701	1.1e-05
37		47.0
38	10.0
42		297.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	[Ar]=[Ar+Kr+Xe]
44		0.013
46	943000.0	0.034
47	3300.0	0.95
48	100.0	0.003
50		-27.6
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK217

Column	Version 1	Version 2
2	52.5833333333	51.4083333333
4	52.0	51.0
5	35.0	24.5
7	158.283333333	156.908333333
9	158.0	156.0
10	17.0	54.5
11	7.0	01
14	Voinovskie Spr.	vol. Kambalny, 3d (south) fumarole field
16	19830800.0	19770000.0
19	35.0	6-77-2
20		EAVak
21	W	G/F
22	92.0
23	c
24	36.0
29	1900.0
32	5.2
34	728.0	8.05e-06
35		≥
36	770.0	8.05e-06
38	4.5
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46	104000.0
47	885000.0
48	9600.0
53	Taran, 2009	DB of GIN RAS

RKK218

Column	Version 1	Version 2
2	52.5833333333	51.4083333333
4	52.0	51.0
5	35.0	24.5
7	158.283333333	156.908333333
9	158.0	156.0
10	17.0	54.5
11	2.0	01
14	Voinovskie Spr., hole GK-1	vol. Kambalny, 3d (south) fumarole field
16	19830000.0	19770000.0
19	88-R	6-77-3
20		EAVak
21	G/H	G/F
22	67.0
24	36.4
26	8.9
29	13300.0
30	2.97
31	0.378
34	680.0	7.2e-06
35		≥
36	720.0	7.2e-06
38	4.5
39	9.86
40	2.95
44	2800.0
45	19000.0
46	745000.0
47	185000.0
48	42000.0
49	100.0
53	Rozhkov and Verkhovskiy, 1990	DB of GIN RAS

RKK219

Column	Version 1	Version 2
2	56.1833333333	51.4083333333
4	56.0	51.0
5	11.0	24.5
7	159.0	156.908333333
9	159.0	156.0
10	0.0	54.5
11	7.0	03
14	vol. Avacha	vol. Kambalny, 3d (south) fumarole field
15		<
16	19930000.0	19730000.0
17	0.0
19	V5	9513.0
21		G/S
22		98.0
24	4.3	2.83e-05
26		1.1e-06
29		0.00133
33	7.1
34		7.8e-06
36	994.0	7.9e-06
37		26.0
42		299.0
43		[Ar]=[Ar+Kr+Xe]
47		0.944
50		-25.8
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK220

Column	Version 1	Version 2
2	54.2666666667	56.1833333333
4	54.0	56.0
5	16.0	11.0
7	159.983333333	160.483333333
9	159.0	160.0
10	59.0	29.0
11	1.0	07
14	vol. Bolshoy Semyachik	vol. Kikhpinych
16	19740000.0	19820000.0
19	7432.0	V3
20	VAI
21	G/S
24		1.7e-05
32	6.92857142857
33		8.0
34	970.0
35	>=
36	970.0	1.12e-05
53	DB of GIN RAS .	Taran, 2009

RKK221

Column	Version 1	Version 2
2	56.1833333333	54.4666666667
4	56.0	54.0
5	11.0	28.0
7	160.083333333	160.2
10	5.0	12.0
11	7.0	03
14	vol. Bolshoy Semyachik	vol. Kikhpinych, Yellow R. fumaroles
15		<
16	19630000.0	19730000.0
17	0.0
19	V2	9253.0
21		G/F
22		96.0
24	35.0
29		0.000584
32		6.57142857143
33	5.6
34		9.2e-06
35		≥
36	784.0	9.2e-06
42		300.0
43		[Ar]=[Ar+Kr+Xe]
44		0.0376
46		0.0418
47		0.908
48		0.0128
52		[CO2]=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK222

Column	Version 1	Version 2
2	54.2666666667	56.1833333333
4	54.0	56.0
5	16.0	11.0
7	159.983333333	160.783333333
9	159.0	160.0
10	59.0	47.0
11	3.0	07
14	vol. Bolshoy Semyachik, Black Lake, spr.	vol. Klyuchevskoy
15	<
16	19730000.0	19940000.0
19	9550.0	V1
21	G/S
24		1e-06
32	7.07142857143
33		6.8
34	990.0
35	>=
36	990.0	9.52e-06
42	310.0
44	14000.0
45	0.0
46	53000.0
47	820000.0
48	112000.0
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Taran, 2009

RKK223

Column	Version 1	Version 2
2	54.1166666667	56.05
4	54.0	56.0
5	7.0	3.0
7	159.666666667	160.633333333
9	159.0	160.0
10	40.0	38.0
11	3.0	04
14	vol. Bolshoy Semyachik, Burlyascshiy fumarole field	vol. Klyuchevskoy, summit fumarole
15	<
16	19730000.0	19860000.0
19	9553.0
21	G/S	G/F
29	653.0
32	7.07142857143
34	990.0	1.118e-06
35	>=
36	990.0	4.98673499268e-07
38		0.4366
42	310.0
43	Ar=[Ar+Kr+Xe]
44	21200.0
45	0.0
46	42800.0
47	844000.0
48	91600.0
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Yu.A.Taran, pers. comm.

RKK224

Column	Version 1	Version 2
2	54.2666666667	56.1833333333
4	54.0	56.0
5	16.0	11.0
7	159.983333333	158.9
9	159.0	158.0
10	59.0	54.0
11	3.0	07
14	vol. Bolshoy Semyachik, Steaming Valley	vol. Koryak
15	<
16	19730000.0	19940000.0
19	9557.0	V4
21	G/F
24	3.7	3e-06
26	0.82
29	720.0
32	5.32142857143
33		5.3
34	745.0
36	780.0	7.42e-06
37	4.5
43	Ar=[Ar+Kr+Xe]
44	34400.0
45	0.0
46	43300.0
47	836000.0
48	86200.0
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Taran, 2009

RKK225

Column	Version 1	Version 2
2	51.25	53.3166666667
4	51.0	53.0
5	15.0	19.0
7	156.816666667	158.683333333
9	156.0	158.0
10	49.0	41.0
11	7.0	02
14	vol. Kambalny	vol. Koryak, summit fumarole
16	19810000.0	19830500.0
17	0.0
19	V8	99-R
21		G/F
22		200.0
24	27.0	1.24e-05
26		4.5e-06
29		0.0041
30		6.83e-07
31		8.08e-08
33	7.6
34		6.8e-06
36	1064.0	7.4e-06
38		3.05
39		9.92
40		0.029
44		0.01
45		0.0151
46		0.0586
47		0.842
48		0.0146
49		0.0556
52		[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK226

Column	Version 1	Version 2
2	51.4083333333	51.5
5	24.5	30.0
7	156.908333333	156.466666667
10	54.5	28.0
11	2.0	07
14	vol. Kambalny, 1st (north) fumarole field	vol. Koshelevsky
19	21-R, 22-R	V7
21	G/S
22	68.0
24	27.0	1.8e-05
26	0.4
29	600.0
30	0.14
31	0.0219
33		7.0
34	1060.0
36	1060.0	9.8e-06
38	77.4
44	2200.0
45	100.0
46	670000.0
47	322000.0
48	5200.0
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK227

Column	Version 1	Version 2
2	51.4083333333	52.35
4	51.0	52.0
5	24.5	21.0
7	156.908333333	158.266666667
9	156.0	158.0
10	54.5	16.0
11	1.0	07
14	vol. Kambalny, 1st (north) fumarole field	vol. Mutnovsky
16	19740000.0	20070000.0
19	7423.0	V6
20	VAI
21	G/F
24		2.5e-06
33		8.2
34	1020.0
35	>=
36	1020.0	1.148e-05
53	DB of GIN RAS .	Taran, 2009

RKK228

Column	Version 1	Version 2
2	51.4083333333	52.5
4	51.0	52.0
5	24.5	30.0
7	156.908333333	158.2
9	156.0	158.0
10	54.5	12.0
11	3.0	01
14	vol. Kambalny, 1st (north) fumarole field	vol. Mutnovsky, Active Funnel
15	<
16	19730000.0	19780000.0
19	9514.0	TM-19/78
22	98.0	480.0
29	490.0
34	970.0	9.6e-06
35		≥
36	970.0	9.6e-06
37	63.0
42	299.0
43	Ar=[Ar+Kr+Xe]
44	8000.0
45	0.0
46	34300.0
47	954000.0
48	3700.0
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	DB of GIN RAS

RKK229

Column	Version 1	Version 2
2	51.4083333333	52.5
4	51.0	52.0
5	24.5	30.0
7	156.908333333	158.2
9	156.0	158.0
10	54.5	12.0
11	3.0	02
14	vol. Kambalny, 2nd fumarole field	vol. Mutnovsky, Active Funnel
15	<
16	19730000.0	19820800.0
19	9511.0	38-R
22	96.0	350.0
24	26.5	3.53e-05
26	0.56	3.2e-06
29	937.0	0.0007
30		1.48e-07
31		2.12e-08
34	1095.0	5.5e-06
36	1100.0	5.6e-06
37	47.0
38		12.3
39		9.99
40		0.0291
42	297.0
43	Ar=[Ar+Kr+Xe]
44	13000.0	0.008
45	0.0	0.0119
46	34000.0	0.0746
47	950000.0	0.874
48	3000.0	0.0001
49		0.0307
50	-27.6
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]
53	Kamenskiy et al., 1976	Rozhkov and Verkhovskiy, 1990

RKK230

Column	Version 1	Version 2
2	51.4083333333	52.5
4	51.0	52.0
5	24.5	30.0
7	156.908333333	158.2
9	156.0	158.0
10	54.5	12.0
11	1.0	02
14	vol. Kambalny, 3d (south) fumarole field	vol. Mutnovsky, Active Funnel
16	19770000.0	19830800.0
19	6-77-2	72-R
20	EAVak
22		360.0
24		9.1e-06
26		6e-07
29		0.0005
30		8.1e-08
31		8.9e-09
34	805.0	7.6e-06
35	>=
36	805.0	7.7e-06
38		15.6
39		10.0
40		0.0294
42		295.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		0.221
45		0.0424
46		0.255
47		0.481
48		0.0001
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	DB of GIN RAS .	Rozhkov and Verkhovskiy, 1990

RKK231

Column	Version 1	Version 2
2	51.4083333333	52.35
4	51.0	52.0
5	24.5	21.0
7	156.908333333	158.266666667
9	156.0	158.0
10	54.5	16.0
11	1.0	09
14	vol. Kambalny, 3d (south) fumarole field	vol. Mutnovsky, Active Funnel
16	19770000.0	19780000.0
19	6-77-3	2.0
20	EAVak
22		520.0
34	720.0	9.6e-06
35	>=	≥
36	720.0	9.6e-06
44		0.0085
47		0.368
53	DB of GIN RAS .	Taran et al., 1992

RKK232

Column	Version 1	Version 2
2	51.4083333333	52.35
4	51.0	52.0
5	24.5	21.0
7	156.908333333	158.266666667
9	156.0	158.0
10	54.5	16.0
11	3.0	09
14	vol. Kambalny, 3d (south) fumarole field	vol. Mutnovsky, Active Funnel
15	<
16	19730000.0	19820000.0
19	9513.0	3.0
21	G/S	G/F
22	98.0	324.0
24	28.3	3.5e-05
26	1.1
29	1330.0
34	780.0	5.7e-06
35		≥
36	790.0	5.7e-06
37	26.0
42	299.0
43	Ar=[Ar+Kr+Xe]
44		0.0055
45	0.0
47	944000.0	0.345
50	-25.8
52	CO2=[CO2+H2S]
53	Kamenskiy et al., 1976	Taran et al., 1992

RKK233

Column	Version 1	Version 2
2	56.1833333333	52.35
4	56.0	52.0
5	11.0	21.0
7	160.483333333	158.266666667
9	160.0	158.0
10	29.0	16.0
11	7.0	09
14	vol. Kikhpinych	vol. Mutnovsky, Active Funnel
16	19820000.0	19830000.0
17	0.0
19	V3	4.0
21		G/F
22		360.0
24	17.0	9e-06
29		0.0001
33	8.0
34		7.8e-06
35		≥
36	1120.0	7.8e-06
44		0.068
46		0.012
47		0.349
48		1e-05
49		0.126
51		-11.8
53	Taran, 2009	Taran et al., 1992

RKK234

Column	Version 1	Version 2
2	54.4666666667	52.35
4	54.0	52.0
5	28.0	21.0
7	160.2	158.266666667
9	160.0	158.0
10	12.0	16.0
11	3.0	09
14	vol. Kikhpinych, Yellow R. fumaroles	vol. Mutnovsky, Northern Bottom Field
15	<
16	19730000.0	19830000.0
19	9253.0	24.0
21	G/F	G/F
22	96.0	97.0
24		1.3e-05
29	584.0	0.0002
32	6.57142857143
34	920.0	6.9e-06
35	>=	≥
36	920.0	6.9e-06
42	300.0
43	Ar=[Ar+Kr+Xe]
44	37600.0	0.005
45	0.0
46	41800.0	0.01
47	908000.0	0.563
48	12800.0
52	[CO2]=[CO2+H2S]
53	Kamenskiy et al., 1976	Taran et al., 1992

RKK235

Column	Version 1	Version 2
2	56.1833333333	52.5
4	56.0	52.0
5	11.0	30.0
7	160.783333333	158.2
9	160.0	158.0
10	47.0	12.0
11	7.0	02
14	vol. Klyuchevskoy	vol. Mutnovsky, Northern crater, "Gaziruyushiy" spring
16	1994000.0	19810800.0
17	0.0
19	V1	2-R
21		G/S
22		35.0
24	1.0	9e-06
26		3e-07
29		0.0004
30		9e-08
31		1.2e-08
33	6.8
34		1e-05
36	952.0	1e-05
38		33.8
39		9.83
40		0.0289
44		0.0003
45		0.001
46		0.0642
47		0.889
48		0.0001
49		0.045
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK236

Column	Version 1	Version 2
2	56.05	52.5
4	56.0	52.0
5	3.0	30.0
7	160.633333333	158.2
9	160.0	158.0
10	38.0	12.0
11	4.0	02
14	vol. Klyuchevskoy, summit fumarole	vol. Mutnovsky, Northern crater, "Rezhimny spring
16	19860000.0	19810800.0
19		3-R;5-R
21	G/F	G/S
22		95.0
24		1.33e-05
26		2e-07
29		0.0002
30		3.1e-08
31		4.4e-09
34	111.8	6.8e-06
36	49.8673499268	6.8e-06
38	0.4366	70.2
39		9.94
40		0.0291
42		301.0
44		0.0006
45		0.001
46		0.046
47		0.907
48		0.0002
49		0.045
52		[CH4]=[CH4+heavy HCs]
53	Yu.A.Taran, pers. comm.	Rozhkov and Verkhovskiy, 1990

RKK237

Column	Version 1	Version 2
2	56.1833333333	52.5
4	56.0	52.0
5	11.0	30.0
7	158.9	158.2
10	54.0	12.0
11	7.0	01
14	vol. Koryak	vol. Mutnovsky, Northern crater, Lower field
16	19940000.0	19740000.0
17	0.0
19	V4	7411
21		G/S
24	3.0
33	5.3
34		1.01e-05
35		≥
36	742.0	1.01e-05
53	Taran, 2009	DB of GIN RAS

RKK238

Column	Version 1	Version 2
2	53.3166666667	52.5
4	53.0	52.0
5	19.0	30.0
7	158.683333333	158.2
10	41.0	12.0
11	2.0	01
14	vol. Koryak, summit fumarole	vol. Mutnovsky, Northern crater, Lower field
16	19830000.0	19780000.0
19	99-R	TM-21/78
22	200.0	96.0
24	12.4
26	4.5
29	4100.0
30	0.0683
31	0.000808
34	680.0	1e-05
35		≥
36	740.0	1e-05
38	3.05
44	10000.0
45	15100.0
46	58600.0
47	842000.0
48	14600.0
49	55600.0
52	CO2=[CO2+H2S]
53	Rozhkov and Verkhovskiy, 1990	DB of GIN RAS

RKK239

Column	Version 1	Version 2
2	51.5	52.5
4	51.0	52.0
7	156.466666667	158.2
9	156.0	158.0
10	28.0	12.0
11	7.0	02
14	vol. Koshelevsky	vol. Mutnovsky, Northern crater, North dome
16	19810000.0	19830800.0
17	0.0
19	V7	74-R
21		G/F
22		127.0
24	18.0	1.67e-05
26		5.7e-06
29		0.0051
30		9.56e-07
31		1.03e-07
33	7.0
34		9.8e-06
36	980.0	1.07e-05
38		3.25
39		9.97
40		0.0288
44		0.0276
45		0.159
46		0.712
47		0.0947
48		0.0016
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK240

Column	Version 1	Version 2
2	52.35	52.5
5	21.0	30.0
7	158.266666667	158.2
10	16.0	12.0
11	7.0	02
14	vol. Mutnovsky	vol. Mutnovsky, Northern crater, spring near gletcher
16	20070000.0	19810800.0
17	0.0
19	V6	4-R
21		G/S
22		20.0
24	2.5	3.38e-05
26		1.02e-05
29		0.0103
30		1.66e-06
31		1.65e-07
33	8.2
34		8.3e-06
36	1148.0	9e-06
38		3.65
44		0.0001
45		0.0001
46		0.814
47		0.173
48		0.0027
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK241

Column	Version 1	Version 2
11	1.0	01
14	vol. Mutnovsky, Active Funnel	vol. Mutnovsky, Northern crater, Upper field
19	TM-19/78	TM-22/78
22	480.0	98.0
34	960.0	9.8e-06
35	>=	≥
36	960.0	9.8e-06
53	DB of GIN RAS .	DB of GIN RAS

RKK242

Column	Version 1	Version 2
11	2.0	01
14	vol. Mutnovsky, Active Funnel	vol. Mutnovsky, Northern crater, Upper field
16	19820000.0	19780000.0
19	38-R	TM-23/78
22	350.0	280.0
24	35.3
26	3.2
29	700.0
30	0.148
31	0.0212
34	550.0	8.2e-06
35		≥
36	560.0	8.2e-06
38	12.3
39	9.99
40	2.91
44	8000.0
45	11900.0
46	74600.0
47	874000.0
48	100.0
49	30700.0
53	Rozhkov and Verkhovskiy, 1990	DB of GIN RAS

RKK243

Column	Version 1	Version 2
11	2.0	02
14	vol. Mutnovsky, Active Funnel	vol. Mutnovsky, Northern crater, Upper field
16	19830000.0	19820500.0
19	72-R	35-R
22	360.0	250.0
24	9.1	1.44e-05
26	0.6	3.46e-05
29	500.0	0.0081
30	0.081	1.12e-06
31	0.0089	7.34e-08
34	760.0	2.7e-06
35		≥
36	770.0	5.9e-06
38	15.6	0.46
39	10.0	9.77
40	2.94	0.0291
42	295.0
44	221000.0	0.0012
45	42400.0	0.0023
46	255000.0	0.0908
47	481000.0	0.885
48	100.0	0.0124
49	100.0	0.0001
52		[CH4]=[CH4+heavy HCs]

RKK244

Column	Version 1	Version 2
11	9.0	09
14	vol. Mutnovsky, Active Funnel	vol. Mutnovsky, Southern Bottom Field
16	19780000.0	19820000.0
19	2.0	20.0
21		G/F
22		127.0
24		1.7e-05
29		0.005
34	960.0	1.13e-05
36	960.0	1.13e-05
43	Rcorr=Rme
44		0.0002
46		0.076
47		0.704
48		0.0002

RKK245

Column	Version 1	Version 2
11	9.0	09
14	vol. Mutnovsky, Active Funnel	vol. Mutnovsky, Upper Field
16	19820000.0	19830000.0
19	3.0	10.0
21		G/F
22		272.0
24	35.0	5e-06
29		0.0006
34	570.0	6.8e-06
35		≥
36	570.0	6.8e-06
43	Rcorr=Rme
44		0.029
46		0.015
47		0.818
48		0.0033
51		-8.5

RKK246

Column	Version 1	Version 2
2	52.35	52.9833333333
5	21.0	59.0
7	158.266666667	158.433333333
10	16.0	26.0
11	9.0	02
14	vol. Mutnovsky, Active Funnel	Zaichik cape, spr.
16	19830000.0	19820900.0
19	4.0	40-R
21		G/S
22		60.0
24	9.0	1.25e-05
26		2.75e-05
29		0.0096
30		1.16e-06
31		6.57e-08
34	780.0	4.4e-06
35		≥
36	780.0	9.5e-06
38		0.5
39		9.86
40		0.029
43	Rcorr=Rme
44		0.0001
45		0.183
46		0.798
47		0.0094
48		0.0001
49		0.0001
52		[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]
53	Taran et al., 1992	Rozhkov and Verkhovskiy, 1990

RKK247

Column	Version 1	Version 2
2	52.35	52.9833333333
5	21.0	59.0
7	158.266666667	158.433333333
10	16.0	26.0
11	9.0	07
14	vol. Mutnovsky, Northern Bottom Field	Zaichik Spr.
16	19830000.0	19810900.0
19		26.0
21		G/S
22		12.0
24	13.0	1.3e-05
29		0.0096
32		3.2
34	690.0	4.48e-06
36	690.0	9.1e-06
38		0.5
43	Rcorr=Rme	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46		0.976
47		0.0094
48		0.005
53	Taran et al., 1992	Taran, 2009

RKK248

Column	Version 1	Version 2
2	52.5	56.05
4	52.0	56.0
5	30.0	3.0
7	158.2	158.966666667
10	12.0	58.0
11	2.0	02,07
13	KAMCHATKA Eastern Volcanic Zone	KAMCHATKA Median Volcanic Zone
14	vol. Mutnovsky, Northern crater, "Gaziruyushiy" spring	Anavgay Spr., Hole 28
16	19810000.0	19820300.0
19	2-R	61-R
21	G/S	G/H
22	35.0	52.0
24	9.0	0.000204
26	0.3	3e-06
29	400.0	0.0031
30	0.09	5.94e-07
31	0.012	7.42e-08
32		3.28571428571
34	1000.0	4.6e-06
36	1000.0	4.6e-06
38	33.8	79.8
39	9.83	9.8
40	2.89	0.0295
42		298.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	300.0	0.0001
45	1000.0	0.0053
46	64200.0	0.989
47	889000.0	0.0022
48	100.0	0.0002
49	45000.0	0.0001
52		[CH4]=[CH4+heavy HCs]
53	Rozhkov and Verkhovskiy, 1990	Rozhkov and Verkhovskiy, 1990; Taran, 2009

RKK249

Column	Version 1	Version 2
2	52.5	56.9333333333
4	52.0	56.0
5	30.0	56.0
7	158.2	158.666666667
10	12.0	40.0
11	2.0	02
13	KAMCHATKA Eastern Volcanic Zone	KAMCHATKA Median Volcanic Zone
14	vol. Mutnovsky, Northern crater, "Rezhimny spring	Esso Spr., Hole 20
16	19810000.0	19820300.0
19	3-R;5-R	52-R
21	G/S	G/H
22	95.0	74.0
24	13.3	0.000154
26	0.2	1.2e-05
29	200.0	0.013
30	0.031	2e-06
31	0.0044	1.45e-07
32		5.0
34	680.0	7e-06
36	680.0	7.1e-06
38	70.2	13.8
39	9.94	9.88
40	2.91	0.0288
42	301.0
44	600.0	0.0001
45	1000.0	0.111
46	46000.0	0.855
47	907000.0	0.0198
48	200.0	0.001
49	45000.0	0.0001
52		[CH4]=[CH4+heavy HCs]

RKK250

Column	Version 1	Version 2
2	52.5	58.55
4	52.0	58.0
5	30.0	33.0
7	158.2	161.275
9	158.0	161.0
10	12.0	16.5
11	1.0	02,07
13	KAMCHATKA Eastern Volcanic Zone	KAMCHATKA Median Volcanic Zone
14	vol. Mutnovsky, Northern crater, Lower field	Khukhlotvayam Spr.
16	19740000.0	19820800.0
19	7411	60-R
22		36.0
24		0.000129
26		1.2e-05
29		0.0164
30		3.36e-06
31		4.08e-07
32		7.35714285714
34	1010.0	1.03e-05
35	>=
36	1010.0	1.06e-05
38		9.83
39		9.75
40		0.0289
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		0.0001
45		0.0001
46		0.975
47		0.006
48		0.0024
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	DB of GIN RAS .	Rozhkov and Verkhovskiy, 1990; Taran, 2009

RKK251

Column	Version 1	Version 2
2	52.5	56.7166666667
4	52.0	56.0
5	30.0	43.0
7	158.2	159.883333333
9	158.0	159.0
10	12.0	53.0
11	1.0	02
13	KAMCHATKA Eastern Volcanic Zone	KAMCHATKA Median Volcanic Zone
14	vol. Mutnovsky, Northern crater, Lower field	Kirevna Spr.
16	19780000.0	19740800.0
19	TM-21/78	56-R;66-R
21	G/F	G/S
22	96.0	98.0
24		2.01e-05
26		1.19e-05
29		0.0203
30		5.33e-06
31		8.7e-07
32		4.5
34	1000.0	6.3e-06
35	>=
36	1000.0	7.7e-06
38		1.86
39		9.81
40		0.029
44		0.0001
45		0.0158
46		0.721
47		0.242
48		0.0009
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	DB of GIN RAS .	Rozhkov and Verkhovskiy, 1990

RKK252

Column	Version 1	Version 2
2	52.5	56.717
4	52.0	56.0
5	30.0	43.02
7	158.2	159.883
9	158.0	159.0
10	12.0	52.98
11	2.0	07
13	KAMCHATKA Eastern Volcanic Zone	KAMCHATKA Median Volcanic Zone
14	vol. Mutnovsky, Northern crater, North dome	Kirevna Spr.
16	19830000.0	19920700.0
19	74-R	4.0
21	G/F	G/S
22	127.0	100.0
24	16.7	2e-05
26	5.7
29	5100.0	0.015
30	0.956
31	0.103
32		7.6
34	980.0	1.064e-05
36	1070.0	1.22705882353e-05
38	3.25	2.0
39	9.97
40	2.88
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	27600.0
45	159000.0
46	712000.0	0.721
47	94700.0	0.242
48	1600.0	0.0009
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK253

Column	Version 1	Version 2
2	52.5	56.717
4	52.0	56.0
5	30.0	43.02
7	158.2	159.883
9	158.0	159.0
10	12.0	52.98
11	2.0	07
13	KAMCHATKA Eastern Volcanic Zone	KAMCHATKA Median Volcanic Zone
14	vol. Mutnovsky, Northern crater, spring near gletcher	Kirevna Spr.
16	19810000.0	19920701.0
19	4-R
21	G/S
22	20.0
24	33.8
26	10.2
29	10300.0
30	1.66
31	0.165
32		4.5
34	830.0	6.3e-06
36	900.0	1.4e-06
38	3.65
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	100.0
45	100.0
46	814000.0
47	173000.0
48	2700.0
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK254

Column	Version 1	Version 2
2	52.5	53.35
4	52.0	53.0
5	30.0	21.0
7	158.2	157.45
9	158.0	157.0
10	12.0	27.0
11	1.0	01
13	KAMCHATKA Eastern Volcanic Zone	KAMCHATKA Median Volcanic Zone
14	vol. Mutnovsky, Northern crater, Upper field	Malka Cold Spr.
16	19780000.0	19740000.0
19	TM-22/78	7410.0
21	G/F	G/S
22	98.0
32		4.71428571429
34	980.0	6.6e-06
35	>=	≥
36	980.0	6.6e-06
44		0.0001
45		0.0128
46		0.051
47		0.936
48		0.0001
49		0.0001
53	DB of GIN RAS .	DB of GIN RAS

RKK255

Column	Version 1	Version 2
2	52.5	53.35
4	52.0	53.0
5	30.0	21.0
7	158.2	157.45
9	158.0	157.0
10	12.0	27.0
11	1.0	07
13	KAMCHATKA Eastern Volcanic Zone	KAMCHATKA Median Volcanic Zone
14	vol. Mutnovsky, Northern crater, Upper field	Malka Cold Spr.
16	19780000.0	19830700.0
19	TM-23/78	20.0
21	G/F	G/S
22	280.0	12.0
24		4e-06
29		0.00014
32		3.5
34	820.0	4.9e-06
35	>=
36	820.0	4.95072463768e-06
38		21.0
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46		0.014
47		0.985
48		0.001
53	DB of GIN RAS .	Taran, 2009

RKK256

Column	Version 1	Version 2
2	52.5	53.3
4	52.0	53.0
5	30.0	18.0
7	158.2	157.516666667
9	158.0	157.0
10	12.0	31.0
11	2.0	02
13	KAMCHATKA Eastern Volcanic Zone	KAMCHATKA Median Volcanic Zone
14	vol. Mutnovsky, Northern crater, Upper field	Malka Hot Spr.
16	19820000.0	19810900.0
19	35-R	13-R;14-R
21	G/F	G/S
22	250.0	87.0
24	14.4	0.000251
26	34.6	1.45e-05
29	8100.0	0.0163
30	1.12	3.08e-06
31	0.0734	3.21e-07
32		4.64285714286
34	270.0	6.5e-06
36	590.0	6.6e-06
38	0.46	19.1
39	9.77	9.75
40	2.91	0.0287
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	1200.0	0.0001
45	2300.0	0.0015
46	90800.0	0.969
47	885000.0	0.004
48	12400.0	0.009
49	100.0	0.0001
52		[CH4]=[CH4+heavy HCs]

RKK257

Column	Version 1	Version 2
2	52.35	53.3
4	52.0	53.0
5	21.0	18.0
7	158.266666667	157.516666667
9	158.0	157.0
10	16.0	31.0
11	9.0	07
13	KAMCHATKA Eastern Volcanic Zone	KAMCHATKA Median Volcanic Zone
14	vol. Mutnovsky, Southern Bottom Field	Malka Hot Spr.
16	19820000.0	19810900.0
19		21.0
21		G/S
22		83.0
24	17.0	0.000251
29		0.017
32		4.7
34	1130.0	6.58e-06
36	1130.0	6.65888324873e-06
38		20.0
43	Rcorr=(R/Ra)me*140	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46		0.969
47		0.004
48		0.009
53	Taran et al., 1992	Taran, 2009

RKK258

Column	Version 1	Version 2
2	52.35	53.3
4	52.0	53.0
5	21.0	18.0
7	158.266666667	157.516666667
9	158.0	157.0
10	16.0	31.0
11	9.0	01
13	KAMCHATKA Eastern Volcanic Zone	KAMCHATKA Median Volcanic Zone
14	vol. Mutnovsky, Upper Field	Malka Hot Spr., spring.
16	19830000.0	19710000.0
19	10.0	71GIN-A
21		G/S
24	5.0
32		5.71428571429
34	680.0	8e-06
35		≥
36	680.0	8e-06
43	Rcorr=Rme
53	Taran et al., 1992	DB of GIN RAS

RKK259

Column	Version 1	Version 2
2	52.9833333333	53.3
4	52.0	53.0
5	59.0	18.0
7	158.433333333	157.516666667
9	158.0	157.0
10	26.0	31.0
11	2.0	03
13	KAMCHATKA Eastern Volcanic Zone	KAMCHATKA Median Volcanic Zone
14	Zaichik cape, spr.	Malka Hot Spr., spring.
15		<
16	19820000.0	19730000.0
19	40-R	7934.0
22	60.0	80.0
24	12.5
26	27.5
29	9600.0	0.0146
30	0.116
31	0.000657
32		4.42857142857
34	440.0	6.2e-06
36	950.0	6.4e-06
37		6.2
38	0.5
42		310.0
43	(3He/4He)corr >950	[Ar]=[Ar+Kr+Xe]
44	100.0
45	183000.0	0.044
46	798000.0	0.95
47	9400.0
48	100.0	0.0056
49	100.0
52	CO2=[CO2+H2S]
53	Rozhkov and Verkhovskiy, 1990	Kamenskiy et al., 1976

RKK260

Column	Version 1	Version 2
2	52.9833333333	53.3
4	52.0	53.0
5	59.0	18.0
7	158.433333333	157.516666667
9	158.0	157.0
10	26.0	31.0
11	7.0	03
13	KAMCHATKA Eastern Volcanic Zone	KAMCHATKA Median Volcanic Zone
14	Zaichik Spr.	Malka Hot Spr., spring.
15		<
16	19810900.0	19730000.0
19	26.0	7932.0
21	S	G/S
22	12.0	42.0
23	60 a
24	13.0
29	9600.0	0.0165
32	3.2	5.03571428571
34	448.0	7.05e-06
36	910.0	7.1e-06
37		25.0
38	0.5
42		294.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	[Ar]=[Ar+Kr+Xe]
46	976000.0	0.992
47	9400.0
48	5000.0	0.008
53	Taran, 2009	Kamenskiy et al., 1976

RKK261

Column	Version 1	Version 2
2	54.8166666667	54.0666666667
5	49.0	4.0
7	161.433333333	158.033333333
9	161.0	158.0
10	26.0	2.0
11	1.0	02
13	KAMCHATKA Eastern (34в)	KAMCHATKA Median Volcanic Zone
14	Bogachevskaya prosp. area, hole 8	Puschino Cold Spr., "Upper" spr.
16		19811000.0
19	191.0	6-R
21	G/H	G/S
22		46.0
24	10.9	6.2e-06
26	3.88	3e-07
29	4530.0	0.0002
30		4.9e-08
31		7.4e-09
34	236.0	4.6e-06
36	246.285714286	4.6e-06
38	3.1	22.2
42	300.3	300.0
44		0.0001
45		0.0008
46		0.01
47		0.985
48		0.004
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	DB of GIN RAS .	Rozhkov and Verkhovskiy, 1990

RKK262

Column	Version 1	Version 2
2	54.8166666667	54.0666666667
5	49.0	4.0
7	161.433333333	158.033333333
9	161.0	158.0
10	26.0	2.0
11	1.0	03
13	KAMCHATKA Eastern (34в)	KAMCHATKA Median Volcanic Zone
14	Bogachyevskaya prosp. area, hole 72	Puschino Cold Spr., spring
15		<
16		19730000.0
19	186.0	72-196
21	G/H	G/S
24	6.9
26	1.4
29	1050.0	0.004
32		5.85714285714
34	162.0	8.2e-06
36	163.294117647	8.2e-06
38	5.4
42	301.4
43		[Ar]=[Ar+Kr+Xe]
45		0.006
46		0.35
47		0.644
48		0.0002
51		-5.4
52		CO2=[CO2+H2S]
53	DB of GIN RAS .	Kamenskiy et al., 1976

RKK263

Column	Version 1	Version 2
2	54.8166666667	54.0666666667
5	49.0	4.0
7	161.433333333	158.033333333
9	161.0	158.0
10	26.0	2.0
11	1.0	07
13	KAMCHATKA Eastern (34в)	KAMCHATKA Median Volcanic Zone
14	Bogachyevskaya prosp. area, hole R-2	Puschino Hot Spr.
16		19811000.0
17	1571.0
19	180.0	15.0
21	G/H	G/S
22		46.0
24	6.32	6e-06
26	0.78
29	559.0	0.0002
32		3.3
34	159.0	4.62e-06
36	159.662790698	4.66451612903e-06
38	8.9	22.0
42	296.4
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46		0.01
47		0.985
48		0.004
53	DB of GIN RAS .	Taran, 2009

RKK264

Column	Version 1	Version 2
2	54.8166666667	54.0666666667
5	49.0	4.0
7	161.433333333	158.033333333
9	161.0	158.0
10	26.0	2.0
11	1.0	01
13	KAMCHATKA Eastern (34в)	KAMCHATKA Median Volcanic Zone
14	Bogachyevskaya prosp. area, hole R-3	Puschino Hot Spr.
17	2313.0
19	178.0	7409
21	G/H	G/S
24	7.88
26	0.62
29	574.0
34	146.0	1.03e-05
35		≥
36	146.132352941	1.03e-05
38	13.9
42	297.0
53	DB of GIN RAS .	DB of GIN RAS

RKK265

Column	Version 1	Version 2
2	54.8166666667
4	54.0
5	49.0
7	161.433333333
9	161.0
10	26.0
11	1.0	03
13	KAMCHATKA Eastern (34в)	KAMCHATKA Median Volcanic Zone
14	Bogachyevskaya prosp. area, hole R-4	Shikovaya r., free gas issue in the river bed, left bank
15		<
16		19730000.0
17	1359.0
19	184.0	7970.0
21	G/H	G/river
24	8.3
26	0.7
29	566.0	0.0083
34	158.0	1.55e-06
36	158.42519685	2e-06
37		0.33
38	13.0
42	296.4	297.0
43		[Ar]=[Ar+Kr+Xe]
46		0.574
47		0.009
48		0.417
52		CO2=[CO2+H2S]
53	DB of GIN RAS .	Kamenskiy et al., 1976

RKK266

Column	Version 1	Version 2
2	54.75
4	54.0
5	45.0
7	161.116666667
9	161.0
10	7.0
11	1.0	03
13	KAMCHATKA Eastern (34в)	KAMCHATKA Median Volcanic Zone
14	Dvukhlagernaya prosp. area, hole GK-1	Shikovaya r., free gas issue in the river bed, right bank
15		<
16		19730000.0
19	188.0	7966.0
21	G/H	G/river
22		7.0
24	26.7
26	0.96
29	948.0	0.0069
32	2.23571428571
34	313.0	1.35e-06
36	314.701639344	1.25e-06
37		0.39
38	30.8
42	302.1	299.0
43		[Ar]=[Ar+Kr+Xe]
46		0.44
47		0.014
48		0.546
50		-59.9
51		-12.4
52		CO2=[CO2+H2S]
53	DB of GIN RAS .	Kamenskiy et al., 1976

RKK267

Column	Version 1	Version 2
2	51.967
4	51.0
5	58.02
7	156.5
9	156.0
10	30.0
11	7.0	03
13	KAMCHATKA Eastern	KAMCHATKA Median Volcanic Zone
14	Opala River Spr.	Shikovaya r., free gas issue in the river bed, spr. on the right bank
15		<
16		19730000.0
19	44.0	7961.0
21	S	G/S
22	12.0
23	a
24	9.0
29	5600.0	0.0086
32	1.3
34	182.0	1.75e-06
36	278.923076923	2.9e-06
37		0.33
38	0.43
42		301.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	[Ar]=[Ar+Kr+Xe]
45		0.003
46	231000.0	0.468
47	32000.0	0.018
48	732000.0	0.511
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK268

Column	Version 1	Version 2
2	51.9666666667
4	51.0
5	58.0
7	156.5
9	156.0
10	30.0
11	3.0	01,11
13	KAMCHATKA Eastern	KAMCHATKA Western
14	Opala river, left bank, 2nd lake	Gavanskaya prosp. area, hole
15	<
16	19730000.0
17		340.0
19	9357.0	13a
21	G/lake
22	18.0
24		0.00012
29	4300.0	0.00213
34	143.0	1.1e-07
35	>=	≤
36	143.0	1.1e-07
37	0.25
42	304.0
43	Ar=[Ar+Kr+Xe]
44	0.0
45	6000.0
46	230000.0	0.213
47	32000.0
48	732000.0	0.7446
50	-61.1	-35.4
51	-7.7
52	CO2=[CO2+H2S]	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 24600 ppm
53	Kamenskiy et al., 1976	DB of GIN RAS; DB of E.M. Prasolov, unpubl.

RKK269

Column	Version 1	Version 2
2	51.9666666667
4	51.0
5	58.0
7	156.5
9	156.0
10	30.0
11	3.0	11.0
13	KAMCHATKA Eastern	KAMCHATKA Western
14	Opala river, left bank,1st lake	Limanskoe prosp. area
15	<
16	19730000.0
19	9355.0	34а-ЕМP-3а
21	G/lake
22	5.0
24		8.1e-05
29	5600.0
34	175.0
36	230.0	9e-08
37	0.43
43	Ar=[Ar+Kr+Xe]
44	0.0
45	2000.0
46	231000.0	0.033
47	28000.0	0.001
48	739000.0	0.9485
50	-62.1
51	-3.8
52	CO2=[CO2+H2S]	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 24500 ppm
53	Kamenskiy et al., 1976	DB of E.M. Prasolov, unpubl. 34а-ЕМP-3а

RKK270

Column	Version 1	Version 2
2	51.9666666667
4	51.0
5	58.0
7	156.5
9	156.0
10	30.0
11	3.0	03,11
13	KAMCHATKA Eastern	KAMCHATKA Western
14	Opala volcano caldera, spring	Mezhdurechenskaya prosp. area, hole GK-3
15	<
16	19730000.0	19720000.0
17		1520.0
19	9361.0	72-184
21	G/S
22	18.0
29	1600.0	0.0023
34	890.0	6e-07
35		≤
36	900.0	6e-07
37	25.0
42		302.0
43	Ar=[Ar+Kr+Xe]	[Ar]=[Ar+Kr+Xe]
44	0.0
45	0.0
46	79000.0	0.185
47	569000.0	0.015
48	350000.0	0.8014
50	-36.5	-27.3
51	-8.4
52	CO2=[CO2+H2S]	CO2=[CO2+H2S]; [CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 11400 ppm
53	Kamenskiy et al., 1976	Kamenskiy et al., 1976; DB of E.M. Prasolov, unpubl.

RKK271

Column	Version 1	Version 2
2	51.9666666667	52.875
4	51.0	52.0
5	58.0	52.5
7	156.5	157.333333333
9	156.0	157.0
10	30.0	20.0
11	3.0	02
13	KAMCHATKA Eastern	KAMCHATKA Western
14	Opala volcano, spr. on the pass	Apacha Spr., spring
15	<
16	19730000.0	19820700.0
19	7954.0	54-R
22	12.0	71.0
24		0.000568
26		8e-06
29	6900.0	0.0106
30		1.74e-06
31		1.18e-07
32		2.92857142857
34	175.0	4.1e-06
36	290.0	4.1e-06
37	0.33
38		77.4
39		9.8
40		0.0277
42	321.0
43	Ar=[Ar+Kr+Xe]
44	0.0	0.0005
45	7000.0	0.0001
46	478000.0	0.972
47	34000.0	0.0011
48	481000.0	0.0152
49		0.0001
52	CO2=[CO2+H2S]	[CH4]=[CH4+heavy HCs]
53	Kamenskiy et al., 1976	Rozhkov and Verkhovskiy, 1990

RKK272

Column	Version 1	Version 2
2	52.45	52.875
5	27.0	52.5
7	157.733333333	157.333333333
10	44.0	20.0
11	1.0	03
13	KAMCHATKA Eastern	KAMCHATKA Western
14	Opalskie Spr.	Apacha Spr., spring
15		<
16		19730000.0
19	7428	7935.0
22		70.0
29		0.0128
32		4.64285714286
34	610.0	6.5e-06
35	>=
36	610.0	6.55e-06
37		25.0
42		323.0
43		[Ar]=[Ar+Kr+Xe]
45		0.012
46		0.949
47		0.01
48		0.029
52		CO2=[CO2+H2S]
53	DB of GIN RAS .	Kamenskiy et al., 1976

RKK273

Column	Version 1	Version 2
2	52.45	58.7833333333
4	52.0	58.0
5	27.0	47.0
7	157.733333333	161.35
9	157.0	161.0
10	44.0	21.0
11	2.0	01
13	KAMCHATKA Eastern	KAMCHATKA Western
14	Opalskie Spr.	Korkavayam Spr.
16	19830000.0	19730000.0
19	100-R	7685.0
22	76.0
24	43.8
26	38.2
29	14900.0
30	2.95
31	0.287
34	580.0	5.9e-06
35		≥
36	720.0	5.9e-06
38	1.3
39	9.91
40	2.92
44	100.0
45	1300.0
46	968000.0	0.99
47	3900.0
48	11900.0
49	100.0
53	Rozhkov and Verkhovskiy, 1990	DB of GIN RAS

RKK274

Column	Version 1	Version 2
2	52.45
4	52.0
5	27.0
7	157.733
9	157.0
10	44.0
11	7.0	03
13	KAMCHATKA Eastern	KAMCHATKA Western
14	Opalskie Spr.	Sobolevo prosp. area, hole GK-11S
15		<
16	19830300.0	19720000.0
17		660.0
19	40.0	9397.0
21	S
22	83.0
23	a
24	36.0
29	14900.0	0.0048
32	4.2
34	588.0	1.02e-06
36	722.4	1.01e-06
37		19.0
38	1.3
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	[Ar]=[Ar+Kr+Xe]
45		0.006
46	968000.0	0.243
47	3900.0
48	12000.0	0.751
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK275

Column	Version 1	Version 2
2	52.45
4	52.0
5	27.0
7	157.733333333
9	157.0
10	44.0
11	1.0	03
13	KAMCHATKA Eastern	KAMCHATKA Western
14	Opalskie Spr.	Sobolevo prosp. area, hole GK-11S
15		<
16		19720000.0
17		1222.0
19	9361	9395.0
21	G/S
22	11.0
24	30.0
29	1580.0
34	890.0	1.2e-06
36	910.0	1.2e-06
37		4.0
46		0.833
47		0.053
48		0.114
52		CO2=[CO2+H2S]
53	DB of GIN RAS .	Kamenskiy et al., 1976

RKK276

Column	Version 1	Version 2
2	51.486
4	51.0
5	31.0
7	156.64
9	156.0
10	43.0
11	7.0	02
13	KAMCHATKA Eastern	KAMCHATKA Western
14	Ozernovskie Spr.	Taugskaya prosp. area, hole 1
16		19740700.0
19	48.0	67-R
21	S
22	85.0
23	a
24	58.0	0.000494
26		1.3e-06
29	14200.0	0.0011
30		1.89e-07
31		2.41e-08
32	5.3
34	742.0	4.7e-07
36	749.620253165	4.7e-07
38	24.0	415.0
39		9.8
40		0.0291
42		320.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44		0.0063
45		0.0037
46	909000.0	0.182
47	5000.0	0.0054
48	84000.0	0.801
52		[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK277

Column	Version 1	Version 2
2	51.5166666667
4	51.0
5	31.0
7	156.716666667
9	156.0
10	43.0
11	3.0	03
13	KAMCHATKA Eastern	KAMCHATKA Western
14	Ozernovskie Spr., spring	Tundrenaya r., free gas issue
19	9393.0	7969.0
21	G/S	G/seep
22	82.0	9.0
24	57.6
26	2.4
29	14200.0	0.0056
34	730.0	7.4e-07
36	735.0	5.8e-07
37	24.0	1.3
42		299.0
43	Ar=[Ar+Kr+Xe]	[Ar]=[Ar+Kr+Xe]
44	0.0
45	0.0
46	909000.0	0.331
47	5000.0	0.028
48	84000.0	0.641
50	-25.9

RKK278

Column	Version 1	Version 2
2	52.55
4	52.0
5	33.0
7	158.233
9	158.0
10	14.0
11	7.0	06,11
13	KAMCHATKA Eastern	KAMCHATKA Western
14	Pereval'hye Spr.	Tvayan prosp. area, hole GK-7
15		<
16	19830700.0	19720000.0
19	34.0	14.0
21	F	G/H
22	100.0
23	c
24	26.0	6e-05
29	1300.0	0.00427
32	3.7
34	518.0	3.6e-06
35		≥
36	536.290322581	3.6e-06
38	6.5
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46	79000.0	0.116
47	920000.0	0.008
48	6800.0	0.8764
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 400 ppm
53	Taran, 2009	Tolstikhin et al., 1972; DB of E.M. Prasolov, unpubl. 34а-ЕМP-5

RKK279

Column	Version 1	Version 2
2	52.55	55.9666666667
4	52.0	55.0
5	33.0	58.0
7	158.233333333	156.083333333
9	158.0	156.0
10	14.0	5.0
11	2.0	01,11
13	KAMCHATKA Eastern	KAMCHATKA Western
14	Perevalnye Spr.	Ust'-Kisun prosp. area, hole
16	19820000.0
17		980.0
19	55-R	2.0
21	G/S
22	98.0
24	12.8	0.0002
26	2.2
29	1900.0	0.0006
30	0.492
31	0.0727
34	520.0	4.5e-07
35		≤
36	550.0	4.5e-07
38	6.5
39	9.91
40	2.93
44	100.0
45	100.0
46	104000.0	0.056
47	854000.0	0.002
48	9600.0	0.9375
49	30500.0
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 500 ppm
53	Rozhkov and Verkhovskiy, 1990	DB of GIN RAS; DB of E.M. Prasolov, unpubl. 34а-ЕМP-2

RKK280

Column	Version 1	Version 2
2	56.2	55.7333333333
4	56.0	55.0
5	12.0	44.0
7	160.383	156.1
9	160.0	156.0
10	22.98	6.0
11	7.0	03
13	KAMCHATKA Eastern	KAMCHATKA Western (34a)
14	Upper Schapinsky Spr.	Liman prosp. area, hole GP-1
15		<
16	19840800.0	19730000.0
17		2100.0
19	7.0	72-183
21	S	G/H
22	52.0
23	a	K2-Pg
24	3.0	7e-05
29	500.0	1.6e-05
32	2.6
34	364.0	9e-08
35		≤
36	370.280373832	9e-08
38	11.0
42		302.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46	53000.0	0.041
47	946000.0
48	50.0	0.909
50		-31.4
53	Taran, 2009	Kamenskiy et al., 1976

RKK281

Column	Version 1	Version 2
2	54.8
4	54.0
5	48.0
7	162.1
9	162.0
10	6.0
11	2.0	03
13	KAMCHATKA Eastern	KAMCHATKA Western (34a)
14	Kamenisty Spr.	Nizhne-Nizkon prosp. area, hole GK-10
15		<
16	19840000.0	19730000.0
17		770.0
19		8072.0
21	G/S
22	60.0
24	125.0
26	25.0
29	14600.0
30	2.33
31	0.261
32	3.14285714286
34	440.0	6.3e-07
36	460.0	6.2e-07
37		25.0
38	5.6
42		318.0
43		[Ar]=[Ar+Kr+Xe]
44	100.0
45	6700.0
46	966000.0	0.056
47	900.0	0.008
48	11800.0	0.936
49	100.0
52		CO2=[CO2+H2S]
53	Rozhkov and Verkhovskiy, 1990	Kamenskiy et al., 1976

RKK282

Column	Version 1	Version 2
2	54.8
4	54.0
5	48.0
7	162.1
9	162.0
10	6.0
11	7.0	03
13	KAMCHATKA Eastern	KAMCHATKA Western (34a)
14	Kamenisty Spr.	Nizhne-Nizkon prosp. area, hole GK-10
15		<
16	19820800.0	19730000.0
17		770.0
19	10.0	9341.0
21	G/S
22	60.0
23	a
24	125.0
29	14600.0	0.00082
32	3.2
34	448.0	8e-07
36	464.210526316	7.8e-07
37		13.0
38	6.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	[Ar]=[Ar+Kr+Xe]
45		0.003
46	966000.0	0.087
47	9000.0	0.013
48	11800.0	0.897
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK283

Column	Version 1	Version 2
2	54.6
4	54.0
5	36.0
7	161.833333333
9	161.0
10	50.0
11	2.0	06,11
13	KAMCHATKA Eastern	KAMCHATKA Western (34a)
14	Kubovskie Spr.	Nizhne-Nizkon prosp. area, hole GK-10
15		<
16	19840000.0	19720000.0
19		17.0
21	G/S
22	45.0
24	19.8	7e-05
26	23.2
29	12900.0	0.00082
30	1.89
31	0.167
34	180.0	8.1e-07
35		≤
36	200.0	8.1e-07
38	0.94
44	100.0
45	5700.0
46	962000.0	0.0868
47	8300.0	0.013
48	11100.0	0.897
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Tolstikhin et al., 1972; DB of E.M. Prasolov, unpubl. 34а-ЕМP-3b

RKK284

Column	Version 1	Version 2
2	54.6
4	54.0
5	36.0
7	161.833
9	161.0
10	49.98
11	7.0	03
13	KAMCHATKA Eastern	KAMCHATKA Western (34a)
14	Kubovsky Spr.	Nizhne-Nizkon prosp. area, hole GK-6
15		<
16	19820800.0	19720000.0
17		850.0
19	11.0	8075.0
21	S
22	45.0
23	a	Neogene
24	20.0
29	12900.0	0.00175
32	1.3
34	182.0	5.7e-07
36	200.0	5.6e-07
37		25.0
38	1.0
42		302.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	[Ar]=[Ar+Kr+Xe]
45		0.002
46	962000.0	0.125
47	8300.0	0.003
48	11000.0	0.87
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK285

Column	Version 1	Version 2
2		55.6666666667
4		55.0
5		40.0
7		156.583333333
9		156.0
10		35.0
11	1.0	03,06
13	KAMCHATKA Eastern	KAMCHATKA Western (34a)
14	Liman Sping	Verkhne-Nizkon prosp. area, hole GK-5
15		<
16		19720000.0
17		745.0
19	32-R	8068.0
21	G/S
23		Neogene
29		0.0004
34	720.0	3.15e-06
35	>=
36	720.0	3.15e-06
37		25.0
42		353.0
43		[Ar]=[Ar+Kr+Xe]
46		0.034
48		0.966
50		-61.8
52		CO2=[CO2+H2S]
53	DB of GIN RAS .	Tolstikhin et al., 1972; Kamenskiy et al., 1976

RKK286

Column	Version 1	Version 2
2	55.067	55.6666666667
5	4.02	40.0
7	161.883	156.583333333
9	161.0	156.0
10	52.98	35.0
11	7.0	03
13	KAMCHATKA Eastern	KAMCHATKA Western (34a)
14	Lower Chazhma	Verkhne-Nizkon prosp. area, hole GK-7
15		<
16	19790700.0	19730000.0
17		910.0
19	9.0
21	S
22	55.0
23	a
24	120.0	8e-05
29	13700.0	0.0043
32	5.4
34	756.0	3.8e-06
36	759.574468085	4.05e-06
37		2.5
38	52.0
42		321.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	[Ar]=[Ar+Kr+Xe]
45		0.013
46	985000.0	0.357
47	1200.0	0.038
48	1000.0	0.592
52		CO2=[CO2+H2S]
53	Taran, 2009	Kamenskiy et al., 1976

RKK287

Column	Version 1	Version 2
2	50.8833333333	50.8
5	53.0	48.0
7	155.466666667	155.5
10	28.0	30.0
11	2.0	07
14	v. Alaid, crater fumaroles	vol. Alaid
19	10-R	V9
21	G/F
22	650.0
24	10.5	1.1e-05
26	21.5
29	8700.0
30	0.965
31	0.0704
33		6.3
34	440.0
36	870.0	8.82e-06
38	0.54
44	300.0
45	154000.0
46	331000.0
47	345000.0
48	161000.0
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK288

Column	Version 1	Version 2
2	50.8	50.8833333333
5	48.0	53.0
7	155.5	155.466666667
10	30.0	28.0
11	7.0	02
14	vol. Alaid	vol. Alaid, crater fumaroles
16	19810000.0	19810700.0
17	0.0
19	V9	10-R
21		G/F
22		650.0
24	11.0	1.05e-05
26		2.15e-05
29		0.0087
30		9.65e-07
31		7.04e-08
33	6.3
34		4.4e-06
36	882.0	8.7e-06
38		0.54
44		0.0003
45		0.154
46		0.331
47		0.345
48		0.161
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK290

Column	Version 1	Version 2
2	45.0833333333	45.0333333333
5	5.0	2.0
7	148.016666667	147.75
9	148.0	147.0
10	1.0	45.0
11	1.0	05
14	Glukhie Spr., upper reaches of Sulfur Creek, spring	Goryachiy Klyuch Spr.
15		<
16		19680000.0
19		40.0
24	17.0	7e-05
29	5190.0	0.0033
34	990.0	1.2e-05
35		≥
36	1160.0	1.2e-05
42		310.0
53	DB of GIN RAS .	Mamyrin et al., 1969

RKK291

Column	Version 1	Version 2
11	5.0	06
15	<
16	19690000.0	19670818.0
19	40.0	5.0
21		G/S
22		55.0
24	70.0	7e-05
29	3300.0	0.00334
34	1200.0	1.4e-05
35		≥
36	1200.0	1.4e-05
42	310.0
43	Rcorr=Rme
44		0.003
46		0.303
47		0.121
48		0.573
52		CO2=[CO2+H2S]
53	Mamyrin et al., 1969	Tolstikhin et al., 1972

RKK292

Column	Version 1	Version 2
11	6.0	06
16	19670818.0	19680921.0
19	5.0	5a
21		G/S
24	70.0	8e-05
29	3340.0	0.00321
34	1400.0	9.4e-06
35		≥
36	1400.0	9.4e-06
43	Rcorr=Rme
44	3000.0
45	0.0
47	121000.0	0.122
48	573000.0
52	CO2=[CO2]+[H2S], CH4=[CH4]+[HHC]	CO2=[CO2+H2S]

RKK293

Column	Version 1	Version 2
2	45.0333333333	45.033
11	6.0	07
16	19680921.0	19680900.0
19	5a	67.0
21		G/S
22		55.0
24	80.0	7e-05
29	3210.0	0.0033
33		8.6
34	940.0
36	940.0	1.204e-05
38		32.0
43	Rcorr=Rme
45	0.0
46		0.303
47	122000.0	0.121
48		0.574
52	CO2=[CO2]+[H2S], CH4=[CH4]+[HHC]
53	Tolstikhin et al., 1973	Taran, 2009

RKK294

Column	Version 1	Version 2
2	45.0333333333	45.083
5	2.0	4.98
7	147.75	148.017
9	147.0	148.0
10	45.0	1.02
11	1.0	07
14	Goryachiy Klyuch Spr.	vol. Baransky, fumarole
16		19930000.0
19		V17
21	G/S	G/F
22		106.0
24	1.3	1e-05
29	910.0
33		6.8
34	930.0
36	960.0	9.52e-06
38		106.0
53	DB of GIN RAS .	Taran, 2009

RKK295

Column	Version 1	Version 2
2	45.1	45.083
5	6.0	4.98
7	148.033333333	148.017
10	2.0	1.02
11	7.0	07
14	vol. Baransky	vol. Baransky, fumarole
16	19930000.0	19930800.0
17	0.0
19	V17	66.0
21		G/F
22		98.0
24	10.0	6e-06
29		0.00056
34		9.52e-06
36	952.0	9.52e-06
38		5.6
46		0.042
47		0.92
48		0.0001

RKK296

Column	Version 1	Version 2
2	45.1	45.083
5	6.0	4.98
7	148.033333333	148.017
10	2.0	1.02
11	6.0	07
14	vol. Baransky, SW slope, upper Sernaya R., spring	vol. Baransky, spr.
16	19680728.0	19680800.0
19	6.0	66.0
21		G/S
22		40.0
24	17.0	1.7e-05
29	5190.0	0.0052
33		6.8
34	950.0	9.52e-06
36	950.0	9.52e-06
38		2.0
43	Rcorr=Rme
45	16000.0
47	615000.0
52	CO2=[CO2]+[H2S], CH4=[CH4]+[HHC]
53	Tolstikhin et al., 1972	Taran, 2009

RKK297

Column	Version 1	Version 2
2	44.4666666667	45.083
4	44.0	45.0
5	28.0	4.98
7	146.933333333	148.017
9	146.0	148.0
10	56.0	1.02
11	7.0	06
14	vol. Berutarube	vol. Baransky, SW slope, upper Sernaya R., spring
16	19940000.0	19680728.0
17	0.0
19	V20	6.0
22		40.0
24	3.0	1.7e-05
29		0.00519
33	6.4
34		9.5e-06
35		≥
36	896.0	9.5e-06
45		0.016
46		0.369
47		0.615
52		CO2=[CO2+H2S]
53	Taran, 2009	Tolstikhin et al., 1972

RKK298

Column	Version 1	Version 2
2	45.3833333333	44.4666666667
4	45.0	44.0
5	23.0	28.0
7	147.916666667	146.933333333
9	147.0	146.0
10	55.0	56.0
11	7.0	07
14	vol. Chirip	vol. Berutarube
17	0.0
19	V19	V20
24	5.0	3e-06
33	7.2	6.4
36	1008.0	8.96e-06

RKK300

Column	Version 1	Version 2
2	45.3833333333	45.0166666667
5	23.0	1.0
7	148.8	147.866666667
9	148.0	147.0
10	48.0	52.0
11	7.0	07
14	vol. Kudryavy	vol. Grozny
16	19960000.0	19940000.0
17	0.0
19	V16	V18
24	3.0	4e-06
33	6.8	7.2
36	952.0	1.008e-05

RKK305

Column	Version 1	Version 2
2	47.359	45.3833333333
4	47.0	45.0
5	21.54	23.0
7	152.46	148.8
9	152.0	148.0
10	27.6	48.0
11	7.0	10.0
13	KURILES, Ketoy Isl.	KURILES, Iturup Isl.
14	Waterfall Spr.	vol. Kudryavy
19	63.0	5.0
21	S
22	17.0	187.0
32	8.6	6.65
33		6.66
34	1204.0
36	1204.0	9.324e-06
43	Rcorr=(R/Ra)me*140
51		-5.2
53	Taran, 2009	Fisher et al., 1998

RKK306

Column	Version 1	Version 2
2	44.1666666667	47.359
4	44.0	47.0
5	10.0	21.54
7	146.0	152.46
9	146.0	152.0
10	0.0	27.6
11	2.0	07
13	KURILES, Kunashir Isl.	KURILES, Ketoy Isl.
14	Dobriy Klyuch Spr.	Waterfall Spr.
16	19870000.0
19		63.0
22		17.0
24	88.9
26	12.1
29	13800.0
32		8.6
34	340.0	1.204e-05
35		≥
36	350.0	1.204e-05
38	8.12
43		Rme=(R/Ra)me*140
44	100.0
45	100.0
46	974000.0
47	10800.0
48	1300.0
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK307

Column	Version 1	Version 2
11	1.0	02
16		19870500.0
24	126.0	8.89e-05
26		1.21e-05
29	14800.0	0.0138
30		2.22e-06
31		3.01e-07
34	620.0	3.4e-06
36	650.0	3.5e-06
38		8.12
44		0.0001
45		0.0001
46		0.974
47		0.0108
48		0.0013
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	DB of GIN RAS .	Rozhkov and Verkhovskiy, 1990

RKK308

Column	Version 1	Version 2
2	44.167	44.1666666667
5	10.02	10.0
11	7.0	01
14	Dobryi Klyuch Spr.	Dobriy Klyuch Spr.
16	19870900.0
19	70.0
21	S	G/S
22	87.0
23	69 g
24		0.000126
29	13800.0	0.0148
32	4.7
33	4.7
34	658.0	6.2e-06
36	658.0	6.5e-06
38	6.5
43	Rcorr=(R/Ra)corr*140
46	974000.0
47	11000.0
48	1300.0
53	Taran, 2009	DB of GIN RAS

RKK309

Column	Version 1	Version 2
2	43.879	44.167
4	43.0	44.0
5	52.74	10.02
7	145.64	146.0
9	145.0	146.0
10	38.4	0.0
11	7.0	07
14	Golovnin Caldera, Boiling Lake (drainage)	Dobryi Klyuch Spr.
16	18840700.0	19870900.0
19	76.0	70.0
21	S	G/S
22	20.0	87.0
23	56 b
29	1500.0	0.0138
32	6.7	4.7
33		4.7
34	938.0	6.58e-06
36	943.606557377	6.58e-06
38	43.0	6.5
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]	Rcorr=(R/Ra)corr*140
46	66000.0	0.974
47	910000.0	0.011
48	2.3	0.0013

RKK310

Column	Version 1	Version 2
2	43.9833333333	43.879
5	59.0	52.74
7	145.783333333	145.64
10	47.0	38.4
11	1.0	07
14	Goryachiy Beach Spr.	Golovnin Caldera, Boiling Lake (drainage)
16		19840700.0
19		76.0
22		20.0
24	28.0
29	14800.0	0.0015
32		6.7
34	640.0	9.38e-06
36	830.0	9.43606557377e-06
38		43.0
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46		0.066
47		0.91
48		2.3e-06
53	DB of GIN RAS .	Taran, 2009

RKK311

Column	Version 1	Version 2
2	43.983	43.9833333333
5	58.98	59.0
7	145.75	145.783333333
10	45.0	47.0
11	7.0	01
14	Kislaya Rechka Spr.	Goryachiy Beach Spr.
16	19830900.0
19	72.0
21	S	G/S
22	70.0
23	70 g
24		2.8e-05
29	900.0	0.0148
32	7.8
33	7.8
34	1092.0	6.4e-06
36	1092.0	8.3e-06
38	7.4
43	Rcorr=(R/Ra)corr*140
46	86000.0
47	890000.0
48	2300.0
53	Taran, 2009	DB of GIN RAS

RKK312

Column	Version 1	Version 2
2	44.017	43.983
4	44.0	43.0
5	1.02	58.98
7	145.7	145.75
10	42.0	45.0
11	5.0	07
14	Stolbovskie Spr.	Kislaya Rechka Spr.
15	<
16	19690000.0	19830900.0
19	46.0	72.0
21		G/S
22		70.0
24	100.0
29	660.0	0.0009
32		7.8
33		7.8
34	760.0	1.092e-05
36	760.0	1.092e-05
38		7.4
42	604.0
43	Rcorr=Rme	Rcorr=(R/Ra)corr*140
46		0.086
47		0.89
48		0.0023
53	Mamyrin et al., 1969	Taran, 2009

RKK313

Column	Version 1	Version 2
11	6.0	05
15		<
16	19670803.0	19690000.0
19	4.0	46.0
24	10.0	0.0001
29	6620.0	0.00066
34	890.0	7.6e-06
35		≥
36	890.0	7.6e-06
42		604.0
43	Rcorr=Rme
44	800.0
45	1000.0
46	37000.0
47	412000.0
48	550000.0
52	CO2=[CO2]+[H2S], CH4=[CH4]+[HHC]
53	Tolstikhin et al., 1972	Mamyrin et al., 1969

RKK314

Column	Version 1	Version 2
11	6.0	06
16	19690000.0	19670803.0
19	4a	4.0
24		1e-05
29		0.00662
34	720.0	8.9e-06
35		≥
36	720.0	8.9e-06
44		0.0008
45		0.001
46		0.037
47		0.412
48		0.55
52		[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]

RKK315

Column	Version 1	Version 2
2	45.017	44.017
4	45.0	44.0
7	146.7	145.7
9	146.0	145.0
11	7.0	06
16	19670800.0	19690000.0
19	69.0	4a
21	S
22	80.0
23	75 g
29	5900.0
32	5.5
33	5.5
34	770.0	7.2e-06
36	770.0	7.2e-06
38	4.4
43	Rcorr=(R/Ra)corr*140
46	347000.0
47	573000.0
48	80000.0
53	Taran, 2009	Tolstikhin et al., 1972

RKK316

Column	Version 1	Version 2
2	44.0166666667	45.017
4	44.0	45.0
5	1.0	1.02
7	145.7	146.7
9	145.0	146.0
10	42.0	42.0
11	1.0	07
14	Stolbovskie Spr.	Stolbovskie Spr.
16		19670800.0
19		69.0
22		80.0
24	100.0
29	6620.0	0.0059
32		5.5
33		5.5
34	820.0	7.7e-06
36	840.0	7.7e-06
38		4.4
43		Rcorr=(R/Ra)corr*140
46		0.347
47		0.573
48		0.08
53	DB of GIN RAS .	Taran, 2009

RKK317

Column	Version 1	Version 2
2		44.0166666667
4		44.0
5		1.0
7		145.7
9		145.0
10		42.0
11	6.0	01
14	Tretyakovskie Spr., western spring	Stolbovskie Spr.
16	19680813.0
19	3.0
21		G/S
24	82.0	0.0001
29	5350.0	0.00662
34	780.0	8.2e-06
36	780.0	8.4e-06
43	Rcorr=Rme
44	600.0
45	0.0
47	481000.0
48	9940.0
52	CO2=[CO2]+[H2S], CH4=[CH4]+[HHC]
53	Tolstikhin et al., 1972	DB of GIN RAS

RKK318

Column	Version 1	Version 2
2	43.9833333333
4	43.0
5	59.0
7	145.65
9	145.0
10	39.0
11	1.0	06
14	Valentin Creek Spr.	Tretyakovskie Spr., western spring
16		19680813.0
19		3.0
21	G/S
24	82.0	8.2e-05
29	5350.0	0.00535
34	770.0	7.8e-06
35		≥
36	790.0	7.8e-06
44		0.0006
47		0.481
48		0.00994
52		[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]
53	DB of GIN RAS .	Tolstikhin et al., 1972

RKK319

Column	Version 1	Version 2
2	43.8166666667	43.9833333333
5	49.0	59.0
7	145.55	145.65
10	33.0	39.0
11	7.0	01
14	vol. Golovnin	Valentin Creek Spr.
16	19930000.0
17	0.0
19	V23
21		G/S
24	1.5	8.2e-05
29		0.00535
33	5.6
34		7.7e-06
36	784.0	7.9e-06
53	Taran, 2009	DB of GIN RAS

RKK320

Column	Version 1	Version 2
2	43.9	43.8166666667
5	54.0	49.0
7	145.7	145.55
10	42.0	33.0
11	7.0	07
14	vol. Mendeleev	vol. Golovnin
16	19940000.0	19930000.0
17	0.0
19	V22	V23
24	7.0	1.5e-06
33	6.6	5.6
36	924.0	7.84e-06

RKK321

Column	Version 1	Version 2
11	5.0	07
14	vol. Mendeleev, Eastern fumarole field, southern sector	vol. Mendeleev
15	<
16	19690000.0	19940000.0
19	38.0	V22
24	20.0	7e-06
29	300.0
33		6.6
34	620.0
36	620.0	9.24e-06
42	296.0
43	Rcorr=Rme
53	Mamyrin et al., 1969	Taran, 2009

RKK322

Column	Version 1	Version 2
11	6.0	05
15		<
16	19670825.0	19690000.0
19	1.0	38.0
24	20.0	2e-05
29	3030.0	0.0003
34	720.0	6.2e-06
35		≥
36	720.0	6.2e-06
42		296.0
43	Rcorr=Rme
45	0.0
47	736000.0
48	11600.0
52	CO2=[CO2]+[H2S], CH4=[CH4]+[HHC]
53	Tolstikhin et al., 1972	Mamyrin et al., 1969

RKK324

Column	Version 1	Version 2
11	6.0	06
14	vol. Mendeleev, North-eastern fumarole field	vol. Mendeleev, Eastern fumarole field, southern sector
16	19680807.0	19690000.0
19	2.0	1a
24	13.0
29	910.0
34	1030.0	7.6e-06
35		≥
36	1030.0	7.6e-06
43	Rcorr=Rme
45	5000.0
47	935000.0
52	CO2=[CO2]+[H2S], CH4=[CH4]+[HHC]

RKK325

Column	Version 1	Version 2
11	8.0	06
14	vol. Mendeleev, Verchne-Mendeleevskie Spr.	vol. Mendeleev, North-eastern fumarole field
15	<
16	19700000.0	19680807.0
19	5.0	2.0
24	13.0	1.3e-05
29		0.00091
34	880.0	1.03e-05
35		≥
36	880.0	1.03e-05
43	Rcorr=Rme
45		0.005
47		0.935
52		[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]
53	Devirts, et al., 1970	Tolstikhin et al., 1972

RKK326

Column	Version 1	Version 2
11	1.0	08
14	vol. Mendeleev, Verchne-Mendeleevskie Spr. (Acid Creek)	vol. Mendeleev, Verchne-Mendeleevskie Spr.
15		<
16		19700000.0
19		5.0
21	G/S
24	13.0	1.3e-05
29	910.0
34	1050.0	8.8e-06
35		≥
36	1080.0	8.8e-06
53	DB of GIN RAS .	Devirts, et al., 1970

RKK327

Column	Version 1	Version 2
2	44.35	43.9
4	44.0	43.0
5	21.0	54.0
7	146.25	145.7
9	146.0	145.0
10	15.0	42.0
11	7.0	01
14	vol. Tyatya	vol. Mendeleev, Verchne-Mendeleevskie Spr. (Acid Creek)
16	19940000.0
17	0.0
19	V21
21		G/S
24	5.0	1.3e-05
29		0.00091
33	6.9
34		1.05e-05
36	966.0	1.08e-05
53	Taran, 2009	DB of GIN RAS

RKK328

Column	Version 1	Version 2
2	50.683	44.35
4	50.0	44.0
5	40.98	21.0
7	156.017	146.25
9	156.0	146.0
10	1.02	15.0
11	7.0	07
13	KURILES, Paramushir Isl.	KURILES, Kunashir Isl.
14	Severo-Kuril'sk	vol. Tyatya
16	19880100.0	19940000.0
19	55.0	V21
21	W
22	68.0
23	68 b
24		5e-06
29	2900.0
32	6.4
33		6.9
34	896.0
36	896.863342215	9.66e-06
38	263.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46	828000.0
47	140000.0
48	27000.0

RKK329

Column	Version 1	Version 2
2	51.683	50.683
4	51.0	50.0
7	157.017	156.017
9	157.0	156.0
11	2.0	07
14	Severo-Kurilsk settl. , hole	Severo-Kuril'sk
16	19880000.0	19880100.0
19		55.0
21		W
22		68.0
24	600.0
26	2.0
29	2900.0	0.0029
30	0.497
31	0.0509
32		6.4
34	890.0	8.96e-06
36	890.0	8.96863342215e-06
43		Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
44	100.0
45	1900.0
46	828000.0	0.828
47	140000.0	0.14
48	26600.0	0.027
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK330

Column	Version 1	Version 2
2	50.6666666667	51.683
4	50.0	51.0
5	40.0	40.98
7	155.933333333	157.017
9	155.0	157.0
10	56.0	1.02
11	7.0	02
14	vol. Ebeko	Severo-Kurilsk settl. , hole
16	19840000.0	19880100.0
17	0.0
19	V10
24	16.0	0.0006
26		2e-06
29		0.0029
30		4.97e-07
31		5.09e-08
33	6.1
34		8.9e-06
36	854.0	8.9e-06
38		263.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		0.0001
45		0.0019
46		0.828
47		0.14
48		0.0266
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK331

Column	Version 1	Version 2
2	50.6833333333	50.6666666667
5	41.0	40.0
7	156.016666667	155.933333333
9	156.0	155.0
10	1.0	56.0
11	2.0	07
14	vol. Ebeko, "Gremuchaya" fumarole	vol. Ebeko
16	19810000.0	19840000.0
19	9-R	V10
21	G/F
22	140.0
24	39.2	1.6e-05
26	0.15
29	100.0
30	0.021
31	0.0031
33		6.1
34	660.0
36	660.0	8.54e-06
38	253.0
42	314.0
44	100.0
45	100.0
46	16900.0
47	982000.0
48	1000.0
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK332

Column	Version 1	Version 2
11	2.0	02
16	19830000.0	19810700.0
19		9-R
22	117.0	140.0
24	30.9	3.92e-05
26	6.4	1.5e-07
29	1400.0	0.0001
30	0.203	2.1e-08
31	0.0169	3.1e-09
34	680.0	6.6e-06
36	710.0	6.6e-06
38	5.3	253.0
42		314.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44	100.0	0.0001
45	27500.0	0.0001
46	136000.0	0.0169
47	835000.0	0.982
48	100.0	0.001
49	100.0	0.0001
52		[CH4]=[CH4+heavy HCs]

RKK333

Column	Version 1	Version 2
2	50.6666666667	50.6833333333
5	40.0	41.0
7	155.933333333	156.016666667
9	155.0	156.0
10	56.0	1.0
11	6.0	02
14	vol. Ebeko, Eastern fumarole field, Fe-spring	vol. Ebeko, "Gremuchaya" fumarole
16	19680730.0	19830800.0
19	8.0
21		G/F
22		117.0
24	15.0	3.09e-05
26		6.4e-06
29	260.0	0.0014
30		2.03e-07
31		1.69e-08
34	1200.0	6.8e-06
36	1200.0	7.1e-06
38		5.3
43	Rcorr=Rme
44		0.0001
45		0.0275
46		0.136
47	984000.0	0.835
48		0.0001
49		0.0001
52	CO2=[CO2]+[H2S], CH4=[CH4]+[HHC]	[CH4]=[CH4+heavy HCs]
53	Tolstikhin et al., 1972	Rozhkov and Verkhovskiy, 1990

RKK334

Column	Version 1	Version 2
11	6.0	06
14	vol. Ebeko, SW fumarole field, spring	vol. Ebeko, Eastern fumarole field, Fe-spring
16	19680728.0	19680730.0
19	7.0	8.0
24	14.0	1.5e-05
29	215.0	0.00026
34	990.0	1.2e-05
35		≥
36	990.0	1.2e-05
43	Rcorr=Rme
45	2000.0
47	972000.0	0.984
52	CO2=[CO2]+[H2S], CH4=[CH4]+[HHC]	[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]

RKK335

Column	Version 1	Version 2
2	50.6833333333	50.6666666667
5	41.0	40.0
7	156.016666667	155.933333333
9	156.0	155.0
10	1.0	56.0
11	2.0	06
14	vol. Ebeko, N-E fumaroles	vol. Ebeko, SW fumarole field, spring
16	19810000.0	19680728.0
19	8-R	7.0
21	G/F
22	98.0
24	20.1	1.4e-05
26	1.9
29	600.0	0.000215
30	0.108
31	0.012
34	830.0	9.9e-06
35		≥
36	850.0	9.9e-06
38	11.8
44	300.0
45	30700.0	0.002
46	166000.0
47	802000.0	0.972
48	400.0
49	100.0
52		[CH4]=[CH4+heavy HCs]; CO2=[CO2+H2S]
53	Rozhkov and Verkhovskiy, 1990	Tolstikhin et al., 1972

RKK336

Column	Version 1	Version 2
11	2.0	02
16	19830000.0	19810700.0
19		8-R
22	103.0	98.0
24	15.7	2.01e-05
26	4.5	1.9e-06
29	1800.0	0.0006
30	0.252	1.08e-07
31	0.0223	1.2e-08
34	930.0	8.3e-06
36	1000.0	8.5e-06
38	3.88	11.8
44	3500.0	0.0003
45	44700.0	0.0307
46	154000.0	0.166
47	796000.0	0.802
48	100.0	0.0004
49	100.0	0.0001
52		[CH4]=[CH4+heavy HCs]

RKK337

Column	Version 1	Version 2
11	1.0	02
14	vol. Ebeko, Western fumaroles	vol. Ebeko, N-E fumaroles
16		19830900.0
22		103.0
24	215.0	1.57e-05
26		4.5e-06
29	14.0	0.0018
30		2.52e-07
31		2.23e-08
34	990.0	9.3e-06
36	990.0	1e-05
38		3.88
44		0.0035
45		0.0447
46		0.154
47		0.796
48		0.0001
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	DB of GIN RAS .	Rozhkov and Verkhovskiy, 1990

RKK338

Column	Version 1	Version 2
2	50.2166666667	50.6833333333
5	13.0	41.0
7	155.2	156.016666667
9	155.0	156.0
10	12.0	1.0
11	7.0	01
14	vol. Fuss	vol. Ebeko, Western fumaroles
16	19850000.0
17	0.0
19	V11
21		G/F
24	4.0	0.000215
29		1.4e-05
33	8.6
34		9.9e-06
36	1204.0	9.9e-06
53	Taran, 2009	DB of GIN RAS

RKK339

Column	Version 1	Version 2
11	2.0	07
14	vol. Fuss Peak, fumarole	vol. Fuss
16	19820000.0	19850000.0
19	64-R	V11
21	G/F
22	93.0
24	39.9	4e-06
26	5.1
29	1800.0
30	0.231
31	0.0174
33		8.6
34	1080.0
36	1120.0	1.204e-05
38	8.6
44	100.0
45	27100.0
46	163000.0
47	808000.0
48	100.0
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK340

Column	Version 1	Version 2
2	47.7666666667	50.2166666667
4	47.0	50.0
5	46.0	13.0
7	153.016666667	155.2
9	153.0	155.0
10	1.0	12.0
11	7.0	02
13	KURILES, Rasshua Isl.	KURILES, Paramushir Isl.
14	vol. Rasshua	vol. Fuss Peak, fumarole
16	19860000.0	19820800.0
17	0.0
19	V13	64-R
21		G/F
22		93.0
24	15.0	3.99e-05
26		5.1e-06
29		0.0018
30		2.31e-07
31		1.74e-08
33	6.8
34		1.08e-05
36	952.0	1.12e-05
38		8.6
44		0.0001
45		0.0271
46		0.163
47		0.808
48		0.0001
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RKK341

Column	Version 1	Version 2
2	47.767	47.7666666667
4		47.0
5		46.0
7	152.983	153.016666667
9		153.0
10		1.0
11	7.0	07
14	vol. Rasshua, Snow Spr.	vol. Rasshua
16	19860700.0	19860000.0
19	62.0	V13
21	S
22	53.0
23	43 b
24	27.2	1.5e-05
29	15300.0
32	3.9/5.9
33	5.9	6.8
34	546.0
36	826.0	9.52e-06
38	72.0
46	960000.0
47	23000.0
48	2000.0

RKK342

Column	Version 1	Version 2
2	48.7666666667	47.767
4	48.0	47.0
5	46.0	46.02
7	154.016666667	152.983
9	154.0	152.0
10	1.0	58.98
11	7.0	07
13	KURILES, Shiashkotan Isl.	KURILES, Rasshua Isl.
14	vol. Kuntamintar	vol. Rasshua, Snow Spr.
16	19870000.0	19860700.0
17	0.0
19	V12	62.0
21		G/S
22		53.0
24	8.0	2.72e-05
29		0.0153
32		5.9
33	4.9	5.9
34		5.46e-06
36	686.0	8.26e-06
38		72.0
46		0.96
47		0.023
48		0.002

RKK343

Column	Version 1	Version 2
11	2.0	07
14	vol. Kuntomintar, caldera fumaroles	vol. Kuntamintar
19		V12
21	G/F
22	155.0
24	8.4	8e-06
26	8.2
29	2200.0
30	0.288
31	0.0231
33		4.9
34	560.0
36	680.0	6.86e-06
38	1.13
44	180000.0
45	34900.0
46	238000.0
47	723000.0
48	100.0
49	100.0
53	Rozhkov and Verkhovskiy, 1990	Taran, 2009

RKK344

Column	Version 1	Version 2
11	4.0	02
16	19870000.0	19870700.0
22	160.0	155.0
24	16.6	8.4e-06
26		8.2e-06
29		0.0022
30		2.88e-07
31		2.31e-08
34	610.0	5.6e-06
35	>=
36	610.0	6.8e-06
38		1.13
44		0.0018
45		0.0349
46		0.238
47		0.723
48		0.0001
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	Yu.A.Taran, pers. comm.	Rozhkov and Verkhovskiy, 1990

RKK345

Column	Version 1	Version 2
2	45.083	48.7666666667
4		48.0
5		46.0
7	148.017	154.016666667
9		154.0
10		1.0
11	7.0	04
13	KURILES, Urup Isl.	KURILES, Shiashkotan Isl.
14	Baransky Spr.	vol. Kuntomintar, caldera fumaroles
16	19680800.0	19870000.0
19	66.0
21	S	G/F
22	100.0	160.0
23	40 с
24		1.66e-05
29	5200.0
32	6.8
34	952.0	6.1e-06
35		≥
36	1095.29411765	6.1e-06
38	2.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
53	Taran, 2009	Yu.A.Taran, pers. comm.

RKK346

Column	Version 1	Version 2
2	45.083	47.517
4		47.0
5		31.02
7	148.017	152.817
9		152.0
10		49.02
11	7.0	07
13	KURILES, Urup Isl.	KURILES, Ushishir Isl.
14	Baransky Spr.	Ushishir Spr.
16	19930800.0	19860800.0
19	66.0	61.0
21		G/S
22		100.0
23	98 b
29	560.0	0.0002
32	6.8	7.3
34	952.0	1.022e-05
36	997.962264151	1.02962536023e-05
38	5.6	35.0
46	42000.0	0.042
47	920000.0	0.95
48	100.0

RKK347

Column	Version 1	Version 2
2	45.033	47.5166666667
4		47.0
5		31.0
7	147.75	152.483333333
9		152.0
10		29.0
11	7.0	07
13	KURILES, Urup Isl.	KURILES, Ushishir Isl.
14	Goryachii Klyuch Spr.	vol. Ushishir
16	19680900.0	19860000.0
19	67.0	V14
21	S
22	55.0
23	55 f
24		2.2e-05
29	3300.0
32	8.6
33		7.6
34	1204.0
36	1214.06940063	1.064e-05
38	32.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46	303000.0
47	121000.0
48	574000.0

RKK348

Column	Version 1	Version 2
2	47.517	47.5166666667
4		47.0
5		31.0
7	152.817	152.816666667
9		152.0
10		49.0
11	7.0	04
14	Ushishir Spr.	vol. Ushishir, crater fumaroles
16	19860800.0	19820000.0
19	61.0	U-15-2
21	S	G/F
22	100.0
23	100 d
24		7.5e-06
29	200.0	8.8e-05
32	7.3
34	1022.0	9.3e-06
36	1029.62536023	9.7e-06
38	35.0
43	Rcorr is calculated from (R/Ra)me*140 with [4He/20Ne]
46	42000.0
47	950000.0
48	0.0
53	Taran, 2009	Yu.A.Taran, pers. comm.

RKK349

Column	Version 1	Version 2
7	152.483333333	152.816666667
10	29.0	49.0
11	7.0	02
14	vol. Ushishir	vol. Ushishir,, crater fumaroles
16	19860000.0
17	0.0
19	V14
21		G/F
24	22.0	7e-06
26		2e-07
29		0.0002
30		3.4e-08
31		4.7e-09
33	7.6
34		1.05e-05
36	1064.0	1.06e-05
38		32.0
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
44		0.02
45		0.0598
46		0.42
47		0.5
48		0.0001
49		0.0001
52		[CH4]=[CH4+heavy HCs]
53	Taran, 2009	Rozhkov and Verkhovskiy, 1990

RSA001

Column	Version 1	Version 2
11	1.0	01
24	100.0	0.0001
34	260.0	2.6e-06
35	>=	≥
36	260.0	2.6e-06
46	61000.0	0.061
47	4000.0	0.004
48	938500.0	0.9385
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 36b-ЕМP-34b'

RSA003

Column	Version 1	Version 2
11	1.0	01
23	N? , layer 8	Neogene, layer 8
24	16.0	1.6e-05
29	15.0	1.5e-05
34	24.0	2.4e-07
35	<=	≤
36	24.0	2.4e-07
46	2500.0	0.0025
47	4000.0	0.004
48	992600.0	0.9926
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 36а-ЕМP-11c

RSA006

Column	Version 1	Version 2
11	1.0	01
19	7z	7h
23	N? , layers 12-13	Neogene, layers 12-13
24	21.0	2.1e-05
34	550.0	5.5e-06
35	>=	≥
36	550.0	5.5e-06
46	186000.0	0.186
47	134000.0	0.134
48	664000.0	0.664
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 36а-ЕМP-7h

RSA007

Column	Version 1	Version 2
11	1.0	01
24	17.0	1.7e-05
29	16.0	1.6e-05
34	140.0	1.4e-06
35	?
36	140.0
46	36000.0	0.036
47	8000.0	0.008
48	954900.0	0.9549
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 36а-ЕМP-47'

RSA008

Column	Version 1	Version 2
11	1.0	01
24	32.0	3.2e-05
29	29.0	2.9e-05
34	740.0	7.4e-06
35	>=	≥
36	740.0	7.4e-06
46	10000.0	0.01
47	12000.0	0.012
48	978000.0	0.978
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl.

RSA009

Column	Version 1	Version 2
11	1.0	01
23	N	Neogene
24	12.0	1.2e-05
29	24.0	2.4e-05
34	71.0	7.1e-07
35	<=	≤
36	71.0	7.1e-07
46	6000.0	0.006
47	30000.0	0.03
48	964000.0	0.964
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 36а-ЕМP-5а

RSA010

Column	Version 1	Version 2
11	1.0	01
23	N , layers 5-7	Neogene, layers 5-7
24	5.0	5e-06
29	7.0	7e-06
34	68.0	6.8e-07
35	<=	≤
36	68.0	6.8e-07
46	2000.0	0.002
47	27000.0	0.027
48	971300.0	0.9713
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 36а-ЕМP-18b

RSA011

Column	Version 1	Version 2
11	1.0	01
24	38.0	3.8e-05
29	55.0	5.5e-05
34	125.0	1.25e-06
35	<=	≤
36	125.0	1.25e-06
46	16000.0	0.016
47	3000.0	0.003
48	978000.0	0.978
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 36а-ЕМP-4b

RSA012

Column	Version 1	Version 2
11	1.0	01
19	27g	27d
23	N? , layers 1-5	Neogene, layers 1-5
24	16.0	1.6e-05
29	22.0	2.2e-05
34	210.0	2.1e-06
35	>=	≥
36	210.0	2.1e-06
46	4500.0	0.0045
47	10000.0	0.01
48	985500.0	0.9855
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 36а-ЕМP-27d

RSA014

Column	Version 1	Version 2
11	1.0	01
19	6g	6d
21	G	G/S
23	Pg?	Pg
24	36.0	3.6e-05
34	430.0	4.3e-06
35	>=	≥
36	430.0	4.3e-06
46	72000.0	0.072
47	121000.0	0.121
48	806000.0	0.806
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 36а-ЕМP-6d

RSA015

Column	Version 1	Version 2
11	1.0	01
19	7zh	7g
23	Pg?, layer 18	Pg, layer 18
24	26.0	2.6e-05
29	16.0	1.6e-05
34	460.0	4.6e-06
35	>=	≥
36	460.0	4.6e-06
46		0.005
47		0.162
48		0.833
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 68000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 36а-ЕМP-7g

RSA016

Column	Version 1	Version 2
11	1.0	01
19	7zh	7g
23	N? , layer 12	Neogene, layer 12
24	30.0	3e-05
34	540.0	5.4e-06
35	>=	≥
36	540.0	5.4e-06
46		0.005
47		0.162
48		0.833
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 68000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 36а-ЕМP-7g

RSA017

Column	Version 1	Version 2
11	1.0	01
19	7zh	7g
23	N? , layer 3	Neogene, layer 3
24	26.0	2.6e-05
29	30.0	3e-05
34	600.0	6e-06
35	>=	≥
36	600.0	6e-06
46	5000.0	0.005
47	162000.0	0.162
48	833000.0	0.833
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 68000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 68000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 36а-ЕМP-7g

RSA018

Column	Version 1	Version 2
11	1.0	01
19	7zh	7g
23	N? , layer 17	Neogene, layer 17
24	24.0	2.4e-05
29	16.0	1.6e-05
34	610.0	6.1e-06
35	>=	≥
36	610.0	6.1e-06
46		0.005
47		0.162
48		0.833
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 68000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 36а-ЕМP-7g

RSA019

Column	Version 1	Version 2
11	1.0	01
19	7zh	7g
23	N? , layer 13	Neogene, layer 13
24	20.0	2e-05
34	660.0	6.6e-06
35	>=	≥
36	660.0	6.6e-06
46		0.005
47		0.162
48		0.833
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 68000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 36а-ЕМP-7g

RSA020

Column	Version 1	Version 2
11	1.0	01
19	7zh	7g
23	N? , layer 2	Neogene, layer 2
24	30.0	3e-05
29	33.0	3.3e-05
34	670.0	6.7e-06
35	>=	≥
36	670.0	6.7e-06
46		0.005
47		0.162
48		0.833
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 68000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 36а-ЕМP-7g

RSA021

Column	Version 1	Version 2
11	1.0	01
19	7zh	7g
23	N? , layer 14	Neogene, layer 14
24	20.0	2e-05
34	690.0	6.9e-06
35	>=	≥
36	690.0	6.9e-06
46		0.005
47		0.162
48		0.833
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 68000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov E.M., unpubl.	DB of E.M. Prasolov, unpubl. 36а-ЕМP-7g

RSC002

Column	Version 1	Version 2
11	2,16	02,16
17	0.0
24	11.51	1.151e-05
29	6500.0	0.0065
34	135.8	1.358e-06
36	134.2	1.342e-06
44	7.0	7e-06
45	6500.0	0.0065
46	292700.0	0.2927
47	691900.0	0.6919
48	91.0	9.1e-05
53	GIN RAS collection, unpubl.; Polyak et al., 2011	DB of GIN RAS; Polyak et al., 2011

RSC005

Column	Version 1	Version 2
23	(43,413; 42,335)
24	4.75	4.75e-06
26	0.25	2.5e-07
34	260.0	2.6e-06
36	262.0	2.62e-06
45	1900.0	0.0019
46	33100.0	0.0331
47	953800.0	0.9538
48	11300.0	0.0113
53	Polyak et al., 2008	Polyak et al., 2009

RSC006

Column	Version 1	Version 2
23	(43,410; 42;307)
24	0.06	6e-08
26	0.06	6e-08
34	139.0	1.39e-06
36	147.0	1.47e-06
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	10500.0	0.0105
46	39900.0	0.0399
47	949200.0	0.9492
48	300.0	0.0003
53	Polyak et al., 2008	Polyak et al., 2009

RSC007

Column	Version 1	Version 2
23	(43,403; 42,341)
24	107.0	0.000107
26	3.2	3.2e-06
34	310.0	3.1e-06
36	325.0	3.25e-06
45	11800.0	0.0118
46	352000.0	0.352
47	634600.0	0.6346
48	1400.0	0.0014
53	Polyak et al., 2008	Polyak et al., 2009

RSC008

Column	Version 1	Version 2
23	(43,373; 41,940)
24	0.09	9e-08
26	0.17	1.7e-07
34	160.0	1.6e-06
36	179.0	1.79e-06
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	300.0	0.0003
46	15600.0	0.0156
47	981100.0	0.9811
48	3000.0	0.003
53	Polyak et al., 2008	Polyak et al., 2009

RSC009

Column	Version 1	Version 2
23	(43,373; 41,940)
24	1.41	1.41e-06
26	0.26	2.6e-07
34	215.0	2.15e-06
36	231.0	2.31e-06
38	1.67	6.02
45	400.0	0.0004
46	11400.0	0.0114
47	988100.0	0.9881
48	100.0	0.0001
53	Polyak et al., 2008	Polyak et al., 2009

RSC010

Column	Version 1	Version 2
23	(43,404; 42,339)
24	0.32	3.2e-07
26	0.12	1.2e-07
34	229.0	2.29e-06
36	239.0	2.39e-06
45	2400.0	0.0024
46	33800.0	0.0338
47	961300.0	0.9613
48	2400.0	0.0024
53	Polyak et al., 2008	Polyak et al., 2009

RSC011

Column	Version 1	Version 2
23	(43,403; 42,351)
24	0.12	1.2e-07
26	0.09	9e-08
34	205.0	2.05e-06
36	224.0	2.24e-06
45	2800.0	0.0028
46	24700.0	0.0247
47	972300.0	0.9723
48	100.0	0.0001
53	Polyak et al., 2008	Polyak et al., 2009

RSC012

Column	Version 1	Version 2
23	(43,406; 42,351)
24	0.18	1.8e-07
26	0.13	1.3e-07
34	261.0	2.61e-06
36	289.0	2.89e-06
45	3900.0	0.0039
46	43900.0	0.0439
47	952000.0	0.952
48	100.0	0.0001
53	Polyak et al., 2008	Polyak et al., 2009

RSC013

Column	Version 1	Version 2
23	(43,406; 42,351)
24	2.05	2.05e-06
26	0.35	3.5e-07
34	293.0	2.93e-06
36	301.0	3.01e-06
45	2300.0	0.0023
46	12500.0	0.0125
47	985100.0	0.9851
48	100.0	0.0001
53	Polyak et al., 2008	Polyak et al., 2009

RSC014

Column	Version 1	Version 2
23	(43,403; 42,353)
24	0.49	4.9e-07
26	0.06	6e-08
34	305.0	3.05e-06
36	311.0	3.11e-06
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	5500.0	0.0055
46	41900.0	0.0419
47	952200.0	0.9522
48	200.0	0.0002
53	Polyak et al., 2008	Polyak et al., 2009

RSC020

Column	Version 1	Version 2
11	2,14	02,14
17	0.0
24	1.7	1.7e-06
26	0.7	7e-07
29	471.0	0.000471
34	145.0	1.45e-06
36	145.0	1.45e-06
38	3.0	2.7
45	6000.0	0.006
46	22000.0	0.022
47	972000.0	0.972
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC021

Column	Version 1	Version 2
11	1,6,14	01,06,14
17	0.0
24	8.0	8e-06
29	1040.0	0.00104
34	220.0	2.2e-06
35	>=	≥
36	220.0	2.2e-06
46	9200.0	0.0092
47	991000.0	0.991
53	GIN RAS collection, unpubl.; "Caucasian Mineral Waters", 1972; Polyak et al., 2000	DB of GIN RAS; Panteleev, 1972; Polyak et al., 2000

RSC022

Column	Version 1	Version 2
11	2,14	02,14
17	0.0
24	5.0	5e-06
26	1.1	1.1e-06
29	1300.0	0.0013
34	443.0	4.43e-06
36	458.0	4.58e-06
38	6.5	5.05
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC023

Column	Version 1	Version 2
11	2,16	02,16
17	0.0
24	3.96	3.96e-06
29	100.0	0.0001
34	124.6	1.246e-06
36	69.9	6.99e-07
44	5.0	5e-06
45	100.0	0.0001
46	5800.0	0.0058
47	999200.0	0.9992
48	190.0	0.00019
53	GIN RAS collection, unpubl.; Polyak et al., 2011	DB of GIN RAS; Polyak et al., 2011

RSC028

Column	Version 1	Version 2
11	2,14	02,14
17	0.0
24	4.6	4.6e-06
26	0.57	5.7e-07
29	617.0	0.000617
34	183.0	1.83e-06
36	183.0	1.83e-06
45	65000.0	0.065
46	109000.0	0.109
47	771000.0	0.771
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC030

Column	Version 1	Version 2
11	2,14	02,14
17	0.0
24	0.76	7.6e-07
26	0.71	7.1e-07
29	566.0	0.000566
34	130.0	1.3e-06
36	123.0	1.23e-06
38	0.72	1.18
45	4000.0	0.004
46	8000.0	0.008
47	988000.0	0.988
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC035

Column	Version 1	Version 2
24	0.25	2.5e-07
26	0.02	2e-08
34	163.0	1.63e-06
36	164.0	1.64e-06
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	1800.0	0.0018
46	20600.0	0.0206
47	977400.0	0.9774
53	Polyak et al., 2008	Polyak et al., 2009

RSC042

Column	Version 1	Version 2
23	(43,487; 42,439)
24	1.2	1.2e-06
26	0.06	6e-08
34	250.0	2.5e-06
36	240.0	2.4e-06
45	2100.0	0.0021
46	26200.0	0.0262
47	971200.0	0.9712
48	300.0	0.0003
53	Polyak et al., 2008	Polyak et al., 2009

RSC043

Column	Version 1	Version 2
23	(43,468; 42,440)
24	433.0	0.000433
26	7.0	7e-06
34	341.0	3.41e-06
36	346.0	3.46e-06
45	10700.0	0.0107
46	656000.0	0.656
47	330700.0	0.3307
48	2300.0	0.0023
53	Polyak et al., 2008	Polyak et al., 2009

RSC045

Column	Version 1	Version 2
23	(43,320; 42,387)
24	20.6	2.06e-05
26	3.3	3.3e-06
34	521.0	5.21e-06
36	539.0	5.39e-06
45	14800.0	0.0148
46	204000.0	0.204
47	773100.0	0.7731
48	8000.0	0.008
53	Polyak et al., 2008	Polyak et al., 2009

RSC046

Column	Version 1	Version 2
23	(43,291; 42,357)
24	36.0	3.6e-05
26	2.9	2.9e-06
34	274.0	2.74e-06
36	276.0	2.76e-06
45	25200.0	0.0252
46	556000.0	0.556
47	416800.0	0.4168
48	200.0	0.0002
53	Polyak et al., 2008	Polyak et al., 2009

RSC047

Column	Version 1	Version 2
23	(43,291; 42,357)
24	37.5	3.75e-05
26	2.3	2.3e-06
34	244.0	2.44e-06
36	246.0	2.46e-06
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	8300.0	0.0083
46	392000.0	0.392
47	589400.0	0.5894
48	9900.0	0.0099
53	Polyak et al., 2008	Polyak et al., 2009

RSC048

Column	Version 1	Version 2
23	(43,283; 42,356)
24	37.0	3.7e-05
26	2.0	2e-06
34	160.0	1.6e-06
36	160.0	1.6e-06
45	10400.0	0.0104
46	313000.0	0.313
47	525100.0	0.5251
48	151000.0	0.151
53	Polyak et al., 2008	Polyak et al., 2009

RSC049

Column	Version 1	Version 2
23	(43,283; 42,356)
24	68.4	6.84e-05
26	2.6	2.6e-06
34	178.0	1.78e-06
36	178.0	1.78e-06
45	17100.0	0.0171
46	417000.0	0.417
47	563800.0	0.5638
48	2300.0	0.0023
53	Polyak et al., 2008	Polyak et al., 2009

RSC050

Column	Version 1	Version 2
23	(43,276; 42,368)
24	41.4	4.14e-05
26	4.6	4.6e-06
34	243.0	2.43e-06
36	246.0	2.46e-06
45	6000.0	0.006
46	266000.0	0.266
47	724400.0	0.7244
48	3600.0	0.0036
53	Polyak et al., 2008	Polyak et al., 2009

RSC051

Column	Version 1	Version 2
23	(43,426; 42,191)
24	0.57	5.7e-07
26	0.21	2.1e-07
34	208.0	2.08e-06
36	218.0	2.18e-06
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	3100.0	0.0031
46	34600.0	0.0346
47	958600.0	0.9586
48	3500.0	0.0035
53	Polyak et al., 2008	Polyak et al., 2009

RSC053

Column	Version 1	Version 2
23	(43,420; 42,256)
24	1.28	1.28e-06
26	0.42	4.2e-07
34	210.0	2.1e-06
36	217.0	2.17e-06
45	2300.0	0.0023
46	15400.0	0.0154
47	981700.0	0.9817
48	500.0	0.0005
53	Polyak et al., 2008	Polyak et al., 2009

RSC060

Column	Version 1	Version 2
11	2,14	02,14
24	460.0	0.00046
29	320.0	0.00032
34	35.0	3.5e-07
36	35.0	3.5e-07
45	3500.0	0.0035
46	85000.0	0.085
47	47000.0	0.047
48	863000.0	0.863
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC064

Column	Version 1	Version 2
11	2,14	02,14
17	0.0
24	0.67	6.7e-07
26	0.92	9.2e-07
29	681.0	0.000681
34	145.0	1.45e-06
36	148.0	1.48e-06
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC069

Column	Version 1	Version 2
11	1,5,14	01,05,14
17	0.0
24	7380.0	0.00738
29	4560.0	0.00456
34	5.3	5.3e-08
36	5.3	5.3e-08
45	3000.0	0.003
46	615000.0	0.615
47	29000.0	0.029
48	342000.0	0.342
53	GIN RAS collection, unpubl.; Gasaliev and Prasolov, 1988; Polyak et al., 2000	DB of GIN RAS; Gasaliev and Prasolov, 1988; Polyak et al., 2000

RSC086

Column	Version 1	Version 2
11	1,5,14	01,05,14
17	0.0
24	1001.0	0.001001
26	1.3	1.3e-06
29	1472.0	0.001472
34	3.7	3.7e-08
36	3.7	3.7e-08
45	1000.0	0.001
46	132000.0	0.132
47	226000.0	0.226
48	639000.0	0.639
53	GIN RAS collection, unpubl.; Gasaliev and Prasolov, 1988; Polyak et al., 2000	DB of GIN RAS; Gasaliev and Prasolov, 1988; Polyak et al., 2000

RSC089

Column	Version 1	Version 2
11	2,14	02,14
24	1460.0	0.00146
29	130.0	0.00013
34	22.0	2.2e-07
36	22.0	2.2e-07
45	2000.0	0.002
46	10000.0	0.01
47	59000.0	0.059
48	928000.0	0.928
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC091

Column	Version 1	Version 2
11	2,16	02,16
17	0.0
24	6.1	6.1e-06
29	50.0	5e-05
34	106.4	1.064e-06
36	74.0	7.4e-07
45	100.0	0.0001
46	6000.0	0.006
47	991200.0	0.9912
48	1000.0	0.001
53	GIN RAS collection, unpubl.	DB of GIN RAS; Polyak et al., 2011

RSC092

Column	Version 1	Version 2
11	2.0	02,16
24	22.95	2.295e-05
29	250.0	0.00025
34	53.2	5.32e-07
36	52.0	5.2e-07
44	6.0	6e-06
45	300.0	0.0003
46	86100.0	0.0861
47	899200.0	0.8992
48	2200.0	0.0022
53	GIN RAS collection, unpubl.; Polyak et al., 2011	DB of GIN RAS; Polyak et al., 2011

RSC093

Column	Version 1	Version 2
11	2,16	02,16
17	0.0
24	3.44	3.44e-06
29	10.0	1e-05
34	123.2	1.232e-06
36	103.0	1.03e-06
44	59.0	5.9e-05
46	4500.0	0.0045
47	977500.0	0.9775
48	20.0	2e-05
53	GIN RAS collection, unpubl.; Polyak et al., 2011	DB of GIN RAS; Polyak et al., 2011

RSC094

Column	Version 1	Version 2
11	2.0	02,16
24	2.41	2.41e-06
29	50.0	5e-05
34	126.0	1.26e-06
36	114.0	1.14e-06
45	100.0	0.0001
46	4800.0	0.0048
47	976800.0	0.9768
48	25.0	2.5e-05
53	GIN RAS collection, unpubl.; Polyak et al., 2011	DB of GIN RAS; Polyak et al., 2011

RSC095

Column	Version 1	Version 2
11	2,16	02,16
23	(43,662;40,344)
24	6.11	6.11e-06
29	60.0	6e-05
34	98.1	9.81e-07
36	56.0	5.6e-07
45	100.0	0.0001
46	5900.0	0.0059
47	972900.0	0.9729
48	140.0	0.00014
53	GIN RAS collection, unpubl.; Polyak et al., 2011	DB of GIN RAS; Polyak et al., 2011

RSC096

Column	Version 1	Version 2
11	2,16	02,16
23	(43,652;40,403)
24	7.36	7.36e-06
29	1200.0	0.0012
34	71.4	7.14e-07
36	46.0	4.6e-07
45	1200.0	0.0012
46	82400.0	0.0824
47	890500.0	0.8905
48	730.0	0.00073
53	GIN RAS collection, unpubl.; Polyak et al., 2011	DB of GIN RAS; Polyak et al., 2011

RSC102

Column	Version 1	Version 2
11	2,14	02,14
17	0.0
24	7.0	7e-06
26	0.72	7.2e-07
29	911.0	0.000911
34	60.0	6e-07
36	58.0	5.8e-07
38	1.4	11.4
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC110

Column	Version 1	Version 2
24	7.8	7.8e-06
26	0.1	1e-07
34	44.0	4.4e-07
36	44.0	4.4e-07
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	1500.0	0.0015
46	13200.0	0.0132
47	985200.0	0.9852
48	100.0	0.0001
53	Polyak et al., 2008	Polyak et al., 2009

RSC112

Column	Version 1	Version 2
11	2,16	02,16
24	8500.0	0.0085
29	1300.0	0.0013
34	99.4	9.94e-07
36	98.0	9.8e-07
44	6.0	6e-06
45	1300.0	0.0013
46	530000.0	0.53
47	40400.0	0.0404
48	425000.0	0.425
53	GIN RAS collection, unpubl.; Polyak et al., 2011	DB of GIN RAS; Polyak et al., 2011

RSC117

Column	Version 1	Version 2
11	2,16	02,16
24	915.24	0.00091524
29	10.0	1e-05
34	68.6	6.86e-07
36	69.0	6.9e-07
46	47500.0	0.0475
47	8300.0	0.0083
48	952200.0	0.9522
53	GIN RAS collection, unpubl.; Polyak et al., 2011	DB of GIN RAS; Polyak et al., 2011

RSC118

Column	Version 1	Version 2
11	2.0	02,16
24	3.3	3.3e-06
29	2900.0	0.0029
34	100.1	1.001e-06
36	79.0	7.9e-07
45	2900.0	0.0029
46	182800.0	0.1828
47	165900.0	0.1659
48	580900.0	0.5809
53	GIN RAS collection, unpubl.; Polyak et al., 2011	DB of GIN RAS; Polyak et al., 2011

RSC119

Column	Version 1	Version 2
11	8,14,15	08,14,15
17	0.0
24	103.0	0.000103
26	0.534	5.34e-07
29	567.0	0.000567
34	5.5	5.5e-08
36	5.3	5.3e-08
44	0.6	6e-07
45	650.0	0.00065
46	19100.0	0.0191
47	144000.0	0.144
48	825000.0	0.825
53	Lavrushin et al., 1996 ; Polyak et al., 2000; Kikvadze et al., 2010	Lavrushin et al., 1996; Polyak et al., 2000; Kikvadze et al., 2010

RSC120

Column	Version 1	Version 2
11	2,14,15	02,14,15
17	0.0
24	114.0	0.000114
26	0.755	7.55e-07
29	691.0	0.000691
34	5.3	5.3e-08
36	5.0	5e-08
53	GIN RAS collection, unpubl.; Polyak et al., 2000; Kikvadze et al., 2010	DB of GIN RAS; Polyak et al., 2000; Kikvadze et al., 2010

RSC122

Column	Version 1	Version 2
11	2	02,16
17	0.0
24	11.1	1.11e-05
29	239.0	0.000239
34	42.0	4.2e-07
36	0.9	9e-09
44	37.0	3.7e-05
45	240.0	0.00024
46	16759.0	0.016759
47	36549.0	0.036549
48	924470.0	0.92447
53	GIN RAS collection, unpubl.; Polyak et al., 2011	DB of GIN RAS; Polyak et al., 2011

RSC123

Column	Version 1	Version 2
11	8,14,15	08,14,15
17	0.0
24	876.0	0.000876
26	0.17	1.7e-07
29	272.0	0.000272
34	4.6	4.6e-08
36	4.8	4.8e-08
45	1600.0	0.0016
46	46400.0	0.0464
47	40.0	4e-05
48	942000.0	0.942
53	Lavrushin et al., 1996 ; Polyak et al., 2000; Kikvadze et al., 2010	Lavrushin et al., 1996; Polyak et al., 2000; Kikvadze et al., 2010

RSC124

Column	Version 1	Version 2
11	2,14,15	02,14,15
17	0.0
24	868.0	0.000868
26	0.13	1.3e-07
29	271.0	0.000271
34	5.0	5e-08
36	5.0	5e-08
53	GIN RAS collection, unpubl.; Polyak et al., 2000; Kikvadze et al., 2010	DB of GIN RAS; Polyak et al., 2000; Kikvadze et al., 2010

RSC126

Column	Version 1	Version 2
11	8,14,15	08,14,15
17	0.0
24	40.0	4e-05
26	0.2	2e-07
29	191.0	0.000191
34	3.5	3.5e-08
36	3.3	3.3e-08
44	0.6	6e-07
45	880.0	0.00088
46	14700.0	0.0147
47	40.0	4e-05
48	926000.0	0.926
53	Lavrushin et al., 1996 ; Polyak et al., 2000; Kikvadze et al., 2010	Lavrushin et al., 1996; Polyak et al., 2000; Kikvadze et al., 2010

RSC127

Column	Version 1	Version 2
11	2,14,15	02,14,15
17	0.0
24	12.0	1.2e-05
26	1.63	1.63e-06
29	1470.0	0.00147
34	14.3	1.43e-07
36	9.5	9.5e-08
53	GIN RAS collection, unpubl.; Polyak et al., 2000; Kikvadze et al., 2009	DB of GIN RAS; Polyak et al., 2000; Kikvadze et al., 2010

RSC128

Column	Version 1	Version 2
11	8,14,15	08,14,15
17	0.0
24	13.7	1.37e-05
26	0.1	1e-07
29	122.0	0.000122
34	3.1	3.1e-08
36	2.8	2.8e-08
44	90.0	9e-05
45	1900.0	0.0019
46	16700.0	0.0167
47	40.0	4e-05
48	918000.0	0.918
53	Lavrushin et al., 1996 ; Polyak et al., 2000; Kikvadze et al., 2010	Lavrushin et al., 1996; Polyak et al., 2000; Kikvadze et al., 2010

RSC129

Column	Version 1	Version 2
11	8,14,15	08,14,15
17	0.0
24	30.0	3e-05
29	80.0	8e-05
34	6.2	6.2e-08
35	<=	≤
36	6.0	6e-08
44	9.0	9e-06
45	340.0	0.00034
46	9100.0	0.0091
47	209000.0	0.209
48	775000.0	0.775
53	Lavrushin et al., 1996 ; Polyak et al., 2000; Kikvadze et al., 2010	Lavrushin et al., 1996; Polyak et al., 2000; Kikvadze et al., 2010

RSC130

Column	Version 1	Version 2
11	1,11,12,14,15	02,11,12,14,15
17	0.0
24	34.0	3.4e-05
26	1.9	1.9e-06
29	1520.0	0.00152
34	6.0	6e-08
36	3.9	3.9e-08
46	6000.0	0.006
47	3000.0	0.003
48	991000.0	0.991
53	GIN RAS collection, unpubl.; Gemp et al., 1979 ; Lagunova, 1974; Polyak et al., 2000; Kikvadze et al., 2010	DB of GIN RAS; Gemp et al., 1979; Lagunova, 1974; Polyak et al., 2000; Kikvadze et al., 2010

RSC131

Column	Version 1	Version 2
11	8,14,15	08,14,15
17	0.0
24	22.0	2.2e-05
26	0.16	1.6e-07
29	135.0	0.000135
34	3.4	3.4e-08
36	3.1	3.1e-08
44	12.0	1.2e-05
45	800.0	0.0008
46	8800.0	0.0088
47	73000.0	0.073
48	914000.0	0.914
53	Lavrushin et al., 1996 ; Polyak et al., 2000; Kikvadze et al., 2010	Lavrushin et al., 1996; Polyak et al., 2000; Kikvadze et al., 2010

RSC132

Column	Version 1	Version 2
11	8,14,15	08,14,15
17	0.0
24	3.05	3.05e-06
26	0.094	9.4e-08
29	77.0	7.7e-05
34	8.5	8.5e-08
36	7.4	7.4e-08
45	950.0	0.00095
46	7400.0	0.0074
47	292000.0	0.292
48	699000.0	0.699
53	Lavrushin et al., 1996 ; Polyak et al., 2000; Kikvadze et al., 2010	Lavrushin et al., 1996; Polyak et al., 2000; Kikvadze et al., 2010

RSC133

Column	Version 1	Version 2
11	8,14,15	08,14,15
17	0.0
24	15.0	1.5e-05
26	0.349	3.49e-07
29	409.0	0.000409
34	5.0	5e-08
36	4.1	4.1e-08
44	0.6	6e-07
45	1500.0	0.0015
46	38500.0	0.0385
47	40.0	4e-05
48	911000.0	0.911
53	Lavrushin et al., 1996 ; Polyak et al., 2000; Kikvadze et al., 2010	Lavrushin et al., 1996; Polyak et al., 2000; Kikvadze et al., 2010

RSC134

Column	Version 1	Version 2
11	8,14,15	08,14,15
17	0.0
24	16.2	1.62e-05
26	0.12	1.2e-07
29	106.0	0.000106
34	4.6	4.6e-08
36	4.3	4.3e-08
44	9.0	9e-06
45	990.0	0.00099
46	7300.0	0.0073
47	131000.0	0.131
48	858000.0	0.858
53	Lavrushin et al., 1996 ; Polyak et al., 2000; Kikvadze et al., 2010	Lavrushin et al., 1996; Polyak et al., 2000; Kikvadze et al., 2010

RSC135

Column	Version 1	Version 2
11	2,14,15	02,14,15
17	0.0
24	16.8	1.68e-05
26	0.118	1.18e-07
29	106.0	0.000106
34	3.9	3.9e-08
36	3.6	3.6e-08
53	GIN RAS collection, unpubl.; Polyak et al., 2000; Kikvadze et al., 2010	DB of GIN RAS; Polyak et al., 2000; Kikvadze et al., 2010

RSC137

Column	Version 1	Version 2
11	1,8,14	01,08,14
24	420.0	0.00042
29	65.0	6.5e-05
34	9.4	9.4e-08
36	9.4	9.4e-08
46	21000.0	0.021
47	6000.0	0.006
48	973000.0	0.973
53	Lavrushin et al., 1996 ; Polyak et al., 2000; Prasolov E.M., unpubl.	Lavrushin et al., 1996 ; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 13а-ЕМP-31а

RSC138

Column	Version 1	Version 2
11	8,14,15	08,14,15
17	0.0
24	204.0	0.000204
26	0.14	1.4e-07
29	132.0	0.000132
34	5.3	5.3e-08
36	5.3	5.3e-08
45	820.0	0.00082
46	16200.0	0.0162
47	34000.0	0.034
48	948000.0	0.948
53	Lavrushin et al., 1996 ; Polyak et al., 2000; Kikvadze et al., 2010	Lavrushin et al., 1996; Polyak et al., 2000; Kikvadze et al., 2010

RSC139

Column	Version 1	Version 2
11	2,14,15	02,14,15
17	0.0
24	120.0	0.00012
29	60.0	6e-05
34	6.3	6.3e-08
36	6.3	6.3e-08
53	GIN RAS collection, unpubl.; Polyak et al., 2000; Kikvadze et al., 2010	DB of GIN RAS; Polyak et al., 2000; Kikvadze et al., 2010

RSC140

Column	Version 1	Version 2
11	8,14,15	08,14,15
17	0.0
24	13.5	1.35e-05
26	0.148	1.48e-07
29	149.0	0.000149
34	4.8	4.8e-08
36	4.4	4.4e-08
44	0.6	6e-07
45	270.0	0.00027
46	11700.0	0.0117
47	56000.0	0.056
48	901000.0	0.901
53	Lavrushin et al., 1996 ; Polyak et al., 2000; Kikvadze et al., 2010	Lavrushin et al., 1996; Polyak et al., 2000; Kikvadze et al., 2010

RSC141

Column	Version 1	Version 2
11	8,14,15	08,14,15
17	0.0
24	7.7	7.7e-06
26	0.58	5.8e-07
29	415.0	0.000415
34	18.6	1.86e-07
36	16.0	1.6e-07
44	9.0	9e-06
45	610.0	0.00061
46	8100.0	0.0081
47	67000.0	0.067
48	920000.0	0.92
53	Lavrushin et al., 1996 ; Polyak et al., 2000; Kikvadze et al., 2010	Lavrushin et al., 1996; Polyak et al., 2000; Kikvadze et al., 2010

RSC142

Column	Version 1	Version 2
11	8,14,15	08,14,15
17	0.0
24	22.5	2.25e-05
26	0.09	9e-08
29	86.0	8.6e-05
34	4.1	4.1e-08
36	4.0	4e-08
44	0.6	6e-07
45	950.0	0.00095
46	9200.0	0.0092
47	85000.0	0.085
48	895000.0	0.895
53	Lavrushin et al., 1996 ; Polyak et al., 2000; Kikvadze et al., 2010	Lavrushin et al., 1996; Polyak et al., 2000; Kikvadze et al., 2010

RSC143

Column	Version 1	Version 2
11	2,14,15	02,14,15
17	0.0
24	35.4	3.54e-05
26	0.41	4.1e-07
29	262.0	0.000262
34	4.2	4.2e-08
36	3.8	3.8e-08
53	GIN RAS collection, unpubl.; Polyak et al., 2000; Kikvadze et al., 2010	DB of GIN RAS; Polyak et al., 2000; Kikvadze et al., 2010

RSC144

Column	Version 1	Version 2
11	8,14,15	08,14,15
17	0.0
24	30.1	3.01e-05
26	0.15	1.5e-07
29	137.0	0.000137
34	6.0	6e-08
36	5.8	5.8e-08
44	0.6	6e-07
45	820.0	0.00082
46	13100.0	0.0131
48	941000.0	0.941
53	Lavrushin et al., 1996 ; Polyak et al., 2000; Kikvadze et al., 2010	Lavrushin et al., 1996; Polyak et al., 2000; Kikvadze et al., 2010

RSC145

Column	Version 1	Version 2
11	8,14,15	08,14,15
17	0.0
24	50.1	5.01e-05
26	0.191	1.91e-07
29	229.0	0.000229
34	4.2	4.2e-08
36	4.1	4.1e-08
44	0.6	6e-07
45	800.0	0.0008
46	20600.0	0.0206
47	64000.0	0.064
48	911000.0	0.911
53	Lavrushin et al., 1996 ; Polyak et al., 2000; Kikvadze et al., 2010	Lavrushin et al., 1996; Polyak et al., 2000; Kikvadze et al., 2010

RSC146

Column	Version 1	Version 2
11	8,14,15	08,14,15
17	0.0
24	49.0	4.9e-05
26	0.534	5.34e-07
29	648.0	0.000648
34	5.2	5.2e-08
36	4.8	4.8e-08
44	9.0	9e-06
45	170.0	0.00017
46	9400.0	0.0094
47	40.0	4e-05
48	958000.0	0.958
53	Lavrushin et al., 1996 ; Polyak et al., 2000; Kikvadze et al., 2010	Lavrushin et al., 1996; Polyak et al., 2000; Kikvadze et al., 2010

RSC147

Column	Version 1	Version 2
11	2,16	02,16
17	0.0
24	210.36	0.00021036
29	183.0	0.000183
34	4.9	4.9e-08
36	3.4	3.4e-08
44	44.0	4.4e-05
45	183.0	0.000183
46	8326.0	0.008326
47	69034.0	0.069034
48	895270.0	0.89527
53	GIN RAS collection, unpubl.; Polyak et al., 2011	DB of GIN RAS; Polyak et al., 2011

RSC149

Column	Version 1	Version 2
11	8,14,15	08,14,15
17	0.0
24	8.4	8.4e-06
26	0.1	1e-07
29	86.0	8.6e-05
34	4.9	4.9e-08
36	4.5	4.5e-08
44	66.0	6.6e-05
45	680.0	0.00068
46	8800.0	0.0088
47	63000.0	0.063
48	823000.0	0.823
53	Lavrushin et al., 1996 ; Polyak et al., 2000; Kikvadze et al., 2010	Lavrushin et al., 1996; Polyak et al., 2000; Kikvadze et al., 2010

RSC150

Column	Version 1	Version 2
11	8,14,15	08,14,15
17	0.0
24	1.8	1.8e-06
26	0.21	2.1e-07
29	212.0	0.000212
34	13.3	1.33e-07
36	9.0	9e-08
44	6.0	6e-06
45	780.0	0.00078
46	15100.0	0.0151
47	158000.0	0.158
48	821000.0	0.821
53	Lavrushin et al., 1996 ; Polyak et al., 2000; Kikvadze et al., 2010	Lavrushin et al., 1996; Polyak et al., 2000; Kikvadze et al., 2010

RSC151

Column	Version 1	Version 2
11	8,14	08,14
17	0.0
24	48.0	4.8e-05
26	0.517	5.17e-07
29	648.0	0.000648
34	4.5	4.5e-08
36	4.1	4.1e-08
44	0.6	6e-07
45	650.0	0.00065
46	13200.0	0.0132
47	40.0	4e-05
48	972000.0	0.972
53	Lavrushin et al., 1996 ; Polyak et al., 2000	Lavrushin et al., 1996; Polyak et al., 2000

RSC152

Column	Version 1	Version 2
11	1,8,14	01,08,14
19	EMP-19v	EMP-19c
24	80.0	8e-05
29	75.0	7.5e-05
34	3.7	3.7e-08
36	3.7	3.7e-08
46	17000.0	0.017
47	2000.0	0.002
48	979000.0	0.979
53	Lavrushin et al., 1996 ; Polyak et al., 2000; Prasolov E.M., unpubl.	Lavrushin et al., 1996 ; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 13а-ЕМP-19c

RSC153

Column	Version 1	Version 2
11	1,3,14	01,03,14
24	154.0	0.000154
34	10.2	1.02e-07
35	<=	≤
36	10.2	1.02e-07
46	18000.0	0.018
47	43000.0	0.043
48	939000.0	0.939
53	Prasolov, 1990; Polyak et al., 2000; Prasolov E.M., unpubl.	Prasolov, 1990; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 12b-ЕМP-76а

RSC154

Column	Version 1	Version 2
11	1,4,14	01,04,14
24	150.0	0.00015
34	8.5	8.5e-08
35	<=	≤
36	8.5	8.5e-08
46	34000.0	0.034
47	28000.0	0.028
48	937000.0	0.937
53	Matveeva et al., 1978; Polyak et al., 2000; Prasolov E.M., unpubl.	Matveeva et al., 1978; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 12b-ЕМP-135а

RSC155

Column	Version 1	Version 2
11	1,4,14	01,04,14
24	270.0	0.00027
34	8.0	8e-08
35	<=	≤
36	8.0	8e-08
46	20000.0	0.02
47	7000.0	0.007
48	972000.0	0.972
53	Matveeva et al., 1978; Polyak et al., 2000; Prasolov E.M., unpubl.	Matveeva et al., 1978; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 12b-ЕМP-171b

RSC156

Column	Version 1	Version 2
11	1,3,14	01,03,14
24	164.0	0.000163
34	7.0	7e-08
35	<=	≤
36	7.0	7e-08
46	18000.0	0.018
47	10000.0	0.01
48	973000.0	0.973
53	Prasolov, 1990; Polyak et al., 2000; Prasolov E.M., unpubl.	Prasolov, 1990; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 12b-ЕМP-58а

RSC158

Column	Version 1	Version 2
11	1,3,14	01,03,14
24	250.0	0.00025
34	5.6	5.6e-08
35	<=	≤
36	5.6	5.6e-08
46	29000.0	0.029
47	5000.0	0.005
48	973000.0	0.973
53	Prasolov, 1990; Polyak et al., 2000; Prasolov E.M., unpubl.	Prasolov, 1990; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 12b-ЕМP-62b

RSC160

Column	Version 1	Version 2
11	1,2,14	01,02,14
19	EMP-129g	EMP-129d
24	600.0	0.0006
34	5.1	5.1e-08
35	<=	≤
36	5.1	5.1e-08
46	38000.0	0.038
47	2000.0	0.002
48	960000.0	0.96
53	GIN RAS collection, unpubl.; Polyak et al., 2000; Prasolov E.M., unpubl.	DB of GIN RAS; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 12b-ЕМP-129d

RSC163

Column	Version 1	Version 2
11	1,3,14	01,03,14
24	230.0	0.00023
34	10.3	1.03e-07
35	<=	≤
36	10.3	1.03e-07
46	24000.0	0.024
47	7000.0	0.007
48	968000.0	0.968
53	Prasolov, 1990; Polyak et al., 2000; Prasolov E.M., unpubl.	Prasolov, 1990; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 12b-ЕМP-52а

RSC165

Column	Version 1	Version 2
11	1,2,14	01,02,14
24	83.0	8.3e-05
34	6.2	6.2e-08
35	<=	≤
36	6.2	6.2e-08
46	5000.0	0.005
47	55000.0	0.055
48	940000.0	0.94
53	GIN RAS collection, unpubl.; Polyak et al., 2000; Prasolov E.M., unpubl.	DB of GIN RAS; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 12b-ЕМP-74b

RSC166

Column	Version 1	Version 2
11	1,3,14	01,03,14
24	173.0	0.000173
34	8.1	8.1e-08
35	<=	≤
36	8.1	8.1e-08
46	28000.0	0.028
47	9000.0	0.009
48	955000.0	0.955
53	Prasolov, 1990; Polyak et al., 2000; Prasolov E.M., unpubl.	Prasolov, 1990; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 12b-ЕМP-54а

RSC168

Column	Version 1	Version 2
11	1,4,14	01,04,14
24	128.0	0.000128
34	5.4	5.4e-08
35	<=	≤
36	5.4	5.4e-08
46	12000.0	0.012
47	39000.0	0.039
48	949000.0	0.949
53	Matveeva et al., 1978; Polyak et al., 2000; Prasolov E.M., unpubl.	Matveeva et al., 1978; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 12b-ЕМP-126b

RSC169

Column	Version 1	Version 2
11	1,2,14	01,02,14
24	72.0	7.2e-05
29	97.0	9.7e-05
34	4.4	4.4e-08
35	<=	≤
36	4.4	4.4e-08
46	22000.0	0.022
48	978500.0	0.9785
53	GIN RAS collection, unpubl.; Polyak et al., 2000; Prasolov E.M., unpubl.	DB of GIN RAS; Polyak et al., 2000; DB of E.M. Prasolov, unpubl.

RSC170

Column	Version 1	Version 2
11	1,2,14	01,02,14
19	EMP-195v	EMP-195c
24	290.0	0.00029
34	3.7	3.7e-08
35	<=	≤
36	3.7	3.7e-08
46	29000.0	0.029
47	100000.0	0.1
48	871000.0	0.871
53	GIN RAS collection, unpubl.; Polyak et al., 2000; Prasolov E.M., unpubl.	DB of GIN RAS; Polyak et al., 2000; DB of E.M. Prasolov, unpubl.

RSC171

Column	Version 1	Version 2
11	1,3,14	01,03,14
19	EMP-74v	EMP-74c
24	149.0	0.000149
34	7.0	7e-08
35	<=	≤
36	7.0	7e-08
46	16000.0	0.016
47	67000.0	0.067
48	915000.0	0.915
53	Prasolov, 1990; Polyak et al., 2000; Prasolov E.M., unpubl.	Prasolov, 1990; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 12b-ЕМP-74c

RSC174

Column	Version 1	Version 2
11	1,3,14	01,03,14
24	150.0	0.00015
34	8.0	8e-08
35	<=	≤
36	8.0	8e-08
46	11000.0	0.011
47	27000.0	0.027
48	962000.0	0.962
53	Prasolov, 1990; Polyak et al., 2000; Prasolov E.M., unpubl.	Prasolov, 1990; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 12b-ЕМP-77а

RSC175

Column	Version 1	Version 2
11	1,2,14	01,02,14
24	60.0	6e-05
34	8.6	8.6e-08
35	<=	≤
36	8.6	8.6e-08
46	29000.0	0.029
47	40000.0	0.04
48	902000.0	0.902
53	GIN RAS collection, unpubl.; Polyak et al., 2000; Prasolov E.M., unpubl.	DB of GIN RAS; Polyak et al., 2000; DB of E.M. Prasolov, unpubl.

RSC176

Column	Version 1	Version 2
11	1,4,14	01,04,14
24	290.0	0.00029
29	68.0	6.8e-05
34	6.0	6e-08
35	<=	≤
36	6.0	6e-08
46	22000.0	0.022
47	3000.0	0.003
48	975000.0	0.975
53	Matveeva et al., 1978; Polyak et al., 2000; Prasolov E.M., unpubl.	Matveeva et al., 1978; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 12b-ЕМP-193а

RSC177

Column	Version 1	Version 2
11	1,3,14	01,03,14
24	182.0	0.000182
34	8.2	8.2e-08
35	<=	≤
36	8.2	8.2e-08
46	31000.0	0.031
47	7000.0	0.007
48	962000.0	0.962
53	Prasolov, 1990; Polyak et al., 2000; Prasolov E.M., unpubl.	Prasolov, 1990; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 12b-ЕМP-55а

RSC178

Column	Version 1	Version 2
11	1,3,14	01,03,14
19	EMP-74d	EMP-74e
24	110.0	0.00011
34	8.0	8e-08
35	<=	≤
36	8.0	8e-08
46	10000.0	0.01
47	52000.0	0.052
48	938000.0	0.938
53	Prasolov, 1990; Polyak et al., 2000; Prasolov E.M., unpubl.	Prasolov, 1990; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 12b-ЕМP-74e

RSC179

Column	Version 1	Version 2
11	1,4,14	01,04,14
19	ESM-199e	ESM-199f
24	110.0	0.00011
34	8.6	8.6e-08
35	<=	≤
36	8.6	8.6e-08
46	84000.0	0.084
47	33000.0	0.033
48	874000.0	0.874
53	Matveeva et al., 1978; Polyak et al., 2000; Prasolov E.M., unpubl.	Matveeva et al., 1978; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 12b-ЕМP-199f

RSC180

Column	Version 1	Version 2
11	1,4,14	01,04,14
19	ESM-123e	ESM-123c
24	80.0	8e-05
34	7.7	7.7e-08
35	<=	≤
36	7.7	7.7e-08
46	29000.0	0.029
47	18000.0	0.018
48	953000.0	0.953
53	Matveeva et al., 1978; Polyak et al., 2000; Prasolov E.M., unpubl.	Matveeva et al., 1978; Polyak et al., 2000; DB of E.M. Prasolov, unpubl.

RSC181

Column	Version 1	Version 2
11	2,14	02,14
24	146.0	0.000146
26	0.86	8.6e-07
29	728.0	0.000728
34	86.0	8.6e-07
36	86.0	8.6e-07
46	14000.0	0.014
47	981000.0	0.981
48	3300.0	0.0033
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC185

Column	Version 1	Version 2
11	2,14	02,14
24	71.0	7.1e-05
26	6.7	6.7e-07
29	550.0	0.00055
34	111.0	1.11e-06
36	111.0	1.11e-06
46	9000.0	0.009
47	990000.0	0.99
48	400.0	0.0004
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC186

Column	Version 1	Version 2
11	2,14	02,14
24	3280.0	0.00328
26	1.6	1.6e-06
29	2450.0	0.00245
34	89.0	8.9e-07
36	89.0	8.9e-07
46	223000.0	0.223
47	517000.0	0.517
48	250000.0	0.25
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC187

Column	Version 1	Version 2
11	2,14	02,14
24	2273.0	0.002273
26	6.9	6.9e-06
29	8380.0	0.00838
34	68.0	6.8e-07
36	68.0	6.8e-07
46	349000.0	0.349
47	638000.0	0.638
48	3300.0	0.0033
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC188

Column	Version 1	Version 2
11	2,14	02,14
24	8920.0	0.00892
26	6.0	6e-06
29	4855.0	0.004855
34	75.0	7.5e-07
36	75.0	7.5e-07
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC191

Column	Version 1	Version 2
11	2,14	02,14
24	2290.0	0.00229
26	1.38	1.38e-06
29	1340.0	0.00134
34	84.0	8.4e-07
36	84.0	8.4e-07
46	16000.0	0.016
47	696000.0	0.696
48	281000.0	0.281
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC192

Column	Version 1	Version 2
11	1,9,14	02,14
24	125.0	0.000125
26	0.49	4.9e-07
29	549.0	0.000549
34	49.0	4.9e-07
36	49.0	4.9e-07
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	2800.0	0.0028
46	60700.0	0.0607
47	937000.0	0.937
53	GIN RAS collection, unpubl.; Shcherbak and Gurevich, 1971; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC193

Column	Version 1	Version 2
11	2,14	02,14
24	221.0	0.000221
29	625.0	0.000625
34	75.0	7.5e-07
36	75.0	7.5e-07
45	8000.0	0.008
46	39000.0	0.039
47	952000.0	0.952
48	100.0	0.0001
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC194

Column	Version 1	Version 2
11	1,6,14	01,06,14
24	301.0	0.000301
26	0.75	7.5e-07
29	828.0	0.000828
34	87.0	8.7e-07
36	87.0	8.7e-07
45	200.0	0.0002
46	17300.0	0.0173
47	982000.0	0.982
48	300.0	0.0003
53	GIN RAS collection, unpubl.; "Caucasian Mineral Waters", 1972; Polyak et al., 2000	DB of GIN RAS; Panteleev, 1972; Polyak et al., 2000

RSC195

Column	Version 1	Version 2
11	2,14	02,14
24	5.9	5.9e-06
26	0.62	6.2e-07
29	655.0	0.000655
34	49.0	4.9e-07
36	47.0	4.7e-07
45	19000.0	0.019
46	66000.0	0.066
47	915000.0	0.915
48	100.0	0.0001
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC197

Column	Version 1	Version 2
11	2,14	02,14
24	119.0	0.000119
26	0.86	8.6e-07
29	848.0	0.000848
34	60.0	6e-07
36	59.0	5.9e-07
44	10.0	1e-05
45	36000.0	0.036
46	142000.0	0.142
47	820000.0	0.82
48	1400.0	0.0014
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC198

Column	Version 1	Version 2
11	1,6,14	01,06,14
24	178.0	0.000178
26	0.7	7e-07
29	687.0	0.000687
34	64.0	6.4e-07
36	64.0	6.4e-07
45	700.0	0.0007
46	11000.0	0.011
47	985000.0	0.985
48	800.0	0.0008
53	GIN RAS collection, unpubl.; "Caucasian Mineral Waters", 1972; Polyak et al., 2000	DB of GIN RAS; Panteleev, 1972; Polyak et al., 2000

RSC199

Column	Version 1	Version 2
11	2,14	02,14
24	100.0	0.0001
26	0.87	8.7e-07
29	812.0	0.000812
34	59.0	5.9e-07
36	59.0	5.9e-07
44	26.0	2.6e-05
45	43000.0	0.043
46	262000.0	0.262
47	684000.0	0.684
48	400.0	0.0004
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC202

Column	Version 1	Version 2
11	2,14	02,14
24	225.0	0.000225
26	0.4	4e-07
29	531.0	0.000531
34	77.0	7.7e-07
36	77.0	7.7e-07
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
46	146000.0	0.146
47	653000.0	0.653
48	200000.0	0.2
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC203

Column	Version 1	Version 2
11	2,14	02,14
24	1400.0	0.0014
26	1.5	1.5e-06
29	1530.0	0.00153
34	66.0	6.6e-07
36	66.0	6.6e-07
46	103000.0	0.103
47	468000.0	0.468
48	423000.0	0.423
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC208

Column	Version 1	Version 2
11	2,14	02,14
24	35.0	3.5e-05
26	0.71	7.1e-07
29	960.0	0.00096
34	61.0	6.1e-07
36	60.0	6e-07
43		Isotopic 4He/20Ne and concentration He/Ne ratios are not self consistent in the data sources
45	1000.0	0.001
46	40000.0	0.04
47	956000.0	0.956
48	900.0	0.0009
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC209

Column	Version 1	Version 2
11	2,14	02,14
24	204.0	0.000204
26	0.98	9.8e-07
29	862.0	0.000862
34	59.0	5.9e-07
36	59.0	5.9e-07
38	277.0	230.0
44	10.0	1e-05
45	47000.0	0.047
46	182000.0	0.182
47	754000.0	0.754
48	12200.0	0.0122
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC210

Column	Version 1	Version 2
11	1,10,14	02,14
24	5232.0	0.005232
26	8.5	8.5e-06
29	10990.0	0.01099
34	72.0	7.2e-07
36	71.0	7.1e-07
46	470000.0	0.47
47	510000.0	0.51
48	20000.0	0.02
53	GIN RAS collection, unpubl.; Trebukhova and Chesalov, 1990; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC214

Column	Version 1	Version 2
11	2,14	02,14
24	25.1	2.51e-05
26	1.52	1.52e-06
29	1125.0	0.001125
34	63.0	6.3e-07
36	62.0	6.2e-07
46	46000.0	0.046
47	952000.0	0.952
48	360.0	0.00036
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC215

Column	Version 1	Version 2
11	2,14	02,14
24	128.0	0.000128
26	0.78	7.8e-07
29	944.0	0.000944
34	73.0	7.3e-07
36	73.0	7.3e-07
46	36000.0	0.036
47	966000.0	0.966
48	3000.0	0.003
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC216

Column	Version 1	Version 2
11	2,14	02,14
24	221.0	0.000221
26	0.86	8.6e-07
29	1170.0	0.00117
34	74.0	7.4e-07
36	74.0	7.4e-07
45	14000.0	0.014
46	48000.0	0.048
47	932000.0	0.932
48	4800.0	0.0048
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC217

Column	Version 1	Version 2
11	2,14	02,14
24	1010.0	0.00101
26	3.01	3.01e-06
29	3530.0	0.00353
34	43.0	4.3e-07
36	43.0	4.3e-07
46	207000.0	0.207
47	14000.0	0.014
48	774000.0	0.774
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC218

Column	Version 1	Version 2
11	2,14	02,14
24	235.0	0.000235
26	0.96	9.6e-07
29	1310.0	0.00131
34	71.0	7.1e-07
36	71.0	7.1e-07
45	7000.0	0.007
46	102000.0	0.102
47	888000.0	0.888
48	1300.0	0.0013
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC219

Column	Version 1	Version 2
11	2,14	02,14
24	258.0	0.000258
26	1.34	1.34e-06
29	1420.0	0.00142
34	88.0	8.8e-07
36	88.0	8.8e-07
46	2100.0	0.0021
47	977000.0	0.977
48	20300.0	0.0203
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC220

Column	Version 1	Version 2
11	2,14	02,14
24	335.0	0.000335
26	1.51	1.51e-06
29	1620.0	0.00162
34	82.0	8.2e-07
36	82.0	8.2e-07
46	47000.0	0.047
47	950000.0	0.95
48	470.0	0.00047
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC221

Column	Version 1	Version 2
11	1,10,14	02,14
24	213.0	0.000213
26	0.93	9.3e-07
29	1040.0	0.00104
34	84.0	8.4e-07
36	84.0	8.4e-07
46	20000.0	0.02
47	980000.0	0.98
53	GIN RAS collection, unpubl.; Trebukhova and Chesalov, 1990; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC223

Column	Version 1	Version 2
11	1,4,14	01,04,14
19	ESM-80d	ESM-80e
24	120.0	0.00012
34	15.8	1.58e-07
35	<=	≤
36	15.8	1.58e-07
46	11000.0	0.011
47	64000.0	0.064
48	926000.0	0.926
53	Matveeva et al., 1978; Polyak et al., 2000; Prasolov E.M., unpubl.	Matveeva et al., 1978; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 12b-ЕМP-80e

RSC224

Column	Version 1	Version 2
11	1,4,14	01,04,14
24	220.0	0.00022
34	33.0	3.3e-07
35	<=	≤
36	33.0	3.3e-07
46	27000.0	0.027
47	25000.0	0.025
48	948000.0	0.948
53	Matveeva et al., 1978; Polyak et al., 2000; Prasolov E.M., unpubl.	Matveeva et al., 1978; Polyak et al., 2000; DB of E.M. Prasolov, unpubl.

RSC225

Column	Version 1	Version 2
11	1,4,14	01,04,14
23	Pg	Pg
24	350.0	0.00035
34	45.0	4.5e-07
35	<=	≤
36	45.0	4.5e-07
46	75000.0	0.075
47	3000.0	0.003
48	923000.0	0.923
53	Matveeva et al., 1978; Polyak et al., 2000; Prasolov E.M., unpubl.	Matveeva et al., 1978; Polyak et al., 2000; DB of E.M. Prasolov, unpubl.

RSC226

Column	Version 1	Version 2
11	1,4,14	01,04,14
19	ESM-83d	ESM-83e
24	135.0	0.000135
34	20.0	2e-07
35	<=	≤
36	20.0	2e-07
46	20000.0	0.02
47	47000.0	0.047
48	934000.0	0.934
53	Matveeva et al., 1978; Polyak et al., 2000; Prasolov E.M., unpubl.	Matveeva et al., 1978; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 12b-ЕМP-83e

RSC229

Column	Version 1	Version 2
11	2,14	02,14
17	0.0
24	95.0	9.5e-05
29	382.0	0.000382
34	4.2	4.2e-08
36	4.2	4.2e-08
46	32000.0	0.032
47	30000.0	0.03
48	938000.0	0.938
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC233

Column	Version 1	Version 2
11	1,7,14	02,07,14
24	43.0	4.3e-05
29	314.0	0.000314
34	5.2	5.2e-08
36	5.2	5.2e-08
45	8000.0	0.008
46	181000.0	0.181
47	37000.0	0.037
48	772000.0	0.772
53	GIN RAS collection, unpubl.; Voitov et al., 1984; Polyak et al., 2000	DB of GIN RAS; Voitov et al., 1984; Polyak et al., 2000

RSC235

Column	Version 1	Version 2
11	1,4,7,14	01,04,07,14
24	20.0	2e-05
29	30.0	3e-05
34	4.6	4.6e-08
36	4.5	4.5e-08
46	30000.0
47	19000.0
48	1002000.0
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 140000 ppm
53	Matveeva et al., 1978; Voitov et al., 1984; Polyak et al., 2000; Prasolov E.M., unpubl.	Matveeva et al., 1978; Voitov et al., 1984; Polyak et al., 2000; DB of E.M. Prasolov, unpubl.

RSC236

Column	Version 1	Version 2
11	1,2,14	01,02,14
24	410.0	0.00041
34	12.0	1.2e-07
35	<=	≤
36	12.0	1.2e-07
46	78000.0	0.078
47	30000.0	0.03
48	891000.0	0.891
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 45000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 45000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	GIN RAS collection, unpubl.; Polyak et al., 2000; Prasolov E.M., unpubl.	DB of GIN RAS; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 13b-ЕМP-63b

RSC237

Column	Version 1	Version 2
11	1,2,14	01,02,14
24	20.0	2e-05
34	14.0	1.4e-07
35	<=	≤
36	14.0	1.4e-07
46	78000.0	0.078
47	30000.0	0.03
48	891000.0	0.891
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 45000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 45000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	GIN RAS collection, unpubl.; Polyak et al., 2000; Prasolov E.M., unpubl.	DB of GIN RAS; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 13b-ЕМP-63b

RSC239

Column	Version 1	Version 2
11	1,2,14	01,02,14
24	100.0	0.0001
34	8.0	8e-08
35	<=	≤
36	8.0	8e-08
46	9000.0	0.009
47	6000.0	0.006
48	985000.0	0.985
53	GIN RAS collection, unpubl.; Polyak et al., 2000; Prasolov E.M., unpubl.	DB of GIN RAS; Polyak et al., 2000; DB of E.M. Prasolov, unpubl.

RSC243

Column	Version 1	Version 2
11	2,14	02,14
17	0.0
24	1046.0	0.001046
29	1890.0	0.00189
34	3.4	3.4e-08
36	3.4	3.4e-08
45	300.0	0.0003
46	422000.0	0.422
47	99000.0	0.099
48	473000.0	0.473
53	GIN RAS collection, unpubl.; Polyak et al., 2000	DB of GIN RAS; Polyak et al., 2000

RSC244

Column	Version 1	Version 2
11	1,2,14	01,02,14
24	40.0	4e-05
34	4.9	4.9e-08
35	<=	≤
36	4.9	4.9e-08
46	16000.0	0.016
48	983000.0	0.983
53	GIN RAS collection, unpubl.; Polyak et al., 2000; Prasolov E.M., unpubl.	DB of GIN RAS; Polyak et al., 2000; DB of E.M. Prasolov, unpubl. 13b-ЕМP-50а

RSC246

Column	Version 1	Version 2
11	1,5,14	01,05,14
17	0.0
24	60.7	6.07e-05
26	12.1	1.21e-05
29	13050.0	0.01305
34	10.9	1.09e-07
36	3.5	3.5e-08
44	50.0	5e-05
45	2000.0	0.002
46	905000.0	0.905
47	60000.0	0.06
48	32000.0	0.032
53	GIN RAS collection, unpubl.; Gasaliev and Prasolov, 1988; Polyak et al., 2000	DB of GIN RAS; Gasaliev and Prasolov, 1988; Polyak et al., 2000

RSS001

Column	Version 1	Version 2
2	84.9833333333	52.0
4	84.0	52.0
5	59.0	0.0
7	52.0	84.9833333333
9	52.0	84.0
10	0.0	59.0
11	4.0	04
17	0.0
21	G	G/S
24	4700.0	0.0047
29	13400.0	0.0134
34	9.5	9.5e-08
35		≤
36	9.5	9.5e-08
52	Rcorr=Rme
53	DB of GIN RAS	DB of GIN RAS (coll. E.V. Pinneker, analist A.B. Verkhovskii)

RSS002

Column	Version 1	Version 2
2	88.1333333333	49.4
4	88.0	49.0
5	8.0	24.0
7	49.4	88.1333333333
9	49.0	88.0
10	24.0	8.0
11	2.0	02
17	0.0
21	G	G/S
24	5600.0	0.0056
26	15.0	1.5e-05
29	10100.0	0.0101
34	10.3	1.03e-07
36	10.2043275141	1.02043275141e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]
53	Duchkov et al., 2010DB of A.D.Duchkov, pers. comm. 20.05.2011	Duchkov et al., 2010

RSS003

Column	Version 1	Version 2
2	88.1333333333	49.4
4	88.0	49.0
5	8.0	24.0
7	49.4	88.1333333333
9	49.0	88.0
10	24.0	8.0
11	2.0	02
17	0.0
21	G	G/S
24	5400.0	0.0054
26	12.0	1.2e-05
29	13400.0	0.0134
34	9.0	9e-08
36	8.92379290285	8.92379290285e-08
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS004

Column	Version 1	Version 2
2	88.1333333333	49.4
4	88.0	49.0
5	8.0	24.0
7	49.4	88.1333333333
9	49.0	88.0
10	24.0	8.0
11	2.0	02
17	0.0
21	G	G/S
24	5800.0	0.0058
26	11.0	1.1e-05
29	11500.0	0.0115
34	10.0	1e-07
36	9.93855364739	9.93855364739e-08
43		He/Ne and 4He/20Ne from the data source are not self consistent; Rcorr is calculated from Rme and [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS005

Column	Version 1	Version 2
2	87.95	54.3333333333
4	87.0	54.0
5	57.0	20.0
7	54.3333333333	87.95
9	54.0	87.0
10	20.0	57.0
11	1.0	01
17	0.0
21	G	G/H
24	46.4	4.64e-05
26	1.1	1.1e-06
34	74.0	7.4e-07
36	73.5760171306	7.35760171306e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]
53	DB of A.D.Duchkov, pers. comm. 30.03.2010, coll. Tokarenko O.G.	DB of A.D. Duchkov, pers. comm. 30.03.2010, coll. O.G. Tokarenko

RSS006

Column	Version 1	Version 2
2	87.95	54.3333333333
4	87.0	54.0
5	57.0	20.0
7	54.3333333333	87.95
9	54.0	87.0
10	20.0	57.0
11	1.0	01
17	0.0
21	W	W/H
25	4.1	4.1e-06
27	0.026	2.6e-08
34	75.6	7.56e-07
36	74.5084745763	7.45084745763e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]
53	DB of A.D.Duchkov, pers. comm. 30.03.2010, coll. Tokarenko O.G.	DB of A.D. Duchkov, pers. comm. 30.03.2010, coll. O.G. Tokarenko

RSS007

Column	Version 1	Version 2
2	90.6833333333	51.3166666667
4	90.0	51.0
5	41.0	19.0
7	51.3166666667	90.6833333333
9	51.0	90.0
10	19.0	41.0
11	2.0	02
21	W	W/H
25	0.034	3.4e-08
27	0.09	9e-08
34	123.0	1.23e-06
36	80.5	8.05e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS008

Column	Version 1	Version 2
2	94.3666666667	51.15
4	94.0	51.0
5	22.0	9.0
7	51.15	94.3666666667
9	51.0	94.0
10	9.0	22.0
11	2.0	02
21	W	W/H
25	0.039	3.9e-08
27	0.099	9.9e-08
34	147.0	1.47e-06
36	163.153846154	1.63153846154e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS009

Column	Version 1	Version 2
2	91.55	50.6833333333
4	91.0	50.0
5	33.0	41.0
7	50.6833333333	91.55
9	50.0	91.0
10	41.0	33.0
11	2.0	02
21	W	W/H
25	0.034	3.4e-08
27	0.089	8.9e-08
34	139.0	1.39e-06
36	136.5	1.365e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS010

Column	Version 1	Version 2
2	93.0675	51.4563333333
4	93.0	51.0
5	6.75	27.38
7	51.4563333333	93.0675
9	51.0	93.0
10	27.38	6.75
11	2.0	02
16	200500.0	20050000.0
21	W	W/H
25	0.051	5.1e-08
27	0.182	1.82e-07
34	128.0	1.28e-06
35		≤
36	128.0	1.28e-06
52	Rcorr=Rme

RSS011

Column	Version 1	Version 2
2	96.45	52.4166666667
4	96.0	52.0
5	27.0	25.0
7	52.4166666667	96.45
9	52.0	96.0
10	25.0	27.0
11	2.0	02
21	W	W/H
25	0.049	4.9e-08
27	0,138	1.38e-07
34	149.0	1.49e-06
36	179.0	1.79e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS012

Column	Version 1	Version 2
2	96.45	52.4166666667
4	96.0	52.0
5	27.0	25.0
7	52.4166666667	96.45
9	52.0	96.0
10	25.0	27.0
11	2.0	02
21	G	G/S
24	10.0	1e-05
26	15.7	1.57e-05
34	129.0	1.29e-06
36	120.75	1.2075e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS013

Column	Version 1	Version 2
2	89.9166666667	50.9833333333
4	89.0	50.0
5	55.0	59.0
7	50.9833333333	89.9166666667
9	50.0	89.0
10	59.0	55.0
11	2.0	02
21	W	W/H
34	138.0	1.38e-06
36	134.25	1.3425e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS014

Column	Version 1	Version 2
2	98.4166666667	52.55
4	98.0	52.0
5	25.0	33.0
7	52.55	98.4166666667
9	52.0	98.0
10	33.0	25.0
11	2.0	02
21	W	W/H
25	0.066	6.6e-08
27	0.073	7.3e-08
34	179.0	1.79e-06
36	195.714285714	1.95714285714e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS015

Column	Version 1	Version 2
2	94.5333333333	51.65
4	94.0	51.0
5	32.0	39.0
7	51.65	94.5333333333
9	51.0	94.0
10	39.0	32.0
11	2.0	02
21	W	W/H
25	0.03	3e-08
27	0.089	8.9e-08
34	90.0	9e-07
35		≤
36	90.0	9e-07
52	Rcorr=Rme

RSS016

Column	Version 1	Version 2
2	98.175	51.6043333333
4	98.0	51.0
5	10.5	36.26
7	51.6043333333	98.175
9	51.0	98.0
10	36.26	10.5
11	2.0	02
21	W	W/H
25	0.052	5.2e-08
27	0.154	1.54e-07
34	132.0	1.32e-06
36	97.7142857143	9.77142857143e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS017

Column	Version 1	Version 2
2	98.75	52.5833333333
4	98.0	52.0
5	45.0	35.0
7	52.5833333333	98.75
9	52.0	98.0
10	35.0	45.0
11	2.0	02
21	G	G/S
24	0.4	4e-07
26	0.3	3e-07
34	236.0	2.36e-06
36	272.923076923	2.72923076923e-06
43		He/Ne and 4He/20Ne from the data source are not self consistent; Rcorr is calculated from Rme and [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS018

Column	Version 1	Version 2
2	98.75	52.5833333333
4	98.0	52.0
5	45.0	35.0
7	52.5833333333	98.75
9	52.0	98.0
10	35.0	45.0
11	2.0	02
21	G	G/S
24	0.15	1.5e-07
26	0.18	1.8e-07
34	120.0	1.2e-06
36	110.0	1.1e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS019

Column	Version 1	Version 2
2	98.75	52.5833333333
4	98.0	52.0
5	45.0	35.0
7	52.5833333333	98.75
9	52.0	98.0
10	35.0	45.0
11	2.0	02
21	G	G/S
24	170.0	0.00017
26	5.8	5.8e-06
34	418.0	4.18e-06
36	420.598130841	4.20598130841e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS020

Column	Version 1	Version 2
2	98.75	52.5833333333
4	98.0	52.0
5	45.0	35.0
7	52.5833333333	98.75
9	52.0	98.0
10	35.0	45.0
11	2.0	02
21	G	G/S
24	158.0	0.000158
26	4.0	4e-06
34	420.0	4.2e-06
36	421.958041958	4.21958041958e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS021

Column	Version 1	Version 2
2	96.0833333333	51.4
4	96.0	51.0
5	5.0	24.0
7	51.4	96.0833333333
9	51.0	96.0
10	24.0	5.0
11	2.0	02
21	W	W/H
25	0.18	1.8e-07
27	0,16	1.6e-07
34	37.1	3.71e-07
36	5.27525773196	5.27525773196e-08
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS022

Column	Version 1	Version 2
2	92.1105	51.2958333333
4	92.0	51.0
5	6.63	17.75
7	51.2958333333	92.1105
9	51.0	92.0
10	17.75	6.63
11	2.0	02
16	2007000.0	20070000.0
21	W	W/H
25	0.046	4.6e-08
27	0.115	1.15e-07
34	124.0	1.24e-06
36	87.0769230769	8.70769230769e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS023

Column	Version 1	Version 2
2	99.0533333333	52.6666666667
4	99.02	52.0
5	2.0	40.0
7	52.6666666667	99.0533333333
9	52.0	99.02
10	40.0	2.0
11	2.0	02
21	G	G/S
24	3900.0	0.0039
26	5.9	5.9e-06
34	58.3	5.83e-07
36	58.266502665	5.8266502665e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS024

Column	Version 1	Version 2
2	99.0533333333	52.6666666667
4	99.02	52.0
5	2.0	40.0
7	52.6666666667	99.0533333333
9	52.0	99.02
10	40.0	2.0
11	2.0	02
21	G	G/S
24	3710.0	0.00371
26	8.1	8.1e-06
27	0.13
29	9170.0	0.00917
34	65.2	6.52e-07
36	65.1553610503	6.51553610503e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS025

Column	Version 1	Version 2
2	99.0533333333	52.6666666667
4	99.02	52.0
5	2.0	40.0
7	52.6666666667	99.0533333333
9	52.0	99.02
10	40.0	2.0
11	2.0	02
21	W	W/H
25	12.7	1.27e-05
27	0.16	1.3e-07
34	57.9	5.79e-07
36	57.662487946	5.7662487946e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS026

Column	Version 1	Version 2
2	99.0533333333	52.6666666667
4	99.02	52.0
5	2.0	40.0
7	52.6666666667	99.0533333333
9	52.0	99.02
10	40.0	2.0
11	2.0	02
21	W	W/H
25	13.5	1.35e-05
27		1.6e-07
34	59.9	5.99e-07
36	59.6350606395	5.96350606395e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS027

Column	Version 1	Version 2
11	2.0	02
21	W	W/H
25	6.28	6.28e-06
27	0.27	2.7e-07
34	156.0	1.56e-06
36	156.211453744	1.56211453744e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS028

Column	Version 1	Version 2
11	2.0	02
21	G	G/S
24	1020.0	0.00102
26	16.0	1.6e-05
34	155.0	1.55e-06
36	155.066469719	1.55066469719e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS029

Column	Version 1	Version 2
2	93.2	51.0
4	93.0	51.0
5	12.0	0.0
7	51.0	93.2
9	51.0	93.0
10	0.0	12.0
11	2.0	02
21	W	W/H
25	0.046	4.6e-08
27	0.0132	1.32e-08
34	146.0	1.46e-06
36	168.5	1.685e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS030

Column	Version 1	Version 2
2	97.4666666667	51.0333333333
4	97.0	51.0
5	28.0	2.0
7	51.0333333333	97.4666666667
9	51.0	97.0
10	2.0	28.0
11	2.0	02
21	G	G/S
24	2800.0	0.0028
26	20.0	2e-05
29	8000.0	0.008
34	129.0	1.29e-06
36	128.978388998	1.28978388998e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS031

Column	Version 1	Version 2
2	97.4666666667	51.6666666667
4	97.0	51.0
5	28.0	40.0
7	51.6666666667	97.4666666667
9	51.0	97.0
10	40.0	28.0
11	2.0	02
21	W	W/H
25	3.13	3.13e-06
27	0.12	1.2e-07
34	127.0	1.27e-06
36	126.853932584	1.26853932584e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS032

Column	Version 1	Version 2
2	97.4666666667	51.6666666667
4	97.0	51.0
5	28.0	40.0
7	51.6666666667	97.4666666667
9	51.0	97.0
10	40.0	28.0
11	2.0	02
21	W	W/H
25	3.44	3.44e-06
27	0.12	1.2e-07
34	121.0	1.21e-06
36	120.794223827	1.20794223827e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS033

Column	Version 1	Version 2
2	96.2833333333	50.2666666667
4	96.0	50.0
5	17.0	16.0
7	50.2666666667	96.2833333333
9	50.0	96.0
10	16.0	17.0
11	2.0	02
21	W	W/H
34	45.3	4.53e-07
36	44.3101045296	4.43101045296e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS034

Column	Version 1	Version 2
2	98.9166666667	52.6313333333
4	98.0	52.0
5	55.0	37.88
7	52.6313333333	98.9166666667
9	52.0	98.0
10	37.88	55.0
11	2.0	02
16	20600000.0	20060000.0
21	G	G/S
24	4980.0	0.00498
26	0.6	6e-07
34	156.0	1.56e-06
36	156.000568068	1.56000568068e-06
43		He/Ne and 4He/20Ne from the data source are not self consistent; Rcorr is calculated from Rme and [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS035

Column	Version 1	Version 2
2	98.9166666667	52.6313333333
4	98.0	52.0
5	55.0	37.88
7	52.6313333333	98.9166666667
9	52.0	98.0
10	37.88	55.0
11	2.0	02
16	20600000.0	20060000.0
21	G	G/S
24	4960.0	0.00496
26	0.7	7e-07
34	170.0	1.7e-06
36	170.00129502	1.7000129502e-06
43		He/Ne and 4He/20Ne from the data source are not self consistent; Rcorr is calculated from Rme and [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS036

Column	Version 1	Version 2
2	98.9166666667	52.6313333333
4	98.0	52.0
5	55.0	37.88
7	52.6313333333	98.9166666667
9	52.0	98.0
10	37.88	55.0
11	2.0	02
21	W	W/H
25	9.97	9.97e-06
27	0.146	1.46e-07
34	140.0	1.4e-06
36	140.0	1.4e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS037

Column	Version 1	Version 2
2	98.9166666667	52.6313333333
4	98.0	52.0
5	55.0	37.88
7	52.6313333333	98.9166666667
9	52.0	98.0
10	37.88	55.0
11	2.0	02
21	W	W/H
25	9.98	9.98e-06
27	0.157	1.57e-07
34	128.0	1.28e-06
36	127.948350072	1.27948350072e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS038

Column	Version 1	Version 2
2	98.9166666667	52.6313333333
4	98.0	52.0
5	55.0	37.88
7	52.6313333333	98.9166666667
9	52.0	98.0
10	37.88	55.0
11	2.0	02
21	G	G/S
24	7170.0	0.00717
26	4.3	4.3e-06
34	155.0	1.55e-06
36	155.002483855	1.55002483855e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS039

Column	Version 1	Version 2
2	97.3666666667	50.6666666667
4	97.0	50.0
5	22.0	40.0
7	50.6666666667	97.3666666667
9	50.0	97.0
10	40.0	22.0
11	2.0	02
21	W	W/H
25	0.89	8.9e-07
34	36.8	3.68e-07
36	36.272572402	3.6272572402e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS040

Column	Version 1	Version 2
2	97.3666666667	50.6666666667
4	97.0	50.0
5	22.0	40.0
7	50.6666666667	97.3666666667
9	50.0	97.0
10	40.0	22.0
11	2.0	02
21	W	W/H
25	3.9	3.9e-06
27	0,21	2.1e-07
34	50.2	5.02e-07
36	48.7593582888	4.87593582888e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS041

Column	Version 1	Version 2
2	99.0981666667	52.5008333333
4	99.0	52.0
5	5.89	30.05
7	52.5008333333	99.0981666667
9	52.0	99.0
10	30.05	5.89
11	2.0	02
21	W	W/H
25	1.0	1e-06
27	19.0	1.9e-05
34	210.0	2.1e-06
36	213.684210526	2.13684210526e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS042

Column	Version 1	Version 2
2	90.283	50.7466666667
4	90.0	50.0
5	16.98	44.8
7	50.7466666667	90.283
9	50.0	90.0
10	44.8	16.98
11	2.0	02
21	W	W/H
25	2.65	2.65e-06
34	29.0	2.9e-07
36	20.0	2e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS043

Column	Version 1	Version 2
2	90.283	50.7466666667
4	90.0	50.0
5	16.98	44.8
7	50.7466666667	90.283
9	50.0	90.0
10	44.8	16.98
11	2.0	02
21	W	W/H
25	1.55	1.55e-06
27	0.17	1.7e-07
34	24.0	2.4e-07
36	20.52	2.052e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS044

Column	Version 1	Version 2
2	90.283	50.7466666667
4	90.0	50.0
5	16.98	44.8
7	50.7466666667	90.283
9	50.0	90.0
10	44.8	16.98
11	3.0	03
21	W	W/H
25	0.3	3e-07
34	30.0	3e-07
36	25.2173913043	2.52173913043e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]
53	DB of A.D.Duchkov, pers. comm. 20.05.2012	DB of A.D. Duchkov, pers. comm. 20.05.2011

RSS045

Column	Version 1	Version 2
2	90.283	50.7466666667
4	90.0	50.0
5	16.98	44.8
7	50.7466666667	90.283
9	50.0	90.0
10	44.8	16.98
11	3.0	03
21	W	W/H
25	0.26	2.6e-07
34	26.0	2.6e-07
36	21.5584415584	2.15584415584e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]
53	DB of A.D.Duchkov, pers. comm. 20.05.2012	DB of A.D. Duchkov, pers. comm. 20.05.2011

RSS046

Column	Version 1	Version 2
2	91.2166666667	51.4666666667
4	91.0	51.0
5	13.0	28.0
7	51.4666666667	91.2166666667
9	51.0	91.0
10	28.0	13.0
11	2.0	02
21	W	W/H
25	0.039	3.9e-08
27	0.089	8.9e-08
34	134.0	1.34e-06
36	124.526315789	1.24526315789e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS047

Column	Version 1	Version 2
2	94.4333333333	51.35
4	94.0	51.0
5	26.0	21.0
7	51.35	94.4333333333
9	51.0	94.0
10	21.0	26.0
11	2.0	02
21	W	W/H
25	1.6	1.6e-06
27	0.147	1.47e-07
34	65.0	6.5e-07
36	63.0603448276	6.30603448276e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS048

Column	Version 1	Version 2
2	94.4333333333	51.35
4	94.0	51.0
5	26.0	21.0
7	51.35	94.4333333333
9	51.0	94.0
10	21.0	26.0
11	3.0	03
21	W	W/H
25	1.72	1.72e-06
34	83.0	8.3e-07
36	81.2371134021	8.12371134021e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]
53	DB of A.D.Duchkov, pers. comm. 20.05.2012	DB of A.D. Duchkov, pers. comm. 20.05.2011

RSS049

Column	Version 1	Version 2
2	94.4333333333	51.35
4	94.0	51.0
5	26.0	21.0
7	51.35	94.4333333333
9	51.0	94.0
10	21.0	26.0
11	3.0	03
21	W	W/H
25	1.76	1.76e-06
34	82.6	8.26e-07
36	80.8606060606	8.08606060606e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]
53	DB of A.D.Duchkov, pers. comm. 20.05.2012	DB of A.D. Duchkov, pers. comm. 20.05.2011

RSS050

Column	Version 1	Version 2
2	98.2	54.2166666667
4	98.0	54.0
5	12.0	13.0
7	54.2166666667	98.2
9	54.0	98.0
10	13.0	12.0
11	2.0	02
21	G	G/S
24	4600.0	0.0046
26	13.0	1.3e-05
34	40.8	4.08e-07
36	40.7244094488	4.07244094488e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS051

Column	Version 1	Version 2
2	98.2	54.2166666667
4	98.0	54.0
5	12.0	13.0
7	54.2166666667	98.2
9	54.0	98.0
10	13.0	12.0
11	2.0	02
21	W	W/H
25	18.4	1.84e-05
27	0.19	1.9e-07
34	34.0	3.4e-07
36	33.6677115987	3.36677115987e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS052

Column	Version 1	Version 2
2	98.2	54.2166666667
4	98.0	54.0
5	12.0	13.0
7	54.2166666667	98.2
9	54.0	98.0
10	13.0	12.0
11	2.0	02
21	W	W/H
34	31.2	3.12e-07
36	30.6875981162	3.06875981162e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS053

Column	Version 1	Version 2
2	98.2	54.2166666667
4	98.0	54.0
5	12.0	13.0
7	54.2166666667	98.2
9	54.0	98.0
10	13.0	12.0
11	2.0	02
21	G	G/S
24	4100.0	0.0041
26	9.0	9e-06
29	4400.0	0.0044
34	36.3	3.63e-07
36	36.2412686426	3.62412686426e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS054

Column	Version 1	Version 2
2	98.2	54.2166666667
4	98.0	54.0
5	12.0	13.0
7	54.2166666667	98.2
9	54.0	98.0
10	13.0	12.0
11	2.0	02
21	W	W/H
25	7.0	7e-06
34	69.0	6.9e-07
36	57.1666666667	5.71666666667e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS055

Column	Version 1	Version 2
2	98.2	54.2166666667
4	98.0	54.0
5	12.0	13.0
7	54.2166666667	98.2
9	54.0	98.0
10	13.0	12.0
11	2.0	02
21	W	W/H
25	0.2	2e-07
27	0.21	2.1e-07
34	59.0	5.9e-07
36	22.1818181818	2.21818181818e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS056

Column	Version 1	Version 2
2	98.2	54.2166666667
4	98.0	54.0
5	12.0	13.0
7	54.2166666667	98.2
9	54.0	98.0
10	13.0	12.0
11	2.0	02
21	G	G/S
24	4400.0	0.0044
26	10.0	1e-05
29	7000.0	0.007
34	37.0	3.7e-07
36	36.9386539607	3.69386539607e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS057

Column	Version 1	Version 2
2	92.8	51.3333333333
4	92.0	51.0
5	48.0	20.0
7	51.3333333333	92.8
9	51.0	92.0
10	20.0	48.0
11	2.0	02
16	200500.0	20050000.0
21	W	W/H
25	0.038	3.8e-08
27	0.118	1.18e-07
34	142.0	1.42e-06
36	154.0	1.54e-06
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS058

Column	Version 1	Version 2
2	92.2458333333	50.8788333333
4	92.0	50.0
5	14.75	52.73
7	50.8788333333	92.2458333333
9	50.0	92.0
10	52.73	14.75
11	2.0	02
16	2060000.0	20060000.0
21	W	W/H
25	0.065	6.5e-08
27	0.17	1.7e-07
34	82.0	8.2e-07
35		≤
36	82.0	8.2e-07
52	Rcorr=Rme

RSS059

Column	Version 1	Version 2
2	98.1166666667	51.4666666667
4	98.0	51.0
5	7.0	28.0
7	51.4666666667	98.1166666667
9	51.0	98.0
10	28.0	7.0
11	2.0	02
21	G	G/S
24	2810.0	0.00281
26	6.5	6.5e-06
34	55.2	5.52e-07
36	55.1464082578	5.51464082578e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS060

Column	Version 1	Version 2
2	98.1166666667	51.4666666667
4	98.0	51.0
5	7.0	28.0
7	51.4666666667	98.1166666667
9	51.0	98.0
10	28.0	7.0
11	2.0	02
21	G	G/S
24	2800.0	0.0028
26	11.0	1.1e-05
34	55.0	5.5e-07
36	54.907508161	5.4907508161e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS061

Column	Version 1	Version 2
2	98.1166666667	51.4666666667
4	98.0	51.0
5	7.0	28.0
7	51.4666666667	98.1166666667
9	51.0	98.0
10	28.0	7.0
11	2.0	02
21	W	W/H
25	11.8	1.18e-05
27	0.21	2.1e-07
34	55.5	5.55e-07
36	55.0448833034	5.50448833034e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS062

Column	Version 1	Version 2
2	98.1166666667	51.4666666667
4	98.0	51.0
5	7.0	28.0
7	51.4666666667	98.1166666667
9	51.0	98.0
10	28.0	7.0
11	2.0	02
21	G	G/S
24	2700.0	0.0027
26	15.0	1.5e-05
29	10700.0	0.0107
34	51.5	5.15e-07
36	51.3600421719	5.13600421719e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RSS063

Column	Version 1	Version 2
2	98.1166666667	51.4666666667
4	98.0	51.0
5	7.0	28.0
7	51.4666666667	98.1166666667
9	51.0	98.0
10	28.0	7.0
11	2.0	02
21	G	G/S
24	2900.0	0.0029
26	14.0	1.4e-05
29	11700.0	0.0117
34	55.6	5.56e-07
36	55.4921175969	5.54921175969e-07
43		Rcorr is calculated from Rme with [4He/20Ne]
52	Rcorr is calculated from Rme with [4He/20Ne]

RWS001

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	720.0	0.00072
34	3.3	3.3e-08
35	<=	≤
36	3.3	3.3e-08
46	232000.0	0.232
48	768000.0	0.768
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 3000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 3000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21b-ЕМP-69а

RWS002

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	400.0	0.0004
34	12.0	1.2e-07
35	<=	≤
36	12.0	1.2e-07
46	232000.0	0.232
48	768000.0	0.768
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 3000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 3000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21b-ЕМP-69а

RWS003

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	820.0	0.00082
29	220.0	0.00022
34	4.7	4.7e-08
35	<=	≤
36	4.7	4.7e-08
46	55000.0	0.055
48	942300.0	0.9423
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS004

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	330.0	0.00033
34	4.6	4.6e-08
35	<=	≤
36	4.6	4.6e-08
46	303000.0	0.303
47	6000.0	0.006
48	682000.0	0.682
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21b-ЕМP-378'

RWS005

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	180.0	0.00018
29	800.0	0.0008
34	5.4	5.4e-08
35	<=	≤
36	5.4	5.4e-08
46	74000.0	0.074
48	922300.0	0.9223
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS006

Column	Version 1	Version 2
11	1,4	01,04
24	115.0	0.000115
29	33.0	3.3e-05
34	3.9	3.9e-08
35	<=	≤
36	3.9	3.9e-08
46	9000.0	0.009
47	16000.0	0.016
48	974000.0	0.974
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS008

Column	Version 1	Version 2
11	1,4	01,04
24	183.0	0.000183
29	84.0	8.4e-05
34	3.9	3.9e-08
35	<=	≤
36	3.9	3.9e-08
46	12500.0	0.0125
48	988000.0	0.988
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS009

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	150.0	0.00015
29	170.0	0.00017
34	3.3	3.3e-08
35	<=	≤
36	3.3	3.3e-08
46	33000.0	0.033
47	2500.0	0.0025
48	959000.0	0.959
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 20000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 20000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-360'

RWS010

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
34	3.6	3.6e-08
35	<=	≤
36	3.6	3.6e-08
46		0.033
47		0.0025
48		0.959
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 20000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-360'

RWS012

Column	Version 1	Version 2
11	1,4	01,04
24	110.0	0.00011
29	180.0	0.00018
34	2.7	2.7e-08
35	<=	≤
36	2.7	2.7e-08
46	14000.0	0.014
47	10000.0	0.01
48	976000.0	0.976
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 3000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 3000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-361'

RWS013

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
24	220.0	0.00022
29	350.0	0.00035
34	2.8	2.8e-08
35	<=	≤
36	2.8	2.8e-08
46		0.014
47		0.01
48		0.976
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 3000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-361'

RWS014

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
24	220.0	0.00022
29	350.0	0.00035
34	3.4	3.4e-08
35	<=	≤
36	3.4	3.4e-08
46		0.014
47		0.01
48		0.976
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 3000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-361'

RWS015

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	210.0	0.00021
29	740.0	0.00074
34	2.2	2.2e-08
35	<=	≤
36	2.2	2.2e-08
46	60000.0	0.06
47	5000.0	0.005
48	935000.0	0.935
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-363'

RWS016

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
24	420.0	0.00042
29	380.0	0.00038
34	2.7	2.7e-08
35	<=	≤
36	2.7	2.7e-08
46		0.06
47		0.005
48		0.935
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-363'

RWS017

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
34	1.8	1.8e-08
35	<=	≤
36	1.8	1.8e-08
46		0.02
47		0.002
48		0.989
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 12000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-370'

RWS018

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
34	2.6	2.6e-08
35	<=	≤
36	2.6	2.6e-08
46		0.02
47		0.002
48		0.989
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 12000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-370'

RWS019

Column	Version 1	Version 2
11	1,4	01,04
24	150.0	0.00015
34	2.9	2.9e-08
35	<=	≤
36	2.9	2.9e-08
46	20000.0	0.02
47	2000.0	0.002
48	989000.0	0.989
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 12000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 12000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-370'

RWS020

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
34	3.6	3.6e-08
35	<=	≤
36	3.6	3.6e-08
46		0.02
47		0.002
48		0.989
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 12000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-370'

RWS021

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	880.0	0.00088
34	2.8	2.8e-08
35	<=	≤
36	2.8	2.8e-08
46	58000.0	0.058
47	2000.0	0.002
48	935000.0	0.935
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-364'

RWS022

Column	Version 1	Version 2
11	1,4	01,04
24	128.0	0.000128
29	51.0	5.1e-05
34	3.6	3.6e-08
35	<=	≤
36	3.6	3.6e-08
46	8900.0	0.0089
47	1000.0	0.001
48	992200.0	0.9922
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 2200 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 2200 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-115

RWS023

Column	Version 1	Version 2
11	1.0	01,04
29	49.1	4.91e-05
34	2.8	2.8e-08
35	<=	≤
36	2.8	2.8e-08
46		0.0089
47		0.001
48		0.9922
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 2200 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-115

RWS024

Column	Version 1	Version 2
11	1,3	01,03,04
34	3.1	3.1e-08
35	<=	≤
36	3.1	3.1e-08
46		0.0089
47		0.001
48		0.9922
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 2200 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; Kruglikov et al., 1980; DB of E.M. Prasolov, unpubl. 21d-ЕМP-115

RWS025

Column	Version 1	Version 2
11	1.0	01,04
29	44.0	4.4e-05
34	3.6	3.6e-08
35	<=	≤
36	3.6	3.6e-08
46		0.0089
47		0.001
48		0.9922
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 2200 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-115

RWS026

Column	Version 1	Version 2
11	1.0	01,04
29	46.0	4.6e-05
34	4.1	4.1e-08
35	<=	≤
36	4.1	4.1e-08
46		0.0089
47		0.001
48		0.9922
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 2200 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-115

RWS027

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
24	170.0	0.00017
29	800.0	0.0008
34	2.3	2.3e-08
35	<=	≤
36	2.3	2.3e-08
46		0.047
47		0.03
48		0.88
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 76000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-129

RWS028

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	170.0	0.00017
29	200.0	0.0002
34	4.0	4e-08
35	<=	≤
36	4.0	4e-08
46	47000.0	0.047
47	30000.0	0.03
48	880000.0	0.88
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 76000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 76000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-129

RWS029

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
24	280.0	0.00028
29	500.0	0.0005
34	3.3	3.3e-08
35	<=	≤
36	3.3	3.3e-08
46		0.049
47		0.0035
48		0.9474
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 25400 ppm
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126e'

RWS030

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	450.0	0.00045
34	3.2	3.2e-08
35	<=	≤
36	3.2	3.2e-08
46	39000.0	0.039
48	928000.0	0.928
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 9000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 9000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-367'

RWS031

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
24	450.0	0.00045
34	3.8	3.8e-08
35	<=	≤
36	3.8	3.8e-08
46		0.039
48		0.928
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 9000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-367'

RWS032

Column	Version 1	Version 2
11	1,4	01,04
24	141.0	0.000141
29	67.0	6.7e-05
34	3.6	3.6e-08
35	<=	≤
36	3.6	3.6e-08
46	8000.0	0.008
48	992000.0	0.992
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-116

RWS034

Column	Version 1	Version 2
11	1.0	01,04
24	130.0	0.00013
29	160.0	0.00016
34	3.0	3e-08
35	<=	≤
36	3.0	3e-08
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 36000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-365'

RWS035

Column	Version 1	Version 2
11	1,4	01,04
24	94.0	9.4e-05
29	25.0	2.5e-05
34	4.3	4.3e-08
35	<=	≤
36	4.3	4.3e-08
46	7000.0	0.007
48	994000.0	0.994
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 36000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 36000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-365'

RWS036

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
24	100.0	0.0001
29	200.0	0.0002
34	5.1	5.1e-08
35	<=	≤
36	5.1	5.1e-08
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 36000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-365'

RWS037

Column	Version 1	Version 2
11	1.0	01,04
24	145.0	0.000145
29	25.0	2.5e-05
34	3.1	3.1e-08
35	<=	≤
36	3.1	3.1e-08
46		0.01
47		0.002
48		0.988
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 1000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-366'

RWS038

Column	Version 1	Version 2
11	1,4	01,04
24	133.0	0.000133
29	75.0	7.5e-05
34	4.3	4.3e-08
35	<=	≤
36	4.3	4.3e-08
46	10000.0	0.01
47	2000.0	0.002
48	988000.0	0.988
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 1000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 1000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-366'

RWS039

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
24	180.0	0.00018
34	5.3	5.3e-08
35	<=	≤
36	5.3	5.3e-08
46		0.01
47		0.002
48		0.988
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 1000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-366'

RWS040

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	300.0	0.0003
34	4.6	4.6e-08
35	<=	≤
36	4.6	4.6e-08
46	46000.0	0.046
47	5000.0	0.005
48	945000.0	0.945
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS041

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
24	180.0	0.00018
29	170.0	0.00017
34	3.1	3.1e-08
35	<=	≤
36	3.1	3.1e-08
46		0.108
47		0.002
48		0.8901
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 2100 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-368'

RWS042

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	180.0	0.00018
29	170.0	0.00017
34	3.6	3.6e-08
35	<=	≤
36	3.6	3.6e-08
46	108000.0	0.108
47	2000.0	0.002
48	890100.0	0.8901
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 2100 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 2100 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-368'

RWS043

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	70.0	7e-05
29	100.0	0.0001
34	5.6	5.6e-08
35	<=	≤
36	5.6	5.6e-08
46	12000.0	0.012
47	20000.0	0.02
48	967700.0	0.9677
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS044

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
34	2.7	2.7e-08
35	<=	≤
36	2.7	2.7e-08
46		0.0031
48		0.997
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 2000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-120

RWS045

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
34	2.9	2.9e-08
35	<=	≤
36	2.9	2.9e-08
46		0.0031
48		0.997
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 2000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-120

RWS046

Column	Version 1	Version 2
11	1,4	01,04
24	96.0	9.6e-05
29	26.0	2.6e-05
34	3.8	3.8e-08
35	<=	≤
36	3.8	3.8e-08
46	3100.0	0.0031
48	997000.0	0.997
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 2000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 2000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-120

RWS047

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, Central dome, north zone, hole 108
17	2876.0	2728.0
19	6.2-6	6.2-16
21	W/H	G/H
29		9.8e-06
34	2.0	7.6e-08
35	<=	≤
36	2.0	7.6e-08
42		724.22
46		0.016
47		0.005
48		0.95
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS048

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, Central dome, north zone, hole 108
17	2870.0	2950.0
19	6.7-102	6.2-17
21	W/H	G/H
23	K1g	K1v
34	2.5	7.8e-08
35	<=	≤
36	2.5	7.8e-08
46		0.016
47		0.005
48		0.95
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS049

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, Central dome, north zone, hole 140
17	2856.0	3050.0
19	6.2-5	6.2-19
21	W/H	G/H
23	K1g	K1v
34	2.9	7e-08
35	<=	≤
36	2.9	7e-08
46		0.016
47		0.005
48		0.95
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS050

Column	Version 1	Version 2
11	1,4	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, Central dome, north zone, hole 85
17	2732.0	2758.0
19	6.2-3	6.2-15
34	3.3	3.9e-08
35	<=	≤
36	3.3	3.9e-08
46	49000.0	0.016
47	3500.0	0.005
48	947400.0	0.95
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 25400 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS051

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, Central dome, north zone, hole 91
17	1124.0	1300.0
19	6.2-21	6.2-14
29	62.6
34	3.3	3.8e-08
35	<=	≤
36	3.3	3.8e-08
42	335.227536232
46		0.017
47		0.007
48		0.976
50	-43.6	-50.4
52		Macrogas concentrations accepted as mean value for URENGOY; [HHCs]=0
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-1

RWS052

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, Central dome, south zone, hole 131
17	1300.0	2836.0
19	6.2-14	6.2-23
23	K2s	K1g
34	3.8	5e-08
35	<=	≤
36	3.8	5e-08
46		0.016
47		0.005
48		0.95
50	-50.4
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS053

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, Central dome, south zone, hole 131
17	2886.0	1168.0
19	6.2-24	6.2-20
23	K1v	K2s
29		6.03e-05
34	3.8	3.3e-08
35	<=	≤
36	3.8	3.3e-08
42		335.05037594
46		0.017
47		0.007
48		0.976
50		-42.6
52		Macrogas concentrations accepted as mean value for URENGOY; [HHCs]=0
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-1

RWS054

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, Central dome, south zone, hole 87
17	1766.0	2886.0
19	6.2-25	6.2-24
23	K1al	K1v
34	3.8	3.8e-08
35	<=	≤
36	3.8	3.8e-08
46		0.016
47		0.005
48		0.95
50	-39.2
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS055

Column	Version 1	Version 2
11	1.0	01,04
17	2910.0	2870.0
19	6.2-8	6.7-102
23	K1v	K1g
34	3.9	2.5e-08
35	<=	≤
36	3.9	2.5e-08
46		0.016
47		0.005
48		0.95
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS056

Column	Version 1	Version 2
11	1.0	01,04
17	2758.0	1200.0
19	6.2-15	6.7-97
21	W/H	G/H
23	K1g	K2s
24		0.000129
34	3.9	4e-08
35	<=	≤
36	3.9	4e-08
46		0.017
47		0.007
48		0.976
50		-46.6
52		Macrogas concentrations accepted as mean value for URENGOY; [HHCs]=0
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-1

RWS057

Column	Version 1	Version 2
11	1,4	01,04
17	1200.0	2780.0
19	6.7-97	6.7-99
23	K2s	K1g
24	129.0
29		1.45e-05
34	4.0	4.6e-08
35	<=	≤
36	4.0	4.6e-08
42		612.314285714
46	17000.0	0.016
47	7000.0	0.005
48	976000.0	0.95
50	-46.6	-34.9
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS058

Column	Version 1	Version 2
11	1.0	01,04
17	2724.0	3480.0
19	6.2-2	6.7-106
23	K1g	K1v
29	19.7
34	4.3	4.6e-08
35	<=	≤
36	4.3	4.6e-08
42	554.601904762
46		0.016
47		0.005
48		0.95
50	-34.9	-39.4
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS059

Column	Version 1	Version 2
11	1.0	01,04
17	1128.0	2770.0
19	6.2-22	6.7-100
23	K2s	K1g
29	62.3	1.36e-05
34	4.3	4.9e-08
35	<=	≤
36	4.3	4.9e-08
42	336.05620438	628.15
46		0.016
47		0.005
48		0.95
50	-44.8	-33.6
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS060

Column	Version 1	Version 2
11	1.0	01,04
17	2904.0	2910.0
19	6.2-26	6.7-103
23	K1	K1v
34	4.4	4.9e-08
35	<=	≤
36	4.4	4.9e-08
46		0.016
47		0.005
48		0.95
50	-39.2
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS061

Column	Version 1	Version 2
11	1.0	01,04
17	3477.0	3560.0
19	6.2-10	6.7-107
23	K1v	K1
29		9e-06
34	4.6	5.2e-08
35	<=	≤
36	4.6	5.2e-08
42		1023.23076923
46		0.016
47		0.005
48		0.95
50	-34.9
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS062

Column	Version 1	Version 2
11	1.0	01,04
17	2780.0	2840.0
19	6.7-99	6.7-101
21	G/H	(G+O)/H
29	14.5	1.34e-05
34	4.6	5.3e-08
35	<=	≤
36	4.6	5.3e-08
42	612.314285714	628.736507937
46		0.016
47		0.005
48		0.95
50	-34.9	-32.8
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS063

Column	Version 1	Version 2
11	1.0	01,04
17	3480.0	3030.0
19	6.7-106	6.7-104
21	G/H	(G+O)/H
29		8.2e-06
34	4.6	7e-08
35	<=	≤
36	4.6	7e-08
42		734.521212121
46		0.016
47		0.005
48		0.95
50	-39.4	-38.4
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS064

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, North dome, hole 189
17	2770.0	2869.0
19	6.7-100	6.2-7
23	K1g	K1
29	13.6	1.58e-05
34	4.9	5.9e-08
35	<=	≤
36	4.9	5.9e-08
42	628.15	583.81
46		0.016
47		0.005
48		0.95
50	-33.6
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS065

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, North dome, hole 272
17	2910.0	1124.0
19	6.7-103	6.2-21
23	K1v	K2s
29		6.26e-05
34	4.9	3.3e-08
35	<=	≤
36	4.9	3.3e-08
42		335.227536232
46		0.017
47		0.007
48		0.976
50		-43.6
52		Macrogas concentrations accepted as mean value for URENGOY; [HHCs]=0
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-1

RWS066

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, North dome, hole 324
17	2836.0	1128.0
19	6.2-23	6.2-22
23	K1g	K2s
29		6.23e-05
34	5.0	4.3e-08
35	<=	≤
36	5.0	4.3e-08
42		336.05620438
46		0.017
47		0.007
48		0.976
50		-44.8
52		Macrogas concentrations accepted as mean value for URENGOY; [HHCs]=0
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-1

RWS067

Column	Version 1	Version 2
11	1,4	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, North dome, hole 41
17	2832.0	2724.0
19	6.2-4	6.2-2
29	11.3	1.97e-05
34	5.1	4.3e-08
35	<=	≤
36	5.1	4.3e-08
42	710.69787234	554.601904762
46	16000.0	0.016
47	5000.0	0.005
48	950000.0	0.95
50	-32.4	-34.9
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS068

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, North dome, hole 41
17	3563.0	2832.0
19	6.2-11	6.2-4
23	K1v	K1g
24		9.8e-05
29	9.0	1.13e-05
34	5.2	5.1e-08
35	<=	≤
36	5.2	5.1e-08
42	1023.23076923	710.69787234
46		0.016
47		0.005
48		0.95
50		-32.4
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS069

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, North dome, hole 44
17	3560.0	2910.0
19	6.7-107	6.2-8
23	K1	K1v
29	9.0
34	5.2	3.9e-08
35	<=	≤
36	5.2	3.9e-08
42	1023.23076923
46		0.016
47		0.005
48		0.95
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS070

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, North dome, hole 48
17	2840.0	2856.0
19	6.7-101	6.2-5
21	(G+O)/H	G/H
29	13.4
34	5.3	2.9e-08
35	<=	≤
36	5.3	2.9e-08
42	628.736507937
46		0.016
47		0.005
48		0.95
50	-32.8
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS071

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, North dome, hole 48
17	2869.0	2732.0
19	6.2-7	6.2-3
23	K1	K1g
29	15.8
34	5.9	3.3e-08
35	<=	≤
36	5.9	3.3e-08
42	583.81
46		0.016
47		0.005
48		0.95
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS072

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, North dome, hole 53
17	3050.0	2876.0
19	6.2-19	6.2-6
23	K1v	K1g
34	7.0	2e-08
35	<=	≤
36	7.0	2e-08
46		0.016
47		0.005
48		0.95
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS073

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, North dome, hole 80
17	3030.0	1145.0
19	6.7-104	6.2-1
21	(G+O)/H	G/H
23	K1v	K2s
29	8.2	6e-05
34	7.0	3.8e-08
35	<=	≤
36	7.0	3.8e-08
42	734.521212121	343.056092843
46		0.017
47		0.007
48		0.976
50	-38.4
52		Macrogas concentrations accepted as mean value for URENGOY; [HHCs]=0
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-1

RWS074

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, North dome, hole 95
17	2728.0	3563.0
19	6.2-16	6.2-11
23	K1g	K1v
29	9.8	9e-06
34	7.6	5.2e-08
35	<=	≤
36	7.6	5.2e-08
42	724.22	1023.23076923
46		0.016
47		0.005
48		0.95
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS075

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, North dome, hole 99
17	2950.0	3477.0
19	6.2-17	6.2-10
34	7.8	4.6e-08
35	<=	≤
36	7.8	4.6e-08
46		0.016
47		0.005
48		0.95
50		-34.9
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS076

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, hole	Urengoy prosp. area, South dome, hole 129
17	2922.0	1766.0
19	6.2-27	6.2-25
23	K1	K1al
34	7.9	3.8e-08
35	<=	≤
36	7.9	3.8e-08
46		0.016
47		0.005
48		0.95
50		-39.2
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS077

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, north dome, hole	Urengoy prosp. area, South dome, hole 174
17	1145.0	2904.0
19	6.2-1	6.2-26
23	K2s	K1
29	60.0
34	3.8	4.4e-08
35	<=	≤
36	3.8	4.4e-08
42	343.056092843
46		0.016
47		0.005
48		0.95
50		-39.2
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS078

Column	Version 1	Version 2
11	1.0	01,04
14	Urengoy prosp. area, south dome, hole	Urengoy prosp. area, South dome, hole 208
17	1168.0	2922.0
19	6.2-20	6.2-27
23	K2s	K1
29	60.3
34	3.3	7.9e-08
35	<=	≤
36	3.3	7.9e-08
42	335.05037594
46		0.016
47		0.005
48		0.95
50	-42.6
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 60000 ppm; Macrogas concentrations accepted as mean value for URENGOY K1(K1+K1al+K1g+K1v) layer
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-126а-2

RWS079

Column	Version 1	Version 2
11	1,4	01,04
24	119.0	0.000119
29	160.0	0.00016
34	2.6	2.6e-08
35	<=	≤
36	2.6	2.6e-08
46	10000.0	0.01
48	989600.0	0.9896
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 600 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 600 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-372'

RWS080

Column	Version 1	Version 2
11	1.0	01,04
24	150.0	0.00015
29	160.0	0.00016
34	3.1	3.1e-08
35	<=	≤
36	3.1	3.1e-08
46		0.01
48		0.9896
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 600 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-372'

RWS081

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	160.0	0.00016
29	270.0	0.00027
34	5.9	5.9e-08
35	<=	≤
36	5.9	5.9e-08
46	24000.0	0.024
48	976000.0	0.976
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS082

Column	Version 1	Version 2
11	1,4	01,04
24	157.0	0.000157
29	71.0	7.1e-05
34	3.4	3.4e-08
35	<=	≤
36	3.4	3.4e-08
46	13000.0	0.013
48	987000.0	0.987
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS084

Column	Version 1	Version 2
11	1,4	01,04
24	122.0	0.000122
29	66.7	6.67e-05
34	2.4	2.4e-08
35	<=	≤
36	2.4	2.4e-08
46	9000.0	0.009
47	4000.0	0.004
48	987000.0	0.987
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-117а-1

RWS090

Column	Version 1	Version 2
11	1,4	01,04
24	141.0	0.000141
29	500.0	0.0005
34	4.1	4.1e-08
35	<=	≤
36	4.1	4.1e-08
46	8200.0	0.0082
48	992000.0	0.992
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS091

Column	Version 1	Version 2
11	1,4	01,04
24	130.0	0.00013
34	4.1	4.1e-08
35	<=	≤
36	4.1	4.1e-08
46	43000.0	0.043
47	2000.0	0.002
48	955000.0	0.955
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-118а-1

RWS092

Column	Version 1	Version 2
11	2,4	02,04
24	70.0	7e-05
34	7.5	7.5e-08
35	<=	≤
36	7.5	7.5e-08
46	42000.0	0.042
47	9000.0	0.009
48	948000.0	0.948
53	GIN RAS collection, unpubl.; Prasolov E.M., unpubl.	DB of GIN RAS; DB of E.M. Prasolov, unpubl. 21d-ЕМP-118а-2

RWS093

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	790.0	0.00079
29	720.0	0.00072
34	3.3	3.3e-08
35	<=	≤
36	3.3	3.3e-08
46	154000.0	0.154
48	840000.0	0.84
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS094

Column	Version 1	Version 2
11	1.0	01,04
24	137.0	0.000137
29	57.0	5.7e-05
34	4.2	4.2e-08
35	<=	≤
36	4.2	4.2e-08
46		0.0074
48		0.99
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-121

RWS095

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
34	4.9	4.9e-08
35	<=	≤
36	4.9	4.9e-08
46		0.0074
48		0.99
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-121

RWS096

Column	Version 1	Version 2
11	1,4	01,04
24	140.0	0.00014
34	5.4	5.4e-08
35	<=	≤
36	5.4	5.4e-08
46	7400.0	0.0074
48	990000.0	0.99
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-121

RWS097

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
34	6.0	6e-08
35	<=	≤
36	6.0	6e-08
46		0.0074
48		0.99
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-121

RWS098

Column	Version 1	Version 2
11	1.0	01,04
34	6.2	6.2e-08
35	<=	≤
36	6.2	6.2e-08
46		0.0074
48		0.99
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-121

RWS099

Column	Version 1	Version 2
11	1.0	01,04
34	6.9	6.9e-08
35	<=	≤
36	6.9	6.9e-08
46		0.0074
48		0.99
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-121

RWS100

Column	Version 1	Version 2
11	1.0	01,04
34	7.0	7e-08
35	<=	≤
36	7.0	7e-08
46		0.0074
48		0.99
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 10000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21d-ЕМP-121

RWS101

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	1850.0	0.00185
34	3.0	3e-08
35	<=	≤
36	3.0	3e-08
46	210000.0	0.21
47	26000.0	0.026
48	755000.0	0.755
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS102

Column	Version 1	Version 2
11	2,4	02,04
24	150.0	0.00015
34	3.0	3e-08
35	<=	≤
36	3.0	3e-08
46	21000.0	0.021
48	854119.0	0.854119
53	GIN RAS collection, unpubl.; Prasolov E.M., unpubl.	DB of GIN RAS; DB of E.M. Prasolov, unpubl. 21g-ЕМP-375'

RWS103

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	2240.0	0.00224
34	2.2	2.2e-08
35	<=	≤
36	2.2	2.2e-08
46	167000.0	0.167
47	4000.0	0.004
48	835400.0	0.8354
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB Prasolov, unpubl. 21g-ЕМP-376'

RWS104

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
24	450.0	0.00045
34	1.7	1.7e-08
35	<=	≤
36	1.7	1.7e-08
46		0.508
47		0.016
48		0.468
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 7000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB Prasolov, unpubl. 21g-ЕМP-323b

RWS105

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	450.0	0.00045
34	2.3	2.3e-08
35	<=	≤
36	2.3	2.3e-08
46	508000.0	0.508
47	16000.0	0.016
48	468000.0	0.468
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 7000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 7000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB Prasolov, unpubl. 21g-ЕМP-323b

RWS106

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
24	450.0	0.00045
34	2.4	2.4e-08
35	<=	≤
36	2.4	2.4e-08
46		0.508
47		0.016
48		0.468
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 7000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB Prasolov, unpubl. 21g-ЕМP-323b

RWS108

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	1360.0	0.00136
34	2.3	2.3e-08
35	<=	≤
36	2.3	2.3e-08
46	459000.0	0.459
47	22000.0	0.022
48	489500.0	0.4895
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS110

Column	Version 1	Version 2
11	1,4	01,04
24	170.0	0.00017
34	2.4	2.4e-08
35	<=	≤
36	2.4	2.4e-08
46	30000.0	0.03
47	9000.0	0.009
48	959000.0	0.959
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS111

Column	Version 1	Version 2
11	1,4	01,04
24	220.0	0.00022
34	2.1	2.1e-08
35	<=	≤
36	2.1	2.1e-08
46	23000.0	0.023
47	3000.0	0.003
48	973000.0	0.973
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 187000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 187000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21g-ЕМP-308а

RWS112

Column	Version 1	Version 2
11	1.0	01,04
34	2.1	2.1e-08
35	<=	≤
36	2.1	2.1e-08
46		0.023
47		0.003
48		0.973
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 187000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21g-ЕМP-308а

RWS113

Column	Version 1	Version 2
11	1.0	01,04
34	2.7	2.7e-08
35	<=	≤
36	2.7	2.7e-08
46		0.023
47		0.003
48		0.973
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 187000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21g-ЕМP-308а

RWS114

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
34	1.6	1.6e-08
35	<=	≤
36	1.6	1.6e-08
46		0.177
47		0.005
48		0.818
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 2000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21g-ЕМP-332а

RWS115

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
24	940.0	0.00094
34	2.3	2.3e-08
35	<=	≤
36	2.3	2.3e-08
46		0.177
47		0.005
48		0.818
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 2000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21g-ЕМP-332а

RWS116

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	940.0	0.00094
34	2.3	2.3e-08
35	<=	≤
36	2.3	2.3e-08
46	177000.0	0.177
47	5000.0	0.005
48	818000.0	0.818
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 2000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 2000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21g-ЕМP-332а

RWS117

Column	Version 1	Version 2
11	1,4	01,04
24	200.0	0.0002
34	2.0	2e-08
35	<=	≤
36	2.0	2e-08
46	31000.0	0.031
47	10000.0	0.01
48	951000.0	0.951
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21g-ЕМP-328c

RWS118

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
24	550.0	0.00055
34	1.0	1e-08
35	<=	≤
36	1.0	1e-08
46		0.073
48		0.03389
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 33000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21g-ЕМP-320а

RWS119

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	550.0	0.00055
34	1.7	1.7e-08
35	<=	≤
36	1.7	1.7e-08
46	73000.0	0.073
48	33890.0	0.03389
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 33000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 33000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21g-ЕМP-320а

RWS120

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	1850.0	0.00185
34	2.2	2.2e-08
35	<=	≤
36	2.2	2.2e-08
46	353000.0	0.353
47	8000.0	0.008
48	555000.0	0.555
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS121

Column	Version 1	Version 2
11	1,4	01,04
24	100.0	0.0001
34	2.5	2.5e-08
35	<=	≤
36	2.5	2.5e-08
46	15000.0	0.015
47	6000.0	0.006
48	986000.0	0.986
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS122

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	1300.0	0.0013
34	1.9	1.9e-08
35	<=	≤
36	1.9	1.9e-08
46	84000.0	0.084
48	908000.0	0.908
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS123

Column	Version 1	Version 2
11	1,4	01,04
24	920.0	0.00092
34	1.9	1.9e-08
35	<=	≤
36	1.9	1.9e-08
46	132000.0	0.132
47	8000.0	0.008
48	859000.0	0.859
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 7000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 7000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21g-ЕМP-317b

RWS124

Column	Version 1	Version 2
11	1.0	01,04
34	2.0	2e-08
35	<=	≤
36	2.0	2e-08
46		0.132
47		0.008
48		0.859
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 7000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21g-ЕМP-317b

RWS125

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	1440.0	0.00144
34	3.2	3.2e-08
35	<=	≤
36	3.2	3.2e-08
46	92000.0	0.092
48	908600.0	0.9086
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21g-ЕМP-305b

RWS126

Column	Version 1	Version 2
11	1,4	01,04
24	90.0	9e-05
34	3.0	3e-08
35	<=	≤
36	3.0	3e-08
46	23000.0	0.023
48	977000.0	0.977
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 83000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 83000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21e-ЕМP-193а

RWS127

Column	Version 1	Version 2
11	1.0	01,04
34	3.6	3.6e-08
35	<=	≤
36	3.6	3.6e-08
46		0.023
48		0.977
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 83000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21e-ЕМP-193а

RWS130

Column	Version 1	Version 2
11	1,4	01,04
24	170.0	0.00017
34	2.5	2.5e-08
35	<=	≤
36	2.5	2.5e-08
46	48000.0	0.048
47	6000.0	0.006
48	942400.0	0.9424
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS131

Column	Version 1	Version 2
11	1,4	01,04
24	90.0	9e-05
34	3.2	3.2e-08
35	<=	≤
36	3.2	3.2e-08
46	69000.0	0.069
47	9000.0	0.009
48	914000.0	0.914
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 138000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 138000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21e-ЕМP-197

RWS132

Column	Version 1	Version 2
11	1.0	01,04
34	3.3	3.3e-08
35	<=	≤
36	3.3	3.3e-08
46		0.069
47		0.009
48		0.914
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 138000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21e-ЕМP-198

RWS135

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	290.0	0.00029
34	14.0	1.4e-07
35	<=	≤
36	14.0	1.4e-07
46	33000.0	0.033
47	17000.0	0.017
48	246000.0	0.246
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS136

Column	Version 1	Version 2
11	1,4	01,04
24	127.0	0.000127
29	51.0	5.1e-05
34	2.4	2.4e-08
35	<=	≤
36	2.4	2.4e-08
46	14000.0	0.014
48	986000.0	0.986
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS137

Column	Version 1	Version 2
11	1,4	01,04
24	160.0	0.00016
34	5.5	5.5e-08
35	<=	≤
36	5.5	5.5e-08
46	53000.0	0.053
47	17000.0	0.017
48	921000.0	0.921
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21e-ЕМP-231b

RWS139

Column	Version 1	Version 2
11	1.0	01,04
34	2.3	2.3e-08
35	<=	≤
36	2.3	2.3e-08
46		0.031
47		0.0015
48		0.968
52		Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-106

RWS140

Column	Version 1	Version 2
11	1.0	01,04
24	270.0	0.00027
34	3.0	3e-08
35	<=	≤
36	3.0	3e-08
46		0.031
47		0.0015
48		0.968
52		Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-106

RWS141

Column	Version 1	Version 2
11	1,4	01,04
24	140.0	0.00014
34	3.2	3.2e-08
35	<=	≤
36	3.2	3.2e-08
46	31000.0	0.031
47	1500.0	0.0015
48	968000.0	0.968
52		Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-106

RWS142

Column	Version 1	Version 2
11	1.0	01,04
34	3.3	3.3e-08
35	<=	≤
36	3.3	3.3e-08
46		0.031
47		0.0015
48		0.968
52		Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-106

RWS143

Column	Version 1	Version 2
11	1.0	01,04
34	4.1	4.1e-08
35	<=	≤
36	4.1	4.1e-08
46		0.031
47		0.0015
48		0.968
52		Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-106

RWS144

Column	Version 1	Version 2
11	1,4	01,04
24	79.0	7.9e-05
29	13.0	1.3e-05
34	4.3	4.3e-08
35	<=	≤
36	4.3	4.3e-08
46	5000.0	0.005
48	995000.0	0.995
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-104

RWS145

Column	Version 1	Version 2
11	1,4	01,04
24	125.0	0.000125
29	69.0	6.9e-05
34	2.2	2.2e-08
35	<=	≤
36	2.2	2.2e-08
46	9000.0	0.009
48	991000.0	0.991
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS146

Column	Version 1	Version 2
11	1.0	01,04
29	21.7	2.17e-05
34	4.0	4e-08
35	<=	≤
36	4.0	4e-08
46		0.001
47		0.001
48		0.994
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 24000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-371'2

RWS147

Column	Version 1	Version 2
11	1.0	01,04
24	87.0	8.7e-05
29	20.0	2e-05
34	4.1	4.1e-08
35	<=	≤
36	4.1	4.1e-08
46		0.001
47		0.001
48		0.994
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 24000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-371'2

RWS148

Column	Version 1	Version 2
11	1,4	01,04
24	63.0	6.3e-05
29	9.9	9.9e-06
34	4.1	4.1e-08
35	<=	≤
36	4.1	4.1e-08
46	1000.0	0.001
47	1000.0	0.001
48	994000.0	0.994
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 24000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 24000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-371'2

RWS149

Column	Version 1	Version 2
11	1.0	01,04
29	15.0	1.5e-05
34	4.2	4.2e-08
35	<=	≤
36	4.2	4.2e-08
46		0.001
47		0.001
48		0.994
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 24000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-371'2

RWS150

Column	Version 1	Version 2
11	1,4	01,04
24	130.0	0.00013
29	600.0	0.0006
34	5.3	5.3e-08
35	<=	≤
36	5.3	5.3e-08
46	66000.0	0.066
47	25000.0	0.025
48	919000.0	0.919
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 11000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 11000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-105

RWS151

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
24	140.0	0.00014
29	200.0	0.0002
34	6.7	6.7e-08
35	<=	≤
36	6.7	6.7e-08
46		0.066
47		0.025
48		0.919
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 11000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-105

RWS154

Column	Version 1	Version 2
11	1,4	01,04
24	80.0	8e-05
34	2.3	2.3e-08
35	<=	≤
36	2.3	2.3e-08
46	14000.0	0.014
48	986000.0	0.986
52		Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-108

RWS155

Column	Version 1	Version 2
11	1.0	01,04
34	2.4	2.4e-08
35	<=	≤
36	2.4	2.4e-08
46		0.014
48		0.986
52		Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-108

RWS156

Column	Version 1	Version 2
11	1.0	01,04
24	90.0	9e-05
34	2.5	2.5e-08
35	<=	≤
36	2.5	2.5e-08
46		0.014
48		0.986
52		Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-108

RWS157

Column	Version 1	Version 2
11	1.0	01,04
29	9.6	9.6e-06
34	2.5	2.5e-08
35	<=	≤
36	2.5	2.5e-08
46		0.014
48		0.986
52		Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-108

RWS158

Column	Version 1	Version 2
11	1,3	01,03,04
24	100.0	0.0001
29	7.2	7.2e-06
34	2.7	2.7e-08
35	<=	≤
36	2.7	2.7e-08
46		0.014
48		0.986
52		Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; Kruglikov et al., 1980; DB of E.M. Prasolov, unpubl. 21c-ЕМP-108

RWS159

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
24	80.0	8e-05
34	2.8	2.8e-08
35	<=	≤
36	2.8	2.8e-08
46		0.014
48		0.986
52		Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-108

RWS160

Column	Version 1	Version 2
11	1.0	01,04
21	W/H	G/H
34	3.6	3.6e-08
35	<=	≤
36	3.6	3.6e-08
46		0.014
48		0.986
52		Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-108

RWS161

Column	Version 1	Version 2
11	1.0	01,04
34	8.4	8.4e-08
35	<=	≤
36	8.4	8.4e-08
46		0.014
48		0.986
52		Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-108

RWS162

Column	Version 1	Version 2
11	1.0	01,04
29	22.5	2.25e-05
34	13.0	1.3e-07
35	<=	≤
36	13.0	1.3e-07
43	3He/4He indicated as approximate value
46		0.014
48		0.986
52		Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-108

RWS163

Column	Version 1	Version 2
11	1.0	01,04
34	3.4	3.4e-08
35	<=	≤
36	3.4	3.4e-08
46		0.004
47		0.008
48		0.106
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 12000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-374'

RWS164

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	150.0	0.00015
34	5.0	5e-08
35	<=	≤
36	5.0	5e-08
46	4000.0	0.004
47	8000.0	0.008
48	106000.0	0.106
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 12000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 12000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21c-ЕМP-374'

RWS165

Column	Version 1	Version 2
11	2,4	02,04
24	150.0	0.00015
29	1000.0	0.001
34	2.2	2.2e-08
35	<=	≤
36	2.2	2.2e-08
46	19000.0	0.019
47	14000.0	0.014
48	968000.0	0.968
53	GIN RAS collection, unpubl.; Prasolov E.M., unpubl.	DB of GIN RAS; DB of E.M. Prasolov, unpubl.

RWS166

Column	Version 1	Version 2
11	1,4	01,04
24	162.0	0.000162
29	62.0	6.2e-05
34	2.6	2.6e-08
35	<=	≤
36	2.6	2.6e-08
46	21000.0	0.021
48	967200.0	0.9672
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS167

Column	Version 1	Version 2
11	1,4	01,04
24	370.0	0.00037
34	2.4	2.4e-08
35	<=	≤
36	2.4	2.4e-08
46	602000.0	0.602
47	26000.0	0.026
48	362000.0	0.362
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS168

Column	Version 1	Version 2
11	1,4	01,04
21	W/H	G/H
24	260.0	0.00026
34	2.2	2.2e-08
35	<=	≤
36	2.2	2.2e-08
46	40000.0	0.04
47	42000.0	0.042
48	877400.0	0.8774
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

RWS169

Column	Version 1	Version 2
11	1,4	01,04
24	250.0	0.00025
34	6.3	6.3e-08
35	<=	≤
36	6.3	6.3e-08
46	7000.0	0.007
47	50000.0	0.05
48	878000.0	0.878
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21а-ЕМP-43а

RWS171

Column	Version 1	Version 2
11	1,4	01,04
24	270.0	0.00027
29	45.0	4.5e-05
34	3.3	3.3e-08
35	<=	≤
36	3.3	3.3e-08
46	27000.0	0.027
47	3000.0	0.003
48	970000.0	0.97
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21а-ЕМP-17

RWS172

Column	Version 1	Version 2
11	1,4	01,04
24	600.0	0.0006
34	4.2	4.2e-08
35	<=	≤
36	4.2	4.2e-08
46	97000.0	0.097
47	768000.0	0.768
48	131000.0	0.131
52	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 3000 ppm	[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 3000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21а-ЕМP-44b

RWS173

Column	Version 1	Version 2
11	1.0	01,04
34	4.9	4.9e-08
35	<=	≤
36	4.9	4.9e-08
46		0.097
47		0.768
48		0.131
52		[CH4] in column shows [CH4+HHC], HHCs (heavy HCs) is 3000 ppm; Macrogas concentrations accepted as mean value for LOCALITY
53	Prasolov, 1990	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21а-ЕМP-44b

RWS174

Column	Version 1	Version 2
11	1,4	01,04
24	500.0	0.0005
34	6.4	6.4e-08
35	<=	≤
36	6.4	6.4e-08
46	78000.0	0.078
47	162000.0	0.162
48	752000.0	0.752
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl. 21а-ЕМP-43b

RWS175

Column	Version 1	Version 2
11	1,4	01,04
24	130.0	0.00013
34	10.0	1e-07
35	<=	≤
36	10.0	1e-07
46	21000.0	0.021
47	10000.0	0.01
48	969000.0	0.969
53	Prasolov, 1990; Prasolov E.M., unpubl.	Prasolov, 1990; DB of E.M. Prasolov, unpubl.

4(Antarctica_018.xlsx)	ANC001
5(Antarctica_018.xlsx)	ANC002
6(Antarctica_018.xlsx)	ANC003
7(Antarctica_018.xlsx)	ANC004
8(Antarctica_018.xlsx)	ANC005
9(Antarctica_018.xlsx)	ANC006
10(Antarctica_018.xlsx)	ANC007
11(Antarctica_018.xlsx)	ANC008
12(Antarctica_018.xlsx)	ANC009
13(Antarctica_018.xlsx)	ANC010
14(Antarctica_018.xlsx)	ANC011
15(Antarctica_018.xlsx)	ANC012
16(Antarctica_018.xlsx)	ANC013
17(Antarctica_018.xlsx)	ANC014
18(Antarctica_018.xlsx)	ANC015
19(Antarctica_018.xlsx)	ANC016
20(Antarctica_018.xlsx)	ANC017
21(Antarctica_018.xlsx)	ANC018
754(DB_HE_6733.xlsx)	ANT128
755(DB_HE_6733.xlsx)	ANT129
756(DB_HE_6733.xlsx)	ANT130
757(DB_HE_6733.xlsx)	ANT131
65(Europe_2462.xlsx)	AUS062
66(Europe_2462.xlsx)	AUS063
876(DB_HE_6733.xlsx)	COL065
877(DB_HE_6733.xlsx)	COL066
878(DB_HE_6733.xlsx)	COL067
879(DB_HE_6733.xlsx)	COL068
880(DB_HE_6733.xlsx)	COL069
881(DB_HE_6733.xlsx)	COL070
882(DB_HE_6733.xlsx)	COL071
883(DB_HE_6733.xlsx)	COL072
884(DB_HE_6733.xlsx)	COL073
885(DB_HE_6733.xlsx)	COL074
886(DB_HE_6733.xlsx)	COL075
887(DB_HE_6733.xlsx)	COL076
888(DB_HE_6733.xlsx)	COL077
889(DB_HE_6733.xlsx)	COL078
890(DB_HE_6733.xlsx)	COL079
891(DB_HE_6733.xlsx)	COL080
892(DB_HE_6733.xlsx)	COL081
893(DB_HE_6733.xlsx)	COL082
894(DB_HE_6733.xlsx)	COL083
895(DB_HE_6733.xlsx)	COL084
896(DB_HE_6733.xlsx)	COL085
897(DB_HE_6733.xlsx)	COL086
898(DB_HE_6733.xlsx)	COL087
899(DB_HE_6733.xlsx)	COL088
900(DB_HE_6733.xlsx)	COL089
901(DB_HE_6733.xlsx)	COL090
902(DB_HE_6733.xlsx)	COL091
903(DB_HE_6733.xlsx)	COL092
904(DB_HE_6733.xlsx)	COL093
905(DB_HE_6733.xlsx)	COL094
906(DB_HE_6733.xlsx)	COL095
907(DB_HE_6733.xlsx)	COL096
908(DB_HE_6733.xlsx)	COL097
909(DB_HE_6733.xlsx)	COL098
910(DB_HE_6733.xlsx)	COL099
911(DB_HE_6733.xlsx)	COL100
912(DB_HE_6733.xlsx)	COL101
913(DB_HE_6733.xlsx)	COL102
914(DB_HE_6733.xlsx)	COL103
915(DB_HE_6733.xlsx)	COL104
916(DB_HE_6733.xlsx)	COL105
942(DB_HE_6733.xlsx)	EQU020
689(RUSSIA_1246.xlsx)	RKK350
690(RUSSIA_1246.xlsx)	RKK351
805(RUSSIA_1246.xlsx)	RSC040
64(Africa_062.xlsx)	RUN001
65(Africa_062.xlsx)	TNG001
742(FSU_816.xlsx)	UKR311
743(FSU_816.xlsx)	UKR312
744(FSU_816.xlsx)	UKR313
745(FSU_816.xlsx)	UKR314

Columns added to DB_final-55-7262_2015_03_08.xlsx

Rows added to DB_final-55-7262_2015_03_08.xlsx

Columns removed from DB_final-55-7262_2015_03_08.xlsx

Rows removed from DB_final-55-7262_2015_03_08.xlsx

21	EGY001
22	EGY002
23	EGY003
24	EGY004
25	EGY005
26	EGY006
32	ETH006
33	ETH007
34	ETH008
72	FRR001
73	TNZ001
74	TNZ002
75	TNZ003
76	TNZ004
77	TNZ005
78	TNZ006
79	TNZ007
80	TNZ008
81	TNZ009
82	TNZ010
83	TNZ011
84	TNZ012
85	TNZ013
86	TNZ014
87	TNZ015
88	TNZ016
89	TNZ017
90	TNZ018
91	TNZ019
92	TNZ020
93	TNZ021
94	TNZ022
95	TNZ023
96	TNZ024
97	TNZ025
98	TNZ026
99	TNZ027
100	TNZ028
101	TNZ029
102	TNZ030
103	TNZ031
104	TNZ032
105	TNZ033
106	TNZ034
107	TNZ035
108	TNZ036
109	TNZ037
110	TNZ038
111	TNZ039
112	TNZ040
113	TNZ041
114	TNZ042
115	TNZ043
116	TNZ044
117	TNZ045
118	TNZ046
119	TNZ047
120	TNZ048
163	CAN043
164	CAN044
165	CAN045
166	CAN046
167	CAN047
168	CAN048
169	CAN049
170	CAN050
171	CAN051
172	CAN052
301	MEX129
302	MEX130
303	MEX131
304	MEX132
305	MEX133
306	MEX134
307	MEX135
308	MEX136
309	MEX137
310	MEX138
311	MEX139
312	MEX140
313	MEX141
314	MEX142
315	MEX143
316	MEX144
317	MEX145
318	MEX146
319	MEX147
320	MEX148
321	MEX149
322	MEX150
323	MEX151
324	MEX152
325	MEX153
326	MEX154
327	MEX155
328	MEX156
329	MEX157
330	MEX158
331	MEX159
332	MEX160
333	MEX161
334	MEX162
335	MEX163
727	USA392
728	USA393
729	USA394
730	USA395
731	USA396
732	USA397
733	USA398
734	USA399
735	USA400
736	USA401
737	USA402
738	USA403
739	USA404
740	USA405
741	USA406
742	USA407
743	USA408
744	USA409
745	USA410
746	USA411
747	USA412
748	USA413
749	USA414
750	USA415
751	USA416
752	USA417
753	USA418
754	USA419
755	USA420
756	USA421
757	USA422
758	USA423
759	USA424
760	USA425
761	USA426
762	USA427
763	USA428
764	USA429
765	USA430
766	USA431
767	USA432
768	USA433
769	USA434
770	USA435
771	USA436
772	USA437
773	USA438
774	USA439
775	USA440
776	USA441
777	USA442
778	USA443
779	USA444
780	USA445
781	USA446
782	USA447
783	USA448
784	USA449
785	USA450
786	USA451
787	USA452
788	USA453
789	USA454
790	USA455
791	USA456
792	USA457
793	USA458
794	USA459
795	USA460
796	USA461
797	USA462
798	USA463
799	USA464
800	USA465
801	USA466
802	USA467
803	USA468
804	USA469
805	USA470
806	USA471
807	USA472
808	USA473
809	USA474
810	USA475
811	USA476
812	USA477
813	USA478
814	USA479
815	USA480
816	USA481
817	USA482
818	USA483
819	USA484
820	USA485
821	USA486
822	USA487
823	USA488
824	USA489
825	USA490
826	USA491
827	USA492
828	USA493
829	USA494
830	USA495
831	USA496
832	USA497
833	USA498
834	USA499
835	USA500
836	USA501
837	USA502
838	USA503
839	USA504
840	USA505
841	USA506
842	USA507
843	USA508
844	USA509
845	USA510
846	USA511
847	USA512
848	USA513
849	USA514
850	USA515
851	USA516
852	USA517
853	USA518
854	USA519
855	USA520
856	USA521
857	USA522
858	USA523
859	USA524
860	USA525
861	USA526
862	USA527
863	USA528
864	USA529
865	USA530
866	USA531
867	USA532
868	USA533
869	USA534
870	USA535
871	USA536
872	USA537
873	USA538
874	USA539
875	USA540
876	USA541
877	USA542
878	USA543
879	USA544
880	USA545
881	USA546
882	USA547
883	USA548
884	USA549
885	USA550
886	USA551
887	USA552
888	USA553
889	USA554
890	USA555
891	USA556
892	USA557
893	USA558
1054	BRA001
1055	BRA002
1056	BRA003
1057	BRA004
1058	BRA005
1059	BRA006
1060	BRA007
1061	BRA008
1062	BRA009
1063	BRA010
1064	BRA011
1065	BRA012
1066	BRA013
1067	BRA014
1068	BRA015
1069	BRA016
1070	BRA017
1071	BRA018
1072	BRA019
1073	BRA020
1074	BRA021
1075	BRA022
1076	BRA023
1077	BRA024
1078	BRB001
1079	BRB002
1080	BRB003
1081	BRB004
1221	TRT001
1222	TRT002
1223	TRT003
1224	TRT004
1225	TRT005
1226	TRT006
1227	TRT007
1228	TRT008
1229	TRT009
1230	TRT010
1231	TRT011
1232	TRT012
1233	TRT013
1234	TRT014
1235	ANTC001
1236	ANTC002
1237	ANTC003
1238	ANTC004
1239	ANTC005
1240	ANTC006
1241	ANTC007
1242	ANTC008
1243	ANTC009
1244	ANTC010
1245	ANTC011
1246	ANTC012
1247	ANTC013
1248	ANTC014
1249	ANTC015
1250	ANTC016
1251	ANTC017
1252	ANTC018
1561	CHN308
1617	INS025
1618	INS026
1619	INS027
1620	INS028
1621	INS029
1622	INS030
1623	INS031
1624	INS032
1625	INS033
1626	INS034
1627	INS035
1628	INS036
1629	INS037
1630	INS038
1631	INS039
1632	INS040
1633	INS041
1634	INS042
1635	INS043
1636	INS044
1637	INS045
1638	INS046
1639	INS047
1640	INS048
1641	INS049
1642	INS050
1643	INS051
1644	INS052
1645	INS053
1646	INS054
1647	INS055
1648	INS056
1649	INS057
1650	INS058
1651	INS059
1652	INS060
1653	INS061
1654	INS062
1655	INS063
1656	INS064
1657	INS065
1658	INS066
1659	INS067
1660	INS068
1661	INS069
1662	INS070
1663	INS071
1664	INS072
1665	INS073
1666	INS074
1667	INS075
1668	INS076
1669	INS077
1670	INS078
1671	INS079
1672	INS080
1673	INS081
1674	INS082
1675	INS083
1676	INS084
1677	INS085
1678	INS086
1682	ISR004
1683	ISR005
1684	ISR006
1685	ISR007
1686	ISR008
1687	ISR009
1688	ISR010
1689	ISR011
1690	ISR012
1691	ISR013
1692	ISR014
1693	ISR015
1694	ISR016
1695	ISR017
1696	ISR018
1697	ISR019
1698	ISR020
1699	ISR021
1700	ISR022
1701	ISR023
1702	ISR024
1703	ISR025
1704	ISR026
1705	ISR027
1706	ISR028
1707	ISR029
1708	ISR030
1709	ISR031
2716	CZE061
2717	CZE062
2718	CZE063
2719	CZE064
2720	CZE065
2721	CZE066
2722	CZE067
2723	CZE068
2724	CZE069
2725	CZE070
2726	CZE071
2727	CZE072
2728	CZE073
2729	CZE074
2730	CZE075
2731	CZE076
2732	CZE077
2733	CZE078
2734	CZE079
2735	CZE080
2736	CZE081
2737	CZE082
2738	CZE083
2739	CZE084
2740	CZE085
2741	CZE086
2742	CZE087
2743	CZE088
2744	CZE089
2745	CZE090
2746	CZE091
2747	CZE092
2748	CZE093
2749	CZE094
2750	CZE095
2751	CZE096
2752	CZE097
2753	CZE098
2754	CZE099
2755	CZE100
2756	CZE101
2757	CZE102
2758	CZE103
2759	CZE104
2760	CZE105
2761	CZE106
2762	CZE107
2763	CZE108
2764	CZE109
2765	CZE110
2766	CZE111
2767	CZE112
2768	CZE113
2769	CZE114
2770	CZE115
2771	CZE116
2772	CZE117
2773	CZE118
2774	CZE119
2775	CZE120
2776	CZE121
2777	CZE122
2778	CZE123
2779	CZE124
2780	CZE125
2781	CZE126
2782	CZE127
2783	CZE128
2784	CZE129
2785	CZE130
2786	CZE131
2787	CZE132
2788	CZE133
2789	CZE134
2790	CZE135
2791	CZE136
3168	GER170
3169	GER171
3170	GER172
3171	GER173
3172	GER174
3173	GER175
3174	GER176
3175	GER177
3176	GER178
3177	GER179
3178	GER180
3179	GER181
3180	GER182
3181	GER183
3182	GER184
3183	GER185
3184	GER186
3185	GER187
3186	GER188
3187	GER189
3188	GER190
3189	GER191
3190	GER192
3191	GER193
3192	GER194
3193	GER195
3194	GER196
3195	GER197
3196	GER198
3197	GER199
3198	GER200
3199	GER201
3200	GER202
3201	GER203
3202	GER204
3203	GER205
3204	GER206
3205	GER207
3206	GER208
3207	GER209
3208	GER210
3209	GER211
3210	GER212
3521	HUN242
3522	HUN243
3523	HUN244
3524	HUN245
3525	HUN246
3526	HUN247
3527	HUN248
3528	HUN249
3529	HUN250
3530	HUN251
3531	HUN252
3532	HUN253
3533	HUN254
3534	HUN255
3535	HUN256
3536	HUN257
3537	HUN258
3538	HUN259
3539	HUN260
3540	HUN261
3541	HUN262
3542	HUN263
3543	HUN264
3544	HUN265
3545	HUN266
3546	HUN267
3547	HUN268
3548	HUN269
3549	HUN270
3550	HUN271
3551	HUN272
3552	HUN273
3553	HUN274
3554	HUN275
3555	HUN276
3556	HUN277
3557	HUN278
3882	ICE325
3883	ICE326
3884	ICE327
3885	ICE328
3886	ICE329
3887	ICE330
3888	ICE331
3889	ICE332
3890	ICE333
3891	ICE334
4828	ITA937
4829	ITA938
4830	ITA939
4831	ITA940
4832	ITA941
4833	ITA942
4834	ITA943
4835	ITA944
4836	ITA945
4837	ITA946
4838	ITA947
4839	ITA948
4840	ITA949
4841	ITA950
4842	ITA951
4843	ITA952
4844	ITA953
4845	ITA954
4846	ITA955
4847	ITA956
4848	ITA957

17	SAMPLING - DEPTH - >,<
25	[He] - ppm - >,<
27	[He] - ppm - err
28	[He] - mkcc/ - >,<
30	[He] - mkcc/ - err
31	[He] - mol/ - >,<
32	[He] - mol/ - L H2O
33	[He] - mol/ - err
34	[He+Ne] - ppm - >,<
35	[He+Ne] - ppm
36	[He+Ne] - ppm - err
37	[He+Ne] - mkcc/ - >,<
38	[He+Ne] - mkcc/ - g H2O
39	[He+Ne] - mkcc/ - err
40	[He+Ne] - mol/ - >,<
41	[He+Ne] - mol/ - L H2O
42	[He+Ne] - mol/ - err
43	[Ne] - ppm - >,<
45	[Ne] - ppm - err
46	[Ne] - mkcc/ - >,<
48	[Ne] - mkcc/ - err
49	[Ne] - mol/ - >,<
50	[Ne] - mol/ - L H2O
51	[Ne] - mol/ - err
52	[20Ne] - ppm - >,<
54	[20Ne] - ppm - err
55	[20Ne] - mkcc/ - >,<
56	[20Ne] - mkcc/ - g H2O
57	[20Ne] - mkcc/ - err
58	[20Ne] - mol/ - >,<
59	[20Ne] - mol/ - L H2O
60	[20Ne] - mol/ - err
61	[Ar] - ppm - >,<
63	[Ar] - ppm - err
64	[Ar] - mkcc/ - >,<
65	[Ar] - mkcc/ - g H2O
66	[Ar] - mkcc/ - err
67	[Ar] - mol/ - >,<
68	[Ar] - mol/ - L H2O
69	[Ar] - mol/ err
70	[Kr] - ppm - >,<
72	[Kr] - ppm - err
73	[Kr] - mkcc/ - >,<
74	[Kr] - mkcc/ - g H2O
75	[Kr] - mkcc/ - err
76	[Kr] - mol/ - >,<
77	[Kr] - mol/ - L H2O
78	[Kr] - mol/ err
79	[Xe] - ppm - >,<
81	[Xe] - ppm - err
82	[Xe] - mkcc/ - >,<
83	[Xe] - mkcc/ - g H2O
84	[Xe] - mkcc/ - err
85	[Xe] - mol/ - >,<
86	[Xe] - mol/ - L H2O
87	[Xe] - mol/ err
89	3He/4He - (R/Ra)me - err
91	3He/4He - (R/Ra)corr - err
93	3He/4He - Rme - E-8 - err
96	3He/4He - Rcorr - E-8 - err
97	Rank
98	He/Ne - >,<
100	He/Ne - >,<
101	4He/20Ne - >,<
103	4He/20Ne - err
105	20Ne/22Ne - err
107	21Ne/22Ne - (xE-2) - err
108	21Ne/20Ne
109	21Ne/20Ne - err
110	22Ne/20Ne
111	22Ne/20Ne - err
113	38Ar/36Ar - err
115	40Ar/36Ar - err
116	delta(40Ar)rad
117	delta(40Ar)rad - err
118	He/Ar - He/ - /Ar(air) - >,<
119	He/Ar - He/ - /Ar(air)
120	He/Ar - He/ - /Ar(air) - err
121	He/Ar - 4He/ - /36Ar - >,<
122	He/Ar - 4He/ - /36Ar
123	He/Ar - 4He/ - /36Ar - err
124	He/Ar - 4He/ - /40Ar(air) - >,<
125	He/Ar - 4He/ - /40Ar(air)
126	He/Ar - 4He/ - /40Ar(air) - err
127	f(He)=(He/Ar)s/(He/Ar)air - >,<
128	f(He)=(He/Ar)s/(He/Ar)air
129	f(He)=(He/Ar)s/(He/Ar)air - err
130	Ne/Ar - Ne/ - /Ar(air) - >,<
131	Ne/Ar - Ne/ - /Ar(air)
132	Ne/Ar - Ne/ - /Ar(air) - err
133	Ne/Ar - 20Ne/ - /36Ar - >,<
134	Ne/Ar - 20Ne/ - /36Ar
135	Ne/Ar - 20Ne/ - /36Ar - err
136	Ne/Ar - 20Ne/ - /40Ar(air) - >,<
137	Ne/Ar - 20Ne/ - /40Ar(air)
138	Ne/Ar - 20Ne/ - /40Ar(air) - err
139	Ne/Ar - 22Ne/ - /36Ar - >,<
140	Ne/Ar - 22Ne/ - /36Ar
141	Ne/Ar - 22Ne/ - /36Ar - err
142	Ne/Ar - 22Ne/ - /40Ar(air) - >,<
143	Ne/Ar - 22Ne/ - /40Ar(air)
144	Ne/Ar - 22Ne/ - /40Ar(air) - err
145	f(Ne)=(Ne/Ar)s/(Ne/Ar)air - >,<
146	f(Ne)=(Ne/Ar)s/(Ne/Ar)air
147	f(Ne)=(Ne/Ar)s/(Ne/Ar)air - err
148	Kr/Ar - Kr/ - /Ar(air) - >,<
149	Kr/Ar - Kr/ - /Ar(air)
150	Kr/Ar - Kr/ - /Ar(air) - err
151	Kr/Ar - 84Kr/ - /36Ar - >,<
152	Kr/Ar - 84Kr/ - /36Ar
153	Kr/Ar - 84Kr/ - /36Ar - err
154	Kr/Ar - 84Kr/ - /40Ar(air) - >,<
155	Kr/Ar - 84Kr/ - /40Ar(air)
156	Kr/Ar - 84Kr/ - /40Ar(air) - err
157	f(Kr)=(Kr/Ar)s/(Kr/Ar)air - >,<
158	f(Kr)=(Kr/Ar)s/(Kr/Ar)air
159	f(Kr)=(Kr/Ar)s/(Kr/Ar)air - err
160	Xe/Ar - Xe/ - /Ar(air) - >,<
161	Xe/Ar - Xe/ - /Ar(air)
162	Xe/Ar - Xe/ - /Ar(air) - err
163	Xe/Ar - 132Xe/ - /36Ar - >,<
164	Xe/Ar - 132Xe/ - /36Ar
165	Xe/Ar - 132Xe/ - /36Ar - err
166	Xe/Ar - 132Xe/ - /40Ar(air) - >,<
167	Xe/Ar - 132Xe/ - /40Ar(air)
168	Xe/Ar - 132Xe/ - /40Ar(air) - err
169	f(Xe)=(Xe/Ar)s/(Xe/Ar)air - >,<
170	f(Xe)=(Xe/Ar)s/(Xe/Ar)air
171	f(Xe)=(Xe/Ar)s/(Xe/Ar)air - err
173	H2 - >,<
175	H2 - ppm - err
176	O2 - >,<
178	O2 - ppm - err
179	N2 - >,<
181	N2 - ppm - err
182	CO2 - >,<
184	CO2 - ppm - err
185	CH4 - >,<
187	CH4 - ppm - err
188	H2S - >,<
190	H2S - ppm - err